Shihang Intelligent
面向船体清洗、检测和海上作业的海洋具身机器人平台
Shihang Intelligent 作为 2023 年成立的海洋机器人公司,融资、订单和现场验证信号都少见地强;但估值、收入转化和监管落地仍不透明,投资判断只能停在继续研究。
封面要素
公司概况
Shihang Intelligent(世航智能 / 苏州世航智能科技有限公司),对外品牌为 SEAHI Robotics,是一家位于昆山的中国海洋具身机器人公司,成立于 2023-05-26,公开由创始人、董事长兼 CEO 陈晓博领导。公开材料显示,公司搭建了多产品平台,覆盖 Orca 水下机器人、Ocean X 深海机器人、Tigershark 水面机器人和 Pangu 核心部件;船体清洗是最清晰的商业切入口,同时宣称向海上风电、海上光伏、海洋牧场、水下检测和科研任务扩张。公开融资披露显示,对一家 2023 年成立的公司而言,世航智能拿钱能力异常强,最终在 2026 年 6 月完成超 RMB1 billion A 轮;第三方报道还提到 2026 年上半年订单超 RMB1 billion、入选 Singapore MPA 试点,以及国家标准 / 奖项认可。公开来源仍未披露投后估值、累计融资准确金额、确认收入、毛利率、现金、员工数,或完整的现任高管和董事名单。
- 成立时间
- 2023-05-26
- 创始人
- Chen Xiaobo
- 创立地点
- Kunshan, Suzhou, China
- 总部
- Kunshan, Suzhou, China
- 产品
- 世航智能销售一套海洋机器人平台,覆盖 Orca 水下机器人、Ocean X 深海机器人、Tigershark 水面机器人、Pangu 推进器 / 核心部件和 CEORION 自主层;船舶清洗是公开信息里最清晰的商业切入口,其他场景包括海上风电、海上光伏、海洋牧场、水下检测和科研任务。
- 客户
- 船东和船队运营商、港口及港口服务生态、海上风电和海上光伏资产运营商,以及其他购买清洗、检测和相关机器人服务成果的海洋基础设施用户。
- 商业模式
- 以项目制企业销售为主,销售海洋机器人、核心部件,以及机器人辅助清洗或检测服务;公开招聘和方案页面显示,其 GTM 更像咨询式、重招投标的销售动作,而不是透明目录定价或自助式软件销售。
- 阶段
- private, Series A-stage
- 融资情况
- 2025 年 Angel+ 和 Pre-A 轮合计 RMB50 million;2026 年初披露多轮数亿元人民币融资;2026 年 6 月披露超 RMB1 billion A 轮;累计融资准确金额和最新投后估值仍未披露。
执行摘要
主要优势
- 公开证据显示公司早期势头少见,包括 2026 年 6 月一轮 >RMB1 billion 融资,以及 2026H1 >RMB1 billion 订单。
- 产品面不止单个演示机器人,而是覆盖水下和水面机器人、核心部件,以及多条海事服务流程。
- 外部验证有分量:公司参与标准制定,项目获中国航海学会一等奖,也入选 Singapore MPA 真实港口试点计划。
主要风险
- 公司仍未公开投后估值、确认收入、毛利率、现金、营运资金转化或完整股权结构表条款,经济性和价格支撑暂时无法承保。
- 核心商业化仍卡在环保和港口运营门槛上;船体清洁规模化前,还要验证安全性、碎屑处理、成本效益和可持续性。
- 治理和扩张高度集中在创始人身上,管理层梯队、董事会构成和真实当前人员厚度披露都很薄。
未决问题
- 准确投后估值、每股价格、清算优先权、股权稀释,以及精确累计融资额仍未披露。
- 订单转收入尚无公开验证;审计收入、毛利率、在手订单质量、取消情况、烧钱速度和现金跑道都未披露。
- 客户集中度和留存仍不透明,因为公开来源没有披露头部客户收入占比、续约率、GRR 或 NRR。
- 海外运营准备度还要靠 Singapore 试点 KPI、可靠性指标、碎屑捕获结果,以及隐私或安全治理材料来证明。
目录
01公司概览
1.1 身份、布局与产品范围
世航智能的法律实体是苏州世航智能科技有限公司;2026 年 2 月一份 cninfo 文件称,该实体成立于 2023-05-26,是嘉兴上合华隆基金的唯一投资标的。在当前官方材料中,公司把自己定位为海洋通用机器人和智能无人装备的研发、制造、销售与服务运营商。船舶清洗是最清晰的商业切入口,但公司也把定位扩到海上风电、海洋太阳能、海洋牧场、工程检测、资源勘探和科研任务。当前公开披露的产品栈包括 Orca 水下机器人系列、Ocean X 深海机器人、Tigershark 水面机器人,以及 Pangu 推进器 / 核心部件。 官方联系材料显示,主要运营基地在苏州昆山,同时列出北京、天津、香港和 Singapore 节点。官网和产品页反复宣传 0-10000 米全水域作业覆盖,把近岸服务和深海探索放在同一套叙事里。官方 2026 年 6 月融资报道和 TechDaily 都补充称,平台建立在 6 个自研核心系统上:推进、控制、感知、导航、密封、布放 / 回收。这些说法证明公司有广泛技术野心和多场景包装,但已审阅公开来源仍未披露当前员工数或收入 / run-rate,因此商业规模只能从订单、融资和部署信号推断,而不能靠经审计经营指标确认。[CO001, CO002, CO003, CO004, CO005, CO006]
| 指标 | 数值 / 状态 | 日期 | 置信度 | 尽调缺口 |
|---|---|---|---|---|
| 成立 / 法律实体 | 2023-05-26;法律实体 苏州世航智能科技有限公司 | 2023-05-26 | 中 | |
| 主要基地 / 覆盖范围 | 昆山、苏州;联系页面还列出北京、天津、香港、新加坡 | 2026-06-25 | 中 | 要求提供租赁 / 实体地图,并说明哪些节点是法律实体、哪些是业务拓展办公室 |
| 最新披露轮次 | >RMB1B A 轮 | 2026-06 | 高 | |
| 公开融资下限 | >RMB1.05B 已披露下限;确切累计总额未解决 | 2026-06-25 | 中 | 将 1 月 / 3 月 / 6 月轮次标签和签约金额,与投资条款清单或股权结构记录核对 |
| 估值 | 2026-06-25 | 低 | 已审阅公开来源均未披露投后估值;要求提供董事会材料或领投方投资条款清单 | |
| 2026 上半年订单 | >RMB1B(媒体报道 / 公司引用) | 2026-06 | 中 | 按客户获取已签 backlog、取消权和收入转化时间 |
| 员工人数 | 2026-06-25 | 低 | 已审阅公开来源均未披露当前员工数;要求提供 HR 名册以及城市 / 职能拆分 | |
| 外部验证 | 参与国家标准、中国航海学会一等奖、入选 MPA 新加坡试点 | 2026-04 | 高 | 将认可和试点转化为留存客户、合同金额和续约证据 |
估值和员工人数为 null,是因为公开未披露,不代表这些指标不存在。融资行是已披露下限,因为 2026 年春季轮次只被描述为“数亿元人民币”;订单行基于媒体 / 公司引用报道,而非经审计收入。
[CO001, CO004, CO017, CO022, CO024, CO035]当前公开叙事里,创始人集中度、技术系统、锚定场景、增长资本和外部验证如何相互连接。
[CO006, CO007, CO018, CO022, CO023, CO038]1.2 创始人、领导层与治理
公开领导力叙事高度围绕创始人展开。官方创始人报道以及官方 / 媒体融资稿均把陈晓博列为创始人、董事长兼 CEO,并称其出生于 1989 年,毕业于哈尔滨工程大学,创立公司前在海洋机器人领域约有 19 年经历。已审阅材料把公司的技术身份,以及很大一部分融资和公共露出活动都归于陈晓博,包括标准工作、奖项能见度和面向投资人的故事讲述。 这种集中度很重要,因为已审阅的官方 / 当前公开来源没有给出完整具名董事会或高管梯队。陈晓博之外,最清晰的公开治理信号是一则仍在发布的苏州 / 北京 CFO 招聘,要求从 0 到 1 搭建财务体系、拓展融资渠道、规划资本市场,并具备 IPO 运营经验。同一招聘页还把岗位归入高管类别,覆盖多个城市,说明组织在扩张,也暗示财务和治理基础设施仍在搭建。公司给出现行组织架构、董事名单和具名职能高管之前,对陈晓博的关键人依赖应视为重大事项。[CO008, CO009, CO010, CO011, CO012, CO013]
| 人物 | 职务 | 背景 | 创始人-市场匹配或职能覆盖 | 关键人依赖 |
|---|---|---|---|---|
| 陈晓博 / Chen Xiaobo | 创始人、董事长、CEO | 1989 年出生,哈尔滨工程大学校友;公开材料称其在 2023 年创立世航前,已在海洋机器人领域积累约 19 年 | 掌握公司的技术可信度、融资叙事、标准工作和公共领导者品牌 | 很高 —— 他是已审阅官方 / 当前公开来源中唯一持续出现的现任高管 |
| 空缺 CFO 职位 | 苏州 / 北京 CFO 招聘 | 官方招聘页面要求 5 年以上高科技 0-1 搭建经验,以及融资、资本市场和 IPO 运营经验 | 显示公司正在为规模化和可能的公开市场准备搭建财务架构 | 高 —— 本轮未找到公开具名在任 CFO |
| 未披露的更广高管 / 董事会梯队 | 当前具名董事会和非创始人高管名单未公开列出 | 已审阅官方 / 当前公开来源未浮现完整董事会名单,也未清晰点名 COO/CTO/CFO 梯队 | 使尽调依赖管理层提供的组织架构图和治理文件 | 高 —— 无法从公开文件测试治理冗余和决策权 |
本表仅限于本轮审阅的当前官方 / 公开来源浮现的信息。两条非创始人行是故意保留的披露缺口占位,而非具名个人,因为本章不应虚构董事会或高管名单。
[CO008, CO010, CO011, CO012, CO013, CO033]1.3 融资历史与利益相关方
公开融资证据显示速度异常快,但轮次标签并不完全一致。Pedaily 2025 年 5 月报道,世航智能完成 Angel+ 和 Pre-A 轮,合计 RMB50 million。公司 2026 年 1 月官方推文随后称,世航智能完成多轮数亿元人民币融资,其中 A 轮由 Vertex Ventures 领投,Pre-A+ 轮由璟略创投投资。到 2026 年 3 月,公司官方推文和 China.com 报道又把春季融资重新表述为 A+ 和 A++ 轮,金额为数亿元人民币,投资方包括华映管理的国家中小企业发展基金、大树长青、新鼎资本、36Kr 基金和老股东。最后,2026 年 6 月官方披露和大量媒体转载称,公司完成超 RMB1 billion A 轮,具名投资方包括上合组织基金、Vertex Growth、中信农业产业基金、玉尊资本和上市公司大洋电机。 稳妥的公开解读是:世航智能已经吸引到密集且高信念的投资人联盟;即便不计入 2026 年春季融资的准确金额,已披露资本也至少高于 RMB1.05 billion。公开来源没有解决的是准确累计金额、单一无歧义的轮次分类,或任何投后估值。大洋电机公告仍有价值,因为它显示一家上市公司 LP 向一只专为投资世航智能而设立的载体出资 RMB30 million;这比普通媒体提及更能支撑尽调。由于完整股权结构、所有权和治理权数据仍未公开,本章把投资人质量视为可见,但把投资人控制权经济条款视为未验证。[CO014, CO015, CO016, CO017, CO018, CO019]
| 利益相关方 | 角色 | 控制或经济重要性 | 尽调要求 |
|---|---|---|---|
| 陈晓博 / 创始团队 | 创始人控制核心 | 技术、融资和外部验证的公共面孔;关键人集中在这里 | 要求提供当前持股、投票控制、归属安排和创始人留任激励 |
| 祥峰 / Vertex 平台 | 多轮股权支持方 | 在 2026 年 1 月、3 月和 6 月融资叙事中,通过 Vertex Ventures / Vertex Growth 品牌公开出现 | 厘清相关投资实体、经济权益和权利在各轮之间是连续的,还是分属不同基金 |
| 上河动量基金 / Shanghe Momentum Fund | 2026 年 6 月新投资人 | 出现在 >RMB1B 轮次中,并通过专门投向世航的载体与上市公司 LP 大洋电机关联 | 获取 side letters、信息权,并确认专项载体结构是否带有转让或治理限制 |
| 中信系农业产业基金 | 2026 年 6 月战略 / 产业资本 | 6 月官方融资披露将其突出为主要新投资人和产业验证信号 | 要求提供准确法律基金名称、董事会席位状态,以及任何战略商业合作条款 |
| 华映 / 国家中小基金、大数长青、新鼎、36氪基金等 | 2026 年春季成长轮财团 | 2026 年 3 月披露将这些投资人与 A+/A++ 轮及对规模化的持续支持联系起来 | 核对春季和 6 月融资后的准确出资额和持股 |
| 大洋电机通过 嘉兴上河化龙 | 间接上市公司 LP 敞口 | cninfo 公告显示,大洋承诺向一个只为投资世航而设立的载体出资 RMB30M | 确认基金是否已向世航实缴调用资金,以及大洋是否拥有任何间接信息权或治理权 |
| MPA Singapore / 新加坡试点生态 | 监管试点对手方 | 入选六家合作伙伴之一带来国际验证,但其本身并非已披露商业合同 | 要求提供试点范围、KPI 设计、船东参与情况,以及从试点走向经常性付费工作的路径 |
| 标准 / 航运联盟伙伴 | 行业采用网络 | 交通运输部、航运、港口和海事服务机构共同出现在标准和奖项披露中 | 区分谁是标准共同作者、谁是付费客户、谁只是试点或研究合作方 |
这张地图有意把经济投资人与运营 / 监管利益相关方放在一起,因为公开文件对关系信号远比对准确持股比例或董事会权利更清楚。股权结构精度仍是私有证据项。
[CO012, CO015, CO016, CO017, CO018, CO021]当前公开成熟度指标更强调融资、订单、验证、IP 积累和治理集中度,而不是收入披露。
融资展示为下限,而不是完整总额,因为 2026 年春季轮次只披露为「数亿元人民币」。IP 轨迹混合了不同披露日期,不应视为一份经审计台账。
[CO020, CO022, CO024, CO029, CO030, CO035]1.4 里程碑、外部验证与未决风险
从运营看,公司 2026 年最强的公开信号是标准、奖项、国际试点准入和订单动能。官方和媒体来源称,世航智能在 2026 年 1 月参与发布了中国首个水下清洗机器人作业标准。公司官方材料和中国航海学会通知随后显示,世航智能牵头项目获得 2025 年中国航海学会科学技术进步一等奖;学会通知列出一个多方联合体,成员包括交通运输部、航运、港口、海事服务和哈尔滨工程大学参与方。2026 年 4 月,公司公开发布 CEORION 海洋具身大模型,同时被 Singapore Maritime and Port Authority 选为 6 家合作伙伴之一,参与 2026 年下半年开始的船体检测和清洗试点。到 2026 年 6 月,多方来源称上半年订单超过 RMB1 billion,公司也完成超 RMB1 billion 融资轮。 剩余公开风险更多在披露质量和执行可见度,而不是已知法律麻烦。本轮指定的官方关于页 URL 返回 page-not-found,削弱了基础身份端点上的直接官方验证。公开来源对董事会构成、具名非创始人高管、员工数、收入和估值也仍然单薄。换句话说,世航智能的公开档案在愿景、技术验证和资本支持上很强,但在机构尽调通常需要的运营和治理细节上仍薄,不能直接照收管理层说法。[CO020, CO022, CO023, CO024, CO025, CO026]
| 日期 | 事件 | 类型 | 金额 / 估值 / 状态 | 参与方 | 含义 |
|---|---|---|---|---|---|
| 2023-05-26 | 法律实体成立 | 创立 | 公司注册 | 苏州世航智能科技有限公司 / Chen Xiaobo | 用备案支持的成立日期锚定公司时间线,而不是追溯性的营销文案 |
| 2025-05-16 | Angel+ 和 Pre-A 披露 | 融资 | RMB50M 累计披露 | 招商启航、金沙江创投、云泽资本、昆山天使基金等 | 显示公司在 2026 年融资爆发前,已经越过种子阶段 |
| 2026-01 | 中国首个水下清洗机器人作业标准公开 | 监管 | 标准 / 作业规则里程碑 | 世航智能、交通运输部水运科学研究院等 | 表明公司不仅在发货,也在参与塑造作业规范 |
| 2026-02-07 | 大洋电机基金备案将世航列为唯一投资标的 | 融资 | 专项目标公司;大洋 LP 承诺 RMB30M | 大洋电机、上河动量、嘉兴上河化龙 | 提供备案级确认:上市公司资本正被专门导向世航 |
| 2026-03 | A+ 和 A++ 轮披露 | 融资 | 数亿元人民币(准确金额未披露) | 华映 / 国家中小基金、大数长青、新鼎、36氪基金、老股东追加 | 显示在 6 月超大轮次前,资本市场仍在继续投入成长资本 |
| 2026-03 | 中国航海学会一等奖获奖公开 | 治理 | 2025 年获奖结果于 2026 年发布 | 世航智能牵头联合体 | 来自部委、航运、港口和高校合作方的外部技术验证 |
| 2026-04-25 | CEORION 海洋具身模型发布 | 产品 | 模型发布 | 世航智能 | 将叙事从单纯硬件扩展到模型 + 机器人平台经济 |
| 2026-04 | 入选 MPA Singapore 船体检查 / 清洗试点 | 合作 | 六家入选伙伴之一;试点自 2026 年下半年起,为期 18 个月 | MPA Singapore、SEAHI Robotics、其他伙伴 | 获得进入全球主要港口生态的国际监管试点机会 |
| 2026-06-15 | A 轮 > RMB1B 披露 | 融资 | >RMB1B;估值未披露 | Shanghe Momentum、Vertex Growth、CITIC 农业基金、Yuzun、Dayang、原有投资人 | 形成最清晰的投资人信心公开信号,并为后续章节提供融资下限 |
| 2026-06 | 2026 年上半年订单据报超过 RMB1B | 规模 | 订单 / bookings 信号;不是经审计收入 | 第三方媒体引用公司披露 | 暗示商业化快速推进,但仍需要客户级 backlog 验证 |
| 2026-06-25 | 尽调期间官方关于页面 URL 不可用 | 反向 | 页面返回 “Page not found” | seahi.com id=13 端点 | 即便融资和奖项提速,公开文件仍暴露披露质量限制 |
这条时间线汇总了本轮审阅的备案、官方推文、监管通知和独立媒体中的公开里程碑记录。不同官方推文对轮次命名仍不一致,因此不应在未做文件级核对前复用融资标签。
[CO001, CO014, CO021, CO016, CO017, CO020]汇总 2023 年成立至 2026 年尽调期间披露缺口的公开里程碑,涵盖融资、标准、奖项、国际试点准入,以及明确的网站治理警示。
[CO001, CO014, CO016, CO017, CO020, CO022]1.5 图表
02市场分析
2.1 市场边界与相邻市场
第一个分析任务是守住边界。本轮公开来源至少描述了 4 个同心市场:中国海洋经济总量、更宽的水下机器人行业、广义船舶清洗或船体维修服务,以及窄得多的机器人水中船体检测和清洗细分市场。对世航智能而言,近期最干净的市场边界是最后一类,因为最清晰的公开商业化信号是 Singapore MPA 的水中船体检测和清洗试点;与此同时,中国公开细分摘要也单独讨论水下清洗机器人。如果把整个水下机器人经济或全部海洋 GDP 都当作直接 TAM,会高估市场,因为更大的池子还包括深海探索、国防、海上能源、生物和非经常性海洋项目。这些相邻市场仍重要,因为它们说明政策支持、工程人才流动和未来扩张可选项,但它们应位于近期采用和估值工作的可投资楔子之上,而不是被放进楔子内部。[CM001, CM002, CM006, CM023, CM024, CM027]
| 细分 / 类别 | 纳入支出 | 排除支出 | 买方 / 付款方 | 相关性 |
|---|---|---|---|---|
| 商船机器人水下船体检查和清洗 | 机器人辅助船体检查、清洗执行、碎屑回收、报告和经常性服务运营 | 干船坞重涂、通用甲板 / 舱内清洁、非海事水下机器人 | 船东 / 运营方付款;技术管理方和运营团队发起 | 世航当前最好的楔入市场,因为新加坡 MPA 试点和公开清洗机器人来源都指向这里 |
| 港口一体化实况清洗和检查 | 港内或锚地作业,必须满足本地安全和环境规则 | 任何只需要干船坞、或忽视废弃物回收要求的流程 | 通常由船东 / 运营方付款;港口、船级社和服务运营商共同塑造审批 | 相关性高,因为公开试点显示,采用取决于实港验证,而不只是硬件能力 |
| 广义船舶清洗服务 | 船体清洗、螺旋桨和狭小区域清洗、舱罐或辅助清洗,以及专业维护服务 | 更广的船舶维修 capex 或造船 backlog | 船东 / 运营方或承包商预算 | 可用于 TAM 背景,但范围宽于机器人设备或机器人服务细分 |
| 船体清洗和维修 | 清洗加相关维修流程和维护活动 | 非船体海事服务和广义水下机器人 | 船东 / 运营方或船厂 / MRO 预算 | 显示如果不加辨析,纳入维修的页面会高估直接机器人清洗 TAM |
| 广义水下机器人邻近市场 | ROV、AUV、gliders,以及横跨勘探、防务、工程和科学的多类海事作业任务 | 不是直接经常性船体清洗收入池 | 海事领域的多个公共和私营买方 | 重要邻近和政策背景,但不是近期船体清洗 SOM 的正确直接边界 |
本章把船体检查和清洗视为直接楔入市场;更广的水下机器人或海洋经济数字只作为邻近背景。
[CM001, CM006, CM028, CM029, CM032]可防守的切入口从宽泛海洋和水下机器人语境,收窄到更小的船体清洗机器人细分市场;判断依据是船队和港口密度证据,而不是一个泛化 TAM 标题。
各层有意混合更宽的背景市场池和更窄的切入市场,因为公开证据没有给出一个同单位、干净的层级。数值展示的是来源标题,而非标准化换算。
[CM001, CM002, CM004, CM007, CM028, CM029]2.2 规模测算视角与相互冲突的估计
公开市场规模只有在每个数字都绑定范围时才可用。本轮最窄的中国细分数字是 Sohu 对 2023 年水下清洗机器人市场 RMB 0.96 billion 的估计,以及 2030 年 RMB 3.18 billion 的预测。更宽的全球服务页面把 2024 年船舶清洗服务市场定为 USD 2.20 billion,把 2024 年船体清洗加维修定为 USD 2.211 billion,池子明显更大,因为它们纳入了人工服务、维修活动和更广的船舶维护工作流,而不只是机器人设备。UNCTAD 又提供一个非收入视角:可服务资产基础从 116,000 艘全球商船和 2.5 billion dwt 运力开始。这组混合证据足以证明市场真实且会反复发生,但不足以仅凭公开数据捍卫一个干净的 2026 SAM 或世航智能专属 SOM。因此正确读法是多视角:收入估计看范围,船队统计看装机基础,港口吞吐数据看密度和紧迫性。[CM003, CM004, CM005, CM006, CM007, CM008]
| 发布方 | 年份 | 地理范围 | 数值 | CAGR / 增长 | 方法 / 范围 | 置信度 | 局限 |
|---|---|---|---|---|---|---|---|
| 智研咨询 (Chyxx) | 2025 | 全球 / 中国 | 全球 USD 12.3B;中国 RMB 14.6B | 页面摘录未说明 | 横跨多个子行业的广义水下机器人类别 | 低 | 范围太宽,不能作为世航直接船体清洗 TAM |
| 搜狐 / 智研瞻摘要 | 2023 实际 / 2030 预测 | 中国 | 2023 年 RMB 0.96B;2030F RMB 3.18B | 隐含多年强增长 | 更窄的水下清洗机器人细分 | 低 | 只有摘要页;没有清晰 2026 年点估计,方法披露有限 |
| Verified Research Insights | 2024 实际 / 2032 预测 | 全球 | 2024 年 USD 2.20B;2032F USD 3.88B | 7.34% CAGR | 广义船舶清洗服务,范围不止船体清洗机器人 | 低 | 服务范围宽于机器人设备或机器人服务细分 |
| WiseGuy Reports | 2024 实际 / 2035 预测 | 全球 | 2024 年 USD 2.211B;2035F USD 3.5B | 4.2% CAGR | 船体清洗加维修范围 | 低 | 纳入维修的范围不能直接与纯设备数字相比 |
| UNCTAD Data Hub | 2026 | 全球 | 116,000 艘船;2.5B dwt | 船队运力较上一年上升 | 存量视角,而非收入市场规模 | 高 | 未披露清洗频率或单船支出 |
| MPA Singapore | 2025 / 2026 试点 | 新加坡港 | 3.22B GT 到港;44.66M TEUs;56.77M tonnes fuel;SGD 3.7M 试点资金池 | 港口活动仍在上升 | 面向实港采用的需求密度和商业化视角 | 高 | 港口特定强度视角,不是全球 TAM |
本表有意保留不兼容的规模测算视角,而不是强行给出一个 TAM 标题。矛盾主要来自边界和范围,不一定是事实错误。
[CM001, CM002, CM003, CM004, CM005, CM006]公开口径选择带来数量级差异。下方所有行均以十亿美元计,便于横向比较,但它们描述的仍是市场栈里的不同层级。
所有数值均为十亿美元。中国细分市场行仅为尺度比较,按约 7.2 RMB/USD 将人民币换算为美元;中位值是在已观察 2023 年数值和 2030 年预测之间做简单插值,并非独立来源的 2026 年估算。
[CM002, CM003, CM004, CM005, CM015, CM035]2.3 买方、用户、付款方与采用路径
买方地图比泛泛的「海事行业」说法更偏运营。船东和运营商是天然经济买方,因为生物附着直接影响油耗、船期、排放合规和进坞决策。技术管理、检测和运营团队是直接用户。与此同时,港口、服务运营商、船级社伙伴和监管方会阻断或放行部署,因为在运营港口清洗必须满足安全和废弃物捕获规则。MPA 的 Singapore 项目把这一点说得很清楚:技术提供商、服务运营商、船级社和船东都在验证闭环里。Jotun、HullWiper 和 ECOsubsea 的公开工作流页面指向同一条采用路径——先在船舶性能中识别痛点,在获准地点做低扰动试点,评估环境捕获和涂层完整性,之后才可能形成经常性运营合同。这意味着付款方通常是船东或运营商,但销售周期往往要穿过多方许可流程,而不是一步设备采购。[CM009, CM010, CM011, CM020, CM021, CM022]
| 细分 | 买方 | 用户 | 付款方 | 工作流 | 预算所有者 | 采用触发因素 |
|---|---|---|---|---|---|---|
| 大型远洋商船船队 | 船东 / 运营方 | 技术管理、检查和船舶运营团队 | 船东或运营方 | 性能问题 -> 试点清洗 / 检查 -> 合规则重复服务 | 船队或技术管理预算 | 燃料、排放、船期可靠性和涂层保护压力 |
| 港口一体化服务项目 | 船东 / 运营方加港口批准的服务伙伴 | 港口运营人员、服务船员、船级社和安全审查方 | 通常为船东 / 运营方;有时由试点项目共同出资 | 本地限制下实港试点 -> 规模化获批流程 | 运营方预算,并需港口 / 主管机关批准 | 需要在不扰乱繁忙港口的情况下清洗,并满足废弃物回收规则 |
| 船厂 / 干船坞 / MRO 渠道 | 船厂或维护承包商 | 船厂维护团队 | 船东或船厂合同预算 | 干船坞维护包,而不是经常性实港服务 | MRO 或 capex 维护预算 | 计划进坞窗口、涂层维护或维修打包项目 |
| 海上及其他海洋资产运营商 | 海上能源、海洋工程或基础设施资产业主 | 检查与维护团队 | 资产业主或承包商 | 特定任务的水下清洗或检查 | 项目预算或资产完整性预算 | 超出商船常规流程的专业海洋服务需求 |
公开证据对工作流角色和审批关口支撑最强,但对各细分市场究竟由哪条预算线买单支撑较弱;因此,付款方和预算负责人字段只能作为方向判断,不是合同级事实。
[CM009, CM010, CM020, CM021, CM022, CM030]市场更多按工作流和许可结构切分,而不是按一种泛化的海事客户类型切分。
[CM010, CM020, CM021, CM022, CM030, CM031]采用路径先从宽泛的生物污损或排放问题开始,只有完成试点验证、捕获证明和本地许可后,才会收窄到可重复的合规部署。
[CM010, CM011, CM015, CM018, CM019, CM034]2.4 增长驱动、约束与估值相关性
最强驱动不是抽象的机器人热情,而是航运经济和监管。IMO、TEST Biofouling、GreenVoyage2050 和 IMarEST 都把船体污损与阻力、油耗、排放和入侵物种风险联系起来。GreenVoyage2050 给出的 USD 5,000–50,000 清洗成本区间和 1–5% 燃油降低区间构成基础情形;IMarEST 和 arXiv 论文显示,当污损严重或清洗经过优化时,上行空间可能大得多,也更持久。中国政策是次级顺风,因为它持续把机器人、「AI+」和工业标准放在议程上;中国 2024–2026 年海洋经济和造船数据也显示装机基础庞大且仍在增长。最大约束是监管接受度、证据质量和转化风险:许多港口仍限制水中清洗,Norway 正在走向更严格的捕获逻辑,公开细分 TAM 页面的方法论仍弱。对估值而言,这意味着市场吸引力比近期收入捕获更容易证明。缺失的桥梁不是问题是否存在,而是世航智能能否足够快地把试点转化为可重复、合规的合同,从而拿到可信 SOM。[CM012, CM013, CM014, CM015, CM016, CM017]
| 驱动 / 约束 | 方向 | 时点 | 含义 | 尽调问题 |
|---|---|---|---|---|
| IMO 生物污损指南和 2025 年水下清洗指南 | 增长驱动 | 当前至 2029 年 | 船体清洗正从可选的运营卫生事项,走向更标准化的合规工作流 | 跟踪主要船旗国或港口国是否把 MEPC.1/Circ.918 正式写入本地运营规则 |
| 燃料、排放与船期经济性 | 增长驱动 | 当前 | 只要节省额超过清洗成本和停航风险,就支持重复清洗 | 要求客户案例提供清洗前后的燃油、航速损失和排放数据 |
| 中国海洋经济与造船规模 | 增长驱动 | 当前 | 存量基数大且仍在增长,即便公开的小众 TAM 数据较弱,也能支撑国内需求假设 | 将目标船型和港口走廊映射到公司的实际产品成熟度 |
| 中国 AI+、机器人与标准政策顺风 | 增长驱动 | 当前至中期 | 有助于人才、采购开放度,以及产业界接受具身海洋服务自动化 | 区分一般政策支持和产品自身的商业拉力 |
| Singapore MPA 在繁忙港口的验证 | 增长驱动 | 2026-2027 | 如果试验转化,可提供高信号的商业化和标杆客户路径 | 要求提供试验 KPI、船东名称和后续商业条款 |
| 港口对水下清洗的限制 | 约束 | 当前 | 在供应商证明安全、合规的捕集和废物处理能力之前,可服务市场会被压缩 | 建立目标港口许可矩阵,并按地点识别捕集要求 |
| 捕集 / 废液证明要求 | 约束 | 当前 | 竞争焦点从单纯清洗速度,转向环境工作流保证 | 审查试点和监管方关于碎屑收集、过滤和处置的证据 |
| 公开 TAM 可比性弱 | 约束 | 当前 | 限制对头部市场规模叙事的信心,也削弱估值精度 | 估值使用前,按口径、地域、年份,以及是否纳入服务或设备,统一校准每个来源 |
本表同时列出需求驱动和采用阻力,因为市场节奏不仅取决于船东 ROI,也同样取决于港口和监管方是否接受。
[CM011, CM012, CM013, CM014, CM015, CM016]03竞争对手
3.1 直接同业与同一任务替代方案
最直接的公开竞争框架不是泛泛的「海洋机器人」篮子,而是具体的水中船体检测和清洗工作流。世航智能当前官方页面自己宣传的海洋服务覆盖包括船舶清洗、水下检测、管线探测、船体检测、水下施工和应急救援,因此公司明显不只盯着单一检测 SKU。但 Singapore MPA 的水中船体检测和清洗项目说明,目标任务要求很高:监管方需要系统能在狭窄泊位条件下工作,覆盖螺旋桨、舵等复杂几何结构,不打断货物作业,并捕获 / 过滤生物附着废弃物,而不是简单刮掉。MarineLink 对同一项目的报道显示赛道已经拥挤:来自 9 个国家 36 家公司的 19 份方案,最终筛成 6 家入选伙伴,包括 SEAHI Robotics、C-Leanship、Neptune Robotics、Oceanis Robotics、Alicia Bots 和 RINA。这意味着世航智能已经处在真实直接同业群中,而不是空白品类里。保留公开集合中,HullWiper 是最清晰的项目外直接替代品,因为它销售免潜水员船体清洗结果,可在装卸货或加油作业期间完成,能降低那些更在意清洁度和在线时间、而不是拥有机器人本身的船东采用阻力。[CP001, CP002, CP003, CP004, CP005, CP006]
| 竞争对手 | 类别 | 规模 / 融资信号 | 目标细分市场 | 差异化 | 局限 |
|---|---|---|---|---|---|
| MPA 入选同业群组(Alicia Bots / C-Leanship / Neptune Robotics / Oceanis Robotics / RINA) | 直接同业 | 36 家公司来自 9 个国家,共提交 19 份方案,最终选出 6 个合作伙伴;留存来源未核实各公司的单独规模 / 融资情况 | 港口侧水下船体检查与清洗 | 与 Shihang 的任务定义完全相同,也同样拿到实港试验入口 | 留存公开来源尚未厘清各同业的装机基础、定价或合同经济性 |
| HullWiper | 直接服务替代 | 本次审阅的公开网站未披露规模或价格 | 购买船体清洗结果的船东和港口 | 装卸货或加油期间可无潜水员清洗,降低运营中断 | 留存来源未验证碎屑过滤指标或装机基础规模 |
| OceanAlpha | 相邻自主平台 | 2010 年成立;481+ 名员工;534 项专利;交付 3980+ 台;覆盖 55+ 个国家 | 测绘、海事安全、救援、海上检查、USV/ROV 作业 | 公开规模和交付证明显著强于 Shihang | 公开定位不是船体清洗专门厂商 |
| QYSEA FIFISH | 便携 ROV 替代 | 200+ 项专利;官方商城和经销商网络;公开价格从 $1,399 到 $7,348 | 检查、测量、轻量作业 | 定价透明,部署靠配件驱动 | 相比港口规模清洗服务,更偏轻负载、由操作者自有的工作流 |
| Blueye | 便携检查替代 | 有客户案例证据并强调支持;留存来源未验证公开价格 | 检查、记录、船舶损伤核查、水下作业 | “少专业操作者”信息降低培训摩擦 | 留存来源更强调检查,而非清洗吞吐 |
| CHASING | 便携工业 ROV 替代 | 覆盖 100+ 个国家;12 款 ROV;300+ 项专利;全球售后网点 | 工业检查与作业 | 售后覆盖广,配件生态较完整 | 已审阅来源未显示港口规模清洗服务模式 |
| Saildrone | 相邻自主水面平台 | 持续型 USV 舰队定位;Spectre 长 52m / 重 250t / 最高 30 knots | 海事情报、ISR、ASW、打击、海底感知 | 借助 Fincantieri 和高关注度防务项目,放大合作伙伴 / 制造杠杆 | 不是直接船体清洗厂商 |
| Teledyne / SeaBotix | 既有装机供应商 | 已售出 2000+ 台 SeaBotix;2025 年停产后仍继续支持 | 商业和军用水下检查用户 | 历史装机基础和支持关系 | 生产已结束,创新速度可能落后于新平台 |
| Fugro / Ocean Infinity / SeaTrac | 服务集成商或相邻自主厂商 | 已有地理数据、机器人或持续型 USV 基础设施;具体单位经济性因厂商而异 | 海上测绘、远程作业、数据采集、海事服务 | 能触达企业买家,任务覆盖也更宽 | 留存来源未显示直接的泊位侧船体清洗专长 |
各行混合了直接同业、替代方案和相邻玩家,因为买方可以靠专业清洗供应商、便携检查 ROV、企业服务商或更广义的自主平台,解决同一个任务。规模 / 融资单元格在留存公开来源未厘清时标注“未验证”。
[CP006, CP008, CP009, CP010, CP011, CP012]用序数图展示每个竞争者与精确船体检测 / 清洗任务的贴近程度,以及其公开规模或分发证明强弱。
两条轴都是由证据支撑的 1 到 5 序数评分,并非来源引用的数字指标。X 轴 = 与精确船体检测 / 清洗买方任务的贴近度;Y 轴 = 保留来源中可见的公开规模、渠道或分发证明。
[CP007, CP009, CP010, CP012, CP016, CP020]3.2 相邻平台、便携 ROV 与既有替代者
离开精准船体清洗同业集合后,竞争格局分成 3 类重要玩家。第一类是规模化海事自主平台,如 OceanAlpha 和 Saildrone;相比世航智能当前公开档案,它们在船队规模、伙伴准入或地理覆盖上有更强公开证明。OceanAlpha 称其成立于 2010 年,已在 55+ 个国家交付超过 4,000 台 USV 和水上救援机器人,并借 Seawork 2026 宣传海上检测和更广的商业海事方案。Saildrone 离泊位船体清洗更远,但可作为自主能力基准:其平台叙事聚焦持续海事态势感知,Spectre 项目又叠加 Fincantieri 制造支持和高端国防 / 自主叙事。第二类是 QYSEA、Blueye、CHASING 等便携式、运营方自有 ROV 厂商,用低摩擦硬件、配件和更容易部署的方式切入工作流中的检测 / 记录部分。第三类是 Teledyne SeaBotix、Fugro、Ocean Infinity、SeaTrac 等既有厂商和服务集成商,因为买方可能通过装机基础供应商、数据 / 服务承包商或相邻自主平台解决底层任务,而不是标准化采用世航智能本身。[CP009, CP010, CP011, CP012, CP013, CP014]
| 采购标准 | Shihang | HullWiper | OceanAlpha | QYSEA | Blueye | CHASING | Saildrone | Teledyne / SeaBotix |
|---|---|---|---|---|---|---|---|---|
| 精确水下船体清洗结果 | 是 | 是 | 留存来源中不是主业 | 部分满足 / 依赖工具 | 检查主导 | 检查主导 | 否 | 仅传统检查 / ROV |
| 检查与记录工作流 | 是 | 留存来源有限 | 是 | 是 | 是 | 是 | 相邻 / 海事态势感知 | 是 |
| 便携、操作者自有的硬件模式 | 留存公开来源无法判断 | 否 - 服务结果 | 否 - 更宽的 USV 平台 | 是 | 是 | 是 | 否 - 舰队平台 | 传统自有 ROV 系统 |
| 持续型自主水面作业导向 | 是 - 智慧水域加上海洋服务广度 | 否 | 是 | 否 | 否 | 否 | 是 | 留存来源有限 |
| 已审阅页面上的公开标价 | 否 | 否 | 否 | 是 | 否 | 已审阅页面未显示 | 否 | 否 |
| 公开渠道 / 服务网络信号 | 留存来源细节有限 | 服务交付叙事 | 55+ 个国家 / 600+ 家客户 | 官方商城 + 全球经销商 | 支持优先的信息表达 | 全球售后网点 | 主要平台 + Fincantieri 合作杠杆 | 装机基础支持连续性 |
证据不足的单元格标为无法判断或“留存来源中不是主业”,而不是猜测。矩阵比较的是本次审阅中买方能公开看到的内容,不是隐藏的私人能力路线图。
[CP001, CP002, CP008, CP011, CP014, CP017]比较的是转换成本和渠道权力属性,而不是原始产品规格。
[CP013, CP018, CP022, CP023, CP028, CP029]3.3 切换成本、定价可见度、多供方使用与分销权力
公开商业图景并不均衡,这会影响采用风险。在保留来源中,QYSEA 是定价透明度的异类:其官方商店披露 V-EVO 标价 $1,399、V6 Expert $2,999、E-GO $7,348。相比之下,世航智能已审阅官方页面没有展示清洗服务或机器人套件标价;Blueye、CHASING、OceanAlpha、Saildrone 和 HullWiper 的已审阅官方页面也是如此。这种不透明会把买方推向可验证案例、试点或渠道信任,而不是简单比价。因此切换成本结构因品类而异。QYSEA、Blueye 和 CHASING 的便携 ROV 系统更容易多供方并用,因为它们是带配件、运营集成较轻的工具平台。MPA 式清洗系统黏性更强,因为它们必须嵌入货物作业,满足废弃物捕获和过滤要求,并经常需要运营商承诺和在港演示。分销权力也不对称:OceanAlpha 发布了大规模交付和地域数字;QYSEA 宣传经销商网络和直营店;CHASING 宣传全球售后;Saildrone 借 Fincantieri 增加伙伴杠杆;Teledyne 仍支持已停产装机基础。世航智能技术上可能有竞争力,但其公开档案在渠道和服务网络证明上比几家对手更薄。[CP013, CP015, CP016, CP017, CP018, CP019]
| 公司 | 公开商业模式 | 公开价格信号 | 已包含能力信号 | 未知项 | 含义 |
|---|---|---|---|---|---|
| Shihang | 从官网定位推断为项目 / 解决方案销售 | 已审阅官方页面未发现标价 | 海洋服务工作流包括清洗、检查、探测、施工、救援 | 实际机器人套件价格、服务价格和合同条款 | 买方大概率需要试点或销售主导采购,而非简单目录采购 |
| HullWiper | 服务结果 | 已审阅官方页面未发现标价 | 装卸货或加油期间清洗;无潜水员交付 | 装机基础规模和具体商业条款 | 对不想拥有机器人资产、只想购买服务的买家有吸引力 |
| QYSEA | 目录式硬件销售加经销商网络 | 官方商城显示 $1,399 V-EVO / $2,999 V6 Expert / $7,348 E-GO | 面向检查、测量、回收和导航的工具化配件 | 实际企业折扣和服务包 | 留存样本中公开采购路径摩擦最低 |
| Blueye | 硬件 / 解决方案销售 | 已审阅官方页面未发现标价 | 检查 / 记录 ROV,加声呐、机械臂和灯光配件 | 具体定价、打包结构和企业支持条款 | 买方可先评估便携性和工作流适配,再谈价格 |
| CHASING | 硬件销售 | 本次留存的已审阅官方产品页未发现标价 | 重负载检查 ROV,支持多配件安装和 360° 悬停 | 渠道经济性和企业套装定价 | 竞争更多靠易获得的硬件定位,而不是公开合同披露 |
| OceanAlpha | 平台 / 解决方案销售 | 已审阅官方页面未发现标价 | USV 与海事自主组合,关联海上检查 | 按任务和载荷拆分的实际合同结构 | 可能通过更长的企业 / 项目周期销售 |
| Saildrone | 任务平台 / 服务,或防务项目销售 | 已审阅官方页面或留存发布未发现标价 | 持续型 USV 作业加 Spectre 防务平台 | 项目定价、持续保障经济性和出口包装 | 竞争对象是更大的自主化预算,而不是目录式机器人采购 |
留存来源中只有 QYSEA 露出清晰标价。“未发现标价”指本次审阅的公开页面在本轮没有显示价格;不意味着厂商内部没有商业定价。
[CP015, CP016, CP017, CP019, CP020, CP029]3.4 护城河耐久性、锁定与被替代风险
公开护城河案例真实但偏窄。世航智能可以指向更宽的官方产品范围,也可以指向入选 Singapore MPA 在港试点项目带来的国际验证。这些信号重要,因为它们表明公司不只是卖概念视频,而是被要求在高要求监管和运营环境中证明性能。但同一批 MPA 文件也是最强公开警告:监管方称当前机器人清洗方案在复杂船体区域、更强水流、碎屑捕获、过滤和服务规模上仍有困难。如果未来 18 个月内多家入选同业都越过这些门槛,世航智能的差异化可能快速被压缩。因此耐久性风险不太像「一家通吃」,更像被相邻品类商品化:服务专家可以消除机器人所有权摩擦;便携 ROV 厂商可以满足较轻检测任务;更大的自主平台或既有供应商可以把该工作流打包进更广的海洋服务关系。现状本身也是现实竞争对手。MPA 框架仍以潜水员、干坞周期和其他人工或半人工清洗方法为改善基准,因此世航智能不仅要打赢其他机器人,也要打赢买方根深蒂固的习惯和采购模式。[CP003, CP004, CP005, CP007, CP027, CP028]
| 护城河主张 | 威胁 | 严重性 | 缓释措施 / 尽调问题 |
|---|---|---|---|
| MPA 入选证明国际相关性 | 其他入选同业也能通过同一套 18 个月实港试验,压缩差异化 | 高 | 获取阶段性试验 KPI、合作伙伴名单,以及在细分区域和碎屑捕集上的性能证明 |
| 官网场景范围广,带来产品宽度 | 宽度可能稀释品类聚焦,而专业厂商会在单一任务上做深 | 中高 | 按场景测试毛利率与销售聚焦的取舍,并识别哪条切入点最快闭环 |
| 一体化港口清洗工作流应有粘性 | 便携 ROV 厂商能以更容易多归属的方式满足轻量检查任务 | 中 | 在管线和定价中区分仅检查用例与完整清洗工作流 |
| 定制方案销售保留定价弹性 | 相比 QYSEA 这类目录厂商,公开价格不透明可能拖慢采购速度 | 中 | 要求报价到签约数据、试点转化率,以及对低摩擦产品的赢单 / 输单原因 |
| 国内外验证或可支撑信任 | OceanAlpha 和其他规模化平台展示了更强的公开分销和交付证明 | 高 | 按国家梳理经销商、船厂、船级社和运营商合作关系 |
| 更好的机器人可以撬动既有装机基础 | Teledyne 式支持连续性,以及潜水员 / 干船坞现状习惯,让锁定仍然很强 | 中高 | 收集更换周期证据、维护合同,以及显示替换既有厂商的客户推荐 |
本登记表关注公开护城河主张遇到分销更强的对手、任务完全相同的试验同业和根深蒂固的买方习惯后,能否站得住。严重性是分析判断,不是公司披露的风险评级。
[CP004, CP006, CP015, CP022, CP027, CP033]用紧凑的公开指标观察竞争拥挤度、渠道强度和执行难度。
[CP006, CP015, CP019, CP022, CP028, CP033]3.5 图表
04财务
4.1 收入模式、商业化与定价不透明
公开证据支持的是硬件加服务的混合商业化模式,而不是清爽的 SaaS 画像。官方和备案材料把世航智能描述为一家研发、生产、销售并服务海洋机器人、水面机器人和核心部件的企业;官方场景页则宣传把检测、清洗、作业和数据输出合在一起的海洋综合服务工作流。船舶清洗是最清晰的变现楔子,因为它是最具体的客户任务,并明确宣称能减少进坞时间、降低运营成本和降低航行阻力。但同一组保留来源也说明,承销收入质量仍难:已审阅官方页面都没有展示标价,没有保留来源披露真实落地合同价格,围绕 AI RaaS 的最强变现语言也来自投资人评论,而不是经审计合同条款。因此当前最佳读法是带谈判范围的企业项目销售,而不是透明、可重复的目录定价。[CI001, CI002, CI003, CI004, CI005, CI006]
| 收入流 | 机制 | 单位 | 当前公开状态 | 质量 | 尽调问题 |
|---|---|---|---|---|---|
| 船舶清洗服务 | 机器人辅助清洗项目或重复性服务结果 | 按船 / 按任务 | 公开营销中最清晰的切入点;未披露公开实际定价 | 证据最充分的收入流,但经济性仍来自公司主张 | 提供 2025-2026 年确认收入、平均合同额、复购率,以及按清洗任务拆分的贡献毛利率 |
| 海上风电检查 / 运维 | 场景驱动的解决方案销售和服务交付 | 按项目 / 场站计划 | 官方页面营销检查和诊断工作流;未披露合同经济性 | 真实相邻业务,但公开变现证据比船舶清洗更薄 | 披露已签项目、单场站平均收入和现场毛利率画像 |
| 海上光伏检查 | 场景驱动的解决方案销售和服务交付 | 按项目 / 场站计划 | 官方页面显示技术适配性和降低人工成本的逻辑;未披露定价 | 商业上说得通,但证据仍停留在财务前阶段 | 披露管线、已转化试点和服务附着率 |
| 海洋 / 近岸检查与安防工作 | 一体化探测-检查-作业-数据服务 | 按项目 / 年度服务框架 | 官网营销数据服务工作流和多类近岸任务 | 支撑业务宽度,但不能说明收入结构 | 拆分 2026 年收入结构:按服务线、按一次性与经常性 |
| 机器人和核心部件 | 硬件销售,或嵌入解决方案供应 | 按机器人 / 按部件包 | 产品和部件已公开,但未披露标价或实际成交价 | 可能对混合收入有实质贡献,但不透明 | 提供 ASP、硬件毛利率,以及自有设备相对服务收入的占比 |
各行区分公开场景营销和收入披露。“当前公开状态”记录已审阅来源在 2026-06-25 实际显示的内容;尽调问题则列出缺失的承销输入。
[CI001, CI002, CI003, CI004, CI005, CI015]| 产品 / 服务 | 公开价格信号 | 变现依据 | 实际定价限制 | 来源信号 | 承销含义 |
|---|---|---|---|---|---|
| 船舶清洗 | 未找到公开标价 | 官方页面显示,更像按结果交付的服务或项目销售 | 单船实际价格、折扣和里程碑回款均未披露 | 官方船舶清洗页面,加上未见价格的观察 | 没有合同样本,收入质量无法做压力测试 |
| 海事服务工作流 | 未找到公开标价 | 集成方案叠加数据服务叙事 | 不清楚按资本开支设备、经常性服务,还是打包混合模式定价 | 官方海事服务类别表述 | 模式可能把硬件和服务混在一起,影响毛利率判断 |
| 海上风电 / 光伏场景 | 未找到公开标价 | 场景页面显示,更像项目牵引的技术服务和检测销售 | 试点转项目的转化率和支持负担未知 | 官方垂直场景页面 | 相邻场景增长先于单位经济模型可见 |
| 更宽泛的公司商业化叙事 | 未找到公开标价 | 投资人表述提到 AI RaaS / results-as-a-service | 投资人叙事不等于已签客户价格册或经审计收入注释 | China.com 投资人引述 | 可作为方向性变现线索,但会计证据弱 |
| 机器人 / 组件 | 未披露公开标价或组件 ASP | 可能直接销售,也可能嵌入方案合同 | 硬件层与服务层之间的转移定价未知 | 核心组件页面,加上未见价格的观察 | 公开信息无法拆分硬件毛利和服务毛利 |
本表刻意拆开公开价格可见度和变现叙事。已审阅公开材料中,每一行的定价仍不透明;因此,空缺和限制不是漏项,而是实质发现。
[CI005, CI006, CI007, CI022, CI041]公开证据指向一条顾问式、场景驱动的变现路径:从硬件能力起步,最终转成项目和服务收入。
[CI001, CI002, CI003, CI004, CI005, CI007]4.2 GTM 动作、销售效率代理指标与交付成本栈
公开 GTM 图景偏企业级,且执行强度高。招聘披露指向方案经理、售前技术支持、投标准备、客户拜访和大客户销售,地点覆盖北京、苏州昆山和天津;这符合面向船东、工业运营商和政府相邻买方的咨询式销售动作。周期会比现货机器人销售更长,尤其同一招聘页还提到业主侧项目立项和投标准备。成本端,公司显然不是轻资产软件模式:公开招聘覆盖硬件、嵌入式软件、导航算法、装配、采购和现场销售。这意味着公司要同时投入研发、制造或装配、采购和服务部署。少数公开单位经济正面信号只是方向性而非完整证据:公司宣称部件寿命 10,000 小时,第三方报道重复了这一耐久性优势,一篇 3 月文章称 Tiger Whale Mini 迭代把 BOM 成本降低 60%。这些信号有助于毛利叙事,但不能替代毛利率、利用率或回本周期披露。[CI007, CI008, CI009, CI010, CI011, CI018]
| 指标 | 公开数值 / 状态 | 置信度 | 重要性 | 尽调要求 |
|---|---|---|---|---|
| 2026H1 订单获取 | 多次披露 '> RMB 1 billion' | 高 | 当前最好的收入端牵引代理指标,但不是已确认收入 | 按合同批次把 2026 年订单桥接到入账收入、积压订单、取消订单和毛利 |
| BOM 改善 | 3 月文章称 Tiger Whale Mini BOM 成本下降 60% | 中 | 暗示降本空间和更快学习曲线 | 按 SKU 或模块提供单位 BOM 前后对比、人工工时和利润率影响 |
| 核心组件寿命 | 官方页面声称自研组件寿命 10,000 小时,Guancha 也重复该说法 | 中 | 更长组件寿命可改善服务毛利和更换经济性 | 提供平均故障间隔、保修准备金和每运行小时现场维护成本 |
| 单次作业实际价格 | 公开不可得 | 低 | 估算回本周期、船队利用率和贡献利润需要该指标 | 提供清洗、检测和经常性服务组合的合同级定价 |
| 毛利率 / CAC / 回本周期 | 公开不可得 | 指标未披露这一点的置信度高 | 没有这些指标,销售效率和利润率路径无法承销 | 按业务线提供毛利率,按渠道提供 CAC,按垂直场景提供回本周期 |
| 营运资本周期 | 公开不可得 | 指标未披露这一点的置信度高 | 硬件加服务模式可能在收入确认前吃掉现金 | 提供存货天数、应收账款天数、应付条款和客户预付款 |
只有一行包含具体的公开降本指标,因此其余行记录的是承销仍依赖私有数据的位置。「置信度」指对公开证据状态的置信度,不是对管理层质量的判断。
[CI012, CI024, CI025, CI022, CI023, CI038]公开单位经济模型只拼出一条不完整链条:已有部分降本和耐用性证据,但毛利率和回本节点仍在私域。
[CI018, CI019, CI022, CI023, CI024, CI025]4.3 资本充足性、公开牵引力与财务盲点
公开牵引力真实存在,但披露方式更像投资人友好的运营指标,而不是可承销的会计指标。多家 2026 年 6 月来源一致指向 H1 订单额超过 RMB 1 billion;3 月报道已称订单越过同一门槛,管理层把全年销售目标上调 3 倍。独立报道还提到具名航运客户、服务超过 1,000 艘船和超过 20 个核心港口,这比只有原型证据强得多。表面看,资本准入也很强:最新轮次被描述为超过 RMB 1 billion,且是海洋机器人领域最大单笔融资;大洋电机公告显示,一只专门投资世航智能的上合基金已经设立。但同一公告也是本章最清晰的警示证据,因为它提示备案不确定性、募资不完整风险、投资周期长和收益不保证。最重要的是,所有保留公开来源都未披露现金、烧钱、runway、营运资本或确认收入,因此资本充足性无法转化为干净的自我造血结论。[CI012, CI013, CI014, CI015, CI016, CI017]
| 项目 | 公开证据 | 状态 / 数值 | 承销解读 | 尽调要求 |
|---|---|---|---|---|
| 最新股权融资 | 官方和多个 6 月来源称 A 轮融资超过 RMB 1 billion | 已融资,且交叉印证充分 | 吸引成长资本的能力强 | 提供实际到账现金、交割时间、投后股权结构和预留 ESOP 稀释 |
| 专设战略资本载体 | Dayang 支持的 Shanghe 基金专为投资 Shihang 而设 | 目的明确;目标基金规模 RMB 177.01 million | 对投资人触达是正面信号,但不是公司现金的直接披露 | 提供该基金投资是否已交割进入公司股权,以及具体条款 |
| 载体内单一 LP 披露 | Dayang 作为 LP 出资 RMB 30 million | 备案确认 | 显示战略资本参与,但不证明载体已全部完成募集 | 提供当前实缴金额与目标金额对比,以及交割时间表 |
| 基金载体风险表述 | 备案文件提示备案不确定性、募集不完整风险、周期长、流动性风险和收益不保证 | 反向且明确 | 资本路径真实存在,但带条件 | 提供所有已执行交割通知,以及任何备用融资方案 |
| 国际联合资助支持 | MPA 计划向六家伙伴提供接近 SGD 3.7 million 的共享 R&D 联合资助 | 仅属外部生态支持 | 有助于验证,但不能证明跑道 | 澄清 Shihang 的具体份额、合格成本和现金报销时间 |
| 现金 / 消耗 / 跑道 | 未保留公开披露 | Unknown | 承销自筹扩张能力的关键阻碍 | 提供月度消耗、非受限现金,以及基准 / 下行情景下的跑道 |
本表区分资本可得性和资本充足性。公开证据显示融资势头,但缺少现金和消耗披露,无法得出清晰跑道结论。
[CI030, CI031, CI032, CI033, CI034, CI035]| 缺失的私有指标 | 最佳公开代理指标 | 重要性 | 具体尽调路径 |
|---|---|---|---|
| 已确认收入和收入结构 | 只有订单获取和场景宽度公开 | 需要该指标把势头转成会计质量 | 要求按船舶清洗、海上能源、硬件和其他服务拆分 2024-2026 年经审计收入 |
| 实际定价和折扣 | 已审阅页面均未显示标价或实际价格 | 没有该指标,贡献利润和价格纪律无法判断 | 审阅已签客户合同、报价记录,以及试点到量产的定价差异 |
| 按业务线拆分的毛利率 | BOM 降本和耐用性声明只能指方向 | 利润率路径是价值创造的核心桥梁 | 要求提供含保修和现场服务成本的产品与服务毛利率瀑布 |
| 现金、消耗和跑道 | 融资轮次公开,但现金不公开 | 决定融资依赖度和下一轮时间 | 获取月度现金桥、非受限现金、债务,以及按职能拆分的预算消耗 |
| 营运资本和账单条款 | 招聘和采购显示硬件运营,但不显示现金周期 | 硬件加服务业务可能在确认收入前吸收现金 | 审阅存货周转、应收账款账龄、供应商条款和客户预付款 |
| 客户集中度和复购率 | 具名账户和 1,000+ 船舶服务量显示使用,不显示集中度 | 少数 SOE 账户可能主导积压订单和续约风险 | 要求提供前 10 大客户收入占比、复购合同率和积压订单账龄 |
本表是本章承销关口。每一行都列出一个具体缺失指标、只能部分替代它的公开代理指标,以及关闭缺口所需的准确尽调路径。
[CI014, CI015, CI038, CI039, CI040, CI042]本章有订单和融资的硬公开下限,但承销栈其余部分仍是空白。若不存在更宽的有界区间,精确披露按低值 = 中值 = 高值展示。
除 MPA 共同资助行以 SGD 百万计外,所有货币行均以 RMB 百万展示。已披露的精确数字绘制为相同的低 / 中 / 高值,用来显示哪里存在公开确定性,哪里仍没有。
[CI012, CI030, CI032, CI034, CI035]公开证据显示 Shihang 可能在哪些地方烧钱,也显示披露在哪些环节断裂;因此,融资渠道还不能等同于承销舒适度。
[CI018, CI020, CI021, CI027, CI028, CI030]4.4 财务结论
整体财务读法是需求端建设性,但离承销仍不完整。世航智能的公开档案支持一个可信的收入线故事:真实客户部署、大额报道订单、正在扩宽的垂直机会地图,以及异常强的战略资本准入。如果自研部件、更高耐久性和更快产品迭代在现场经济性上确如公司和媒体来源暗示,它也支持一个合理的未来毛利故事。问题在于,当前公开表面仍远达不到投资人判断收入质量或 runway 所需的信息量。没有公开确认收入、没有分部结构、没有毛利率、没有烧钱、没有现金余额、没有营运资本细节,也没有披露真实成交价格。国际验证有意义,但 MPA 项目也显示,公司仍在真实港口条件下接受成本效益和运营合规测试。因此本章结论是:融资动能强于披露质量。世航智能看起来商业上已经动起来,但在订单转化、毛利和现金指标打开之前,仍依赖融资,也需要重度尽调。[CI014, CI015, CI025, CI027, CI028, CI035]
4.5 图表
05产品与技术
5.1 工作流定义与产品表面
世航智能的产品应被理解为海洋工作流平台,而不是单一机器人 SKU。公司官方页面用运营语言定义客户任务:靠泊期间船体清洗、水下检测、海上风电和光伏诊断、智慧水域监测、深海调查。公开产品页随后把这些任务映射到水下机器人、水面机器人和核心部件组成的产品组合。Tiger Whale 被宣传为面向船体和基础设施任务的旗舰全自由度水下作业主力;Tiger Whale Mini 是更轻的水下平台,面向测绘、救援和教学环境;Tiger Shark 和两个水面机器人页面覆盖高速水面机动、水域监测和模块化任务;SEAHI X 把故事延伸到深海探索;Pangu 推进器页面显示,公司想掌握关键子系统,而不是只组装进口零件。最强工作流信号是,官方方案页反复把产品描述为探测 - 检测 - 作业 - 数据 - 服务,而不是简单硬件转售。这支持平台加服务的读法,但公开材料仍不到产品文档深度:已审阅页面提供演示、咨询和报价路径,而不是 API 手册、配置矩阵或买方可直接使用的集成文档。买方仍需要私下技术尽调。[CE001, CE002, CE003, CE004, CE005, CE006]
| 模块 / 资产 | 主要用户 | 当前公开成熟度 / 状态 | 差异化信号 | 尽调缺口 |
|---|---|---|---|---|
| Tiger Whale 水下机器人 | 船东、港口、海上作业方 | 公开产品面中最成熟;以旗舰商业作业平台推广 | 24h 作业、自研核心部件 / 软件、全自由度运动、覆盖广泛船型 | 需要装机基数、载荷 / 模块清单,以及按任务拆分的船队可靠性 |
| Tiger Whale Mini | 测绘、救援、教学、轻工程用户 | 公开列为轻量级水下平台 | 面向测绘 / 救援 / 教育用例的更轻形态 | 需要深度、续航、传感器组合和商业部署数量 |
| Tiger Shark 水面机器人 | 水面运输、应急、巡逻用户 | 公开营销突出机动性主张 | 30+ 节速度,加上自主导航、避障和编队主张 | 需要真实运行包线、续航和自主栈验证 |
| SEAHI X / Ocean X 深海产品线 | 深海科研和资源勘探用户 | 已公开定位,但证据仍少于近岸清洗线 | 把架构延伸到深海测绘和采矿叙事 | 需要已交付配置、客户证明和发布 / 商业化状态 |
| 水质监测水面机器人 | 环境、水务管理、巡逻用户 | 在官方产品面和智慧水务叙事中可见 | 自研算法、避障、模块化监测任务 | 需要传感器载荷规格、报告工作流和付费客户案例 |
| 多功能水面机器人 | 定制水面任务运营方 | 公开列为可配置水面平台 | 无人自动驾驶、智能作业管理、模块化定制 | 需要真实客户场景、导航栈细节和支持模式 |
| Pangu 推进器和核心组件 | 内部平台和外部工业买家 | 核心组件层公开可见,而非隐藏采购 | 全电、10,000 小时、自研组件主张支撑垂直控制 | 需要供应商集中度、良率、保修退回率和对外销售结构 |
各行把公开产品面上清楚可见的内容,与仍需私有尽调的内容分开。「当前公开成熟度 / 状态」反映 2026-06-25 可见证据,不是内部发布分类。
[CE001, CE002, CE003, CE004, CE005, CE006]| 用户任务 | 传统工作流 | Shihang 方案 | 可衡量 / 公开收益 | 限制 |
|---|---|---|---|---|
| 靠泊窗口期船体清洗 | 潜水员或化学 / 人工清洗,并伴随干船坞延误 | 水下机器人,高压清洗叠加智能导航 | 无化学清洗、不伤漆主张、缩短干船坞 / 靠泊扰动;一个案例称效率为人工 50x | 无公开价格册、复购率数据或船队级成功率分母 |
| 海上风电子结构检测 | 人工或重度依赖船舶的水下检测 | 针对桩基、导管架和电缆路由的水下检测加智能诊断 | 公开声称停机时间更低、全水域适应性更强 | 无缺陷检测准确率或报告到维修转化的公开基准 |
| 海上光伏基础检测 | 人工海上测绘和结构检查 | 子结构检测、腐蚀监测,以及 0-300 m 周边水域调查 | 公开声称海上检测工作流更安全、用工更少 | 无公开部署数量或复购合同证明 |
| 智慧水务监测和巡逻 | 船载巡逻或固定点人工监测 | 水面机器人,加监测终端和云式管理叙事 | 连续监测、巡逻和人员无需下水作业的主张 | 无公开数据模型、仪表盘截图或 API 输出样例 |
| 深海测绘和资源勘探 | 载人 / 专用深海设备,任务适配范围窄 | SEAHI X / Ocean X,加深水测绘和勘探的通用平台叙事 | 指向全深度可复用架构的公开延伸目标 | 公开证据比近岸清洗线更薄,仍像路线图 |
| 工业项目交付和实施 | 碎片化供应商和现场团队组成的定制工程 | 项目经理和技术人员支撑的咨询-演示-报价-投标-实施工作流 | 暗示 Shihang 可端到端销售、配置并部署复杂海事系统 | 服务重的交付可能拖慢扩张,也在公开层面掩盖总支持负担 |
本表先看工作流,因为公司公开材料对待办任务的描述比 SKU 级规格更清楚。只有在已审阅来源给出具体主张时,才列出收益。
[CE010, CE011, CE012, CE013, CE028, CE040]公开可见的堆栈,从面向场景的工作流下探到具身平台、组件、自主能力和交付控制。
[CE001, CE002, CE014, CE017, CE021, CE026]从场景发现到交付和重复运营的公开可见工作流。
[CE010, CE011, CE013, CE028, CE039, CE040]5.2 架构、交付模式与公开路线图信号
对早期机器人公司而言,公开架构叙事异常具体,但证据仍来自公司发布材料和相邻报道,而不是正式技术手册。官方新闻、奖项和创始人材料持续描述一个覆盖动力、控制、感知、导航、密封、布放回收的 6 子系统栈。同一批来源还描述了「平台 + 大脑 + 模块」的可复用架构:通用具身机器人本体搭配清洗、检测和作业任务模块;2026 年 4 月发布的 CEORION 则被定位为统一感知、任务理解和动作生成的自主层。不过交付高度服务驱动。招聘页面强调技术交流、投标支持、实施交接、BOM、测试报告、EMC 工作、防水电路和跨职能项目评审,这是一套现场部署工业系统画像,而不是即插即用开发者平台。公开路线图可见度来自有日期的里程碑,而不是正式发布日历:2024 年自主海洋标准、2025 年深水 Ocean X 预览、2026 年 1 月水下清洗作业规则、2026 年 3 月奖项认可、2026 年 4 月 CEORION 与 Singapore MPA 试点入选、2026 年 6 月用于规模化的融资。这足以证明公司在向前走,但不足以承销发布纪律、船队可靠性或制造节奏。[CE012, CE013, CE014, CE015, CE016, CE017]
| 层级 / 流程 | 公开角色 | 证据 | 依赖 | 关键风险 |
|---|---|---|---|---|
| 具身机器人平台 | 在不同深度带提供水下和水面任务执行机体 | 官方产品目录和产品页面 | 机械设计、密封、控制和现场服务质量 | 准确载荷和可靠性包线未公开记录 |
| 任务模块 | 把清洗、检测和其他作业功能切换到通用机体上 | 创始人文章和方案页面 | 模块工具集成和客户特定配置 | 模块切换经济性和校准负担未披露 |
| 核心子系统 | 动力、控制、感知、导航、密封、投放 / 回收,加推进器 | 官方融资、奖项和组件页面 | 内部工程深度和供应商流程控制 | 扩产可能卡在组件良率或专用制造环节 |
| 自主 / 数据层 | CEORION,加多任务作业所需的导航、感知和规划逻辑 | 官方融资文章、Securities Daily、招聘页面 | 商业任务数据、仿真栈和传感器融合质量 | 基准由公司报告,方法论未经过公开审计 |
| 交付和集成层 | 咨询、报价、投标响应、实施交接和现场复盘 | 官方招聘页面和招标 / 招聘界面 | 项目经理、售前、测试和客户现场访问 | 服务重的部署可能难以标准化 |
| 质量和供应商闭环 | 设计、测试、BOM 控制、EMC 工作和供应商流程改善 | 官方招聘页面和创始人文章 | 有纪律的制造伙伴和内部质量体系 | 无公开产能、拒收率或供应商集中度披露 |
本架构表把硬件、自主能力和运营流程层放在一起,因为 Shihang 公开材料把产品呈现为工程化部署系统,而不是单纯软件。
[CE017, CE018, CE019, CE021, CE022, CE026]| 日期 / 阶段 | 功能 / 里程碑 | 状态 | 含义 | 来源 |
|---|---|---|---|---|
| 2024 | 海洋牧场 USV 自动驾驶技术标准 T/CI 326—2024 联合发布 | 历史里程碑 | 显示 2026 年前已有标准化工作,且自主化野心不止于清洁 | Toutiao 招聘文章 |
| 2025-05 公开访谈 | 0-300 m 产品线已商业化;Ocean X 深水系列仍在研发,计划 2025 Q4 推出 | 历史路线图标记 | 说明近岸业务商业化进度领先于深海产品线 | Tencent 访谈 |
| 2026-01 | 中国首个水下清洁机器人作业规范被引用为已发布 | 当前里程碑 | 强化锚定用例里的信任与作业纪律叙事 | 官方融资文章 |
| 2026-03 | 中国航海学会一等奖认可 | 当前里程碑 | 模块化清洁 / 检测路线获得外部验证 | 官方获奖文章 |
| 2026-04 | CEORION 发布,并公开引用入选 Singapore MPA CFP | 当前里程碑 | 标志当前自主化推进和国际试点入口 | 官方融资文章与 Sohu Singapore 文章 |
| 2026-06 | A 轮融资公布,资金用于核心研发、全球扩张和生态建设 | 当前扩张里程碑 | 资金用于加速产品化,而不是释放维持现状信号 | 官方融资文章与 Securities Daily |
这是一张公开里程碑表,不是内部路线图。Shihang 未发布带 GA 标准、可靠性门槛或模块退役政策的对外日期版发布日历。
[CE014, CE031, CE035, CE036, CE037, CE038]Shihang 的产品质量不只取决于机器人本体,也同样取决于子系统、专有数据、供应商纪律和现场交付。
[CE017, CE018, CE022, CE023, CE028, CE035]5.3 差异化、质量控制与技术缺口
世航智能的差异化案例在公开来源共同指向具身 know-how,而不是纯软件说法时最强。官方页面、创始人材料和 2026 年 6 月独立融资报道都倚重同一组护城河要素:自研核心子系统、全自由度水下驱动、长寿命推进器、复杂水流性能,以及从船舶清洗到海上能源检测和深海作业的广场景地图。公司似乎也在围绕核心作业闭环积累自有任务数据和专利深度;公开专利和注册表面显示,2026 年在故障诊断、路径规划、避障和声呐辅助定位方面有活跃申请。信任和质量方面,证据混合但有分量:QCC 列出有效的 ISO 9001、ISO 14001、ISO 45001、ISO 50001 和知识产权管理体系认证;公司材料则指向中国标准工作、航海行业顶级奖项和 Singapore MPA 试点入选。缺口在透明度深度。已审阅公开页面没有发布隐私架构、外部网络安全审计、在线率仪表盘、船队 MTBF、事故统计或单机产能数据。这意味着护城河可信且越来越可见,但投资人仍需要私下尽调,确认工程栈能否以可预测质量和支持经济性扩张。因此公开证据足以画出技术栈,但不足以清除执行风险。[CE020, CE022, CE023, CE024, CE025, CE030]
| 控制 / 信号 | 公开状态 | 范围 | 重要性 | 缺口 |
|---|---|---|---|---|
| ISO 9001 / 14001 / 45001 / 50001 和 IP 管理认证 | QCC 列为有效 | 质量、环境、职业安全、能源和 IP 治理 | 显示公司至少围绕运营搭起了正式管理体系 | 公开页面未披露审计范围、覆盖地点或不合格历史 |
| 中国首个水下清洗机器人作业规范 | 官方称已于 2026 年 1 月发布 | 水下清洗机器人作业规则 | 有助于为年轻品类的安全 / 作业纪律背书 | 本轮未审阅到公开完整标准文本或合规测试摘要 |
| China Navigation Society 一等奖 | 官方称 2026 年 3 月获奖 | AI 驱动的模块化柔性水下清洗与检测项目 | 释放同行和行业对技术路线的认可信号 | 奖项不能替代现场可靠性或产品安全证据 |
| 入选 Singapore MPA CFP | 2026 年 4 月来源公开提及 | 新加坡水中船体检测和清洗试验生态 | 有用的国际信任信号和近监管验证 | 入选项目不等于大规模生产认证或 SLA 证明 |
| 工程流程披露 | 招聘页面公开提到 BOM、测试报告、EMC / EMI、密封和项目治理步骤 | 设计到测试再到量产,以及实施工作流 | 显示公司在按工业质量逻辑思考 | 未披露公开良率、报废、MTBF 或保修退回指标 |
| 网络安全 / 隐私 / 事故透明度 | 官方页面未发现已审阅的公开状态页、隐私政策或外部安全审计页 | 机器人云 / 数据 / 客户运营栈 | 对自主能力重的工业平台而言,这是实质信任盲点 | 需要在 NDA 下披露架构、留存、安全测试和事故响应 |
此处列出的控制仅限已审阅公开来源中可见的项目。控制可以真实存在;但如果公开证据不显示范围、测试方法或运行历史,它仍是尽调缺口。
[CE023, CE036, CE037, CE038, CE042]公开证据指向近岸产品成熟度强、自主透明度中等,而公开信任 / 可靠性披露较弱。
成熟度标签是基于已审阅公开来源的判断,不是公司发布的内部版本分类。
[CE015, CE020, CE023, CE032, CE041, CE042]06客户
6.1 客户细分与买方角色
世航智能的公开客户档案按 job-to-be-done 读取最清楚,而不是按 logo 数量。最成熟、证据最充分的细分是船体清洗,经济受益方是希望降低阻力、油耗和进坞停运时间的船东或船队运营商;港口和港口服务运营商则是准入、排期、合规和作业环境的守门人。官方船舶清洗页和产品页反复用船东经济性来包装价值主张:靠泊时清洗、避免化学方法、降低阻力、降低运营成本。第二类是风电和光伏基础设施等海上资产运营商,买方更接近能源资产所有者或维护承包商,购买的是检测、诊断和水下 O&M 能力,而不是纯清洗。第三类是使用水面或混合机器人系统的公共水域、环境和安防运营方,但这些客户类别主要出现在方案营销里,缺少具名付费账户证明。这种细分很重要,因为它说明世航智能不是把单一机器人卖给同质买方群体,而是把项目式结果卖进海事、海上能源和公共水域,不同领域采购路径和风险审查都不同。[CU001, CU002, CU003, CU004, CU005, CU027]
| 客群 | 买方 / 用户 / 付款方 | 核心用例 | 公开证据 | 战略价值 | 关键缺口 |
|---|---|---|---|---|---|
| 船东与船队运营商 | 船东或运营商付款;技术或海务部门使用;船队经济性承担预算 | 船体清洁、船体检测、减阻、降低燃油消耗、减少进坞中断 | 船体清洁和 Orca 页面,以及 Fujian Shipping 现场测试叙事 | 最大、最成熟的公开商业化通道 | 未公开合同金额、续约节奏或按船队列出的客户名单 |
| 港口集团、港口服务运营商和泊位侧生态 | 港口或服务运营商影响准入、排期、碎屑处理和本地作业批准 | 必须嵌入实时港口工作流的水下作业 | MPA 试验设计,以及包含 Shandong Port Technology 和 Guoneng 港口服务的获奖联合体 | 在繁忙港口扩大部署的关键把关客群 | 公开来源未区分经济买方与作业审批方 |
| 海上风电与海上光伏资产方 | 资产方或 O&M 承包商付款;工程团队使用 | 海底检测、诊断、腐蚀监测、电缆 / 桩基检查 | 官方海上风电与海上光伏解决方案页面 | 船体清洁之外的重要扩张方向 | 公开文件里具名付费账户较少 |
| 海洋牧场 / 海底基础设施运营商 | 项目业主或承包商付款;现场运营团队使用 | 监测、检测、环境调查、电缆或管道检查 | 官方中英文主页与行业覆盖 | 增加可复用平台的相邻任务 | 主要是解决方案营销;具名客户证据很少 |
| 国际港口与船东生态伙伴 | 技术伙伴借助与运营商、船东和船级社的联合试验销售 | 国际验证、港口准入批准和规模化试验 | Singapore MPA 发布、SMW 报道与 TNGlobal | 当前通向中国以外客户扩张的最佳桥梁 | 仍处试验阶段,而非已披露的生产收入 |
分层基于公开用例页面、监管试验结构、具名部署案例和融资期商业化报道。公开材料未披露按客群划分的正式收入结构。
[CU001, CU002, CU003, CU004, CU005, CU020]Shihang 的客户旅程偏企业级且多方参与:船东或资产痛点先触发 ROI 兴趣,但只有技术、监管和运营利益相关方对齐后,部署才会闭合。
[CU002, CU003, CU020, CU024, CU028, CU034]6.2 采用轨迹与具名客户证明
公开证据足以得出世航智能已经越过纯演示阶段,但不足以证明其客户基础已经宽且耐久。Tencent、10jqka、Securities Daily、HTX 和 Gasgoo 的 2026 年 6 月独立报道都重复同一需求标志:2026 年上半年订单超过 RMB1 billion。这是本章最好的采用指标,因为它很新,被多个媒体重复,并且方向上与公司快速融资和商业化叙事一致。具名客户证明更窄,但真实存在。创始人画像材料提到一次 Fujian Shipping Group 现场测试:Orca 机器人约 10 小时清洗一艘重度污损货轮,而人工约需两周,劳动效率约 50x。Baidu 中文和英文词条还补充了 Qingdao Port 和 Yantai Port 的应用说法。奖项通知语料和相关公司文章也显示,一个世航智能牵头的水下清洗项目由 Waterborne Transport Research Institute、China Merchants Shipping、COSCO Bulk、Shandong Port Technology、Fujian Shipping、Guoneng (Tianjin) Port Services、Huayang Maritime 和 Harbin Engineering University 共同申报。这是很强的具名生态证明,但不等同于披露的经常性客户名单。因此公开档案支持真实部署和具名海事关系,同时仍让合同范围、复购和单客户支出保持不透明。[CU006, CU007, CU008, CU009, CU010, CU011]
| 指标 | 数值 | 日期 / 期间 | 来源 | 置信度 | 含义 | 缺失分母 |
|---|---|---|---|---|---|---|
| 报告口径订单额 | > RMB1 billion | 2026 H1 | 来源:Tencent / 10jqka / Securities Daily / HTX / Gasgoo | 中 | 当前最好的公开需求信号,表明采用已超出孤立试点 | 未按客户、地域或垂直场景拆分 |
| MPA 竞争性遴选 | 19 份提案 / 36 家公司 / 9 个国家中入选的 6 家伙伴之一 | 2026-04 | MPA / Manifold Times / TNGlobal | 高 | 显示第三方国际筛选与运营商兴趣 | 入选面向试验,不是已披露合同收入 |
| Singapore 试验周期 | 自 2026 H2 起 18 个月 | 2026 年起 | MPA / MarineLink | 高 | 确认 Singapore 商业化仍受验证闸门约束 | 未披露已确认收入、单位经济性或转化目标 |
| 具名港口部署 | Qingdao Port 和 Yantai Port 被公开引用 | 到 2026 年已公开可见 | Baidu 中英文词条 | 低 | 给出具体中国部署地点 | 未披露运营方名称、船舶数量或经常性合同条款 |
| 具名客户现场测试结果 | 10 小时 vs 约 2 周;约 50x 人工效率 | 2026 年画像引用的未注明日期现场测试 | 创始人画像引用 Fujian Shipping Group 测试 | 中 | 公开材料中最强的结果型客户证据 | 单一案例研究,公司控制叙事 |
| 规模化部署说法 | 在船舶清洁、水下安防、海上风电、海洋牧场和海底检测等场景规模化应用 | 2026 | 来源:10jqka / Zqrb / Gasgoo | 中 | 暗示多场景采用,而非依赖单一客户 | 未披露活跃机器人数量、付费账户数或利用率 |
本表把硬性的公开采用标记与更宽泛的商业化说法分开。订单额是最强公开指标;客户账户数和船队利用率分母未披露。
[CU006, CU009, CU010, CU011, CU012, CU013]| 客户 / 证据点 | 客群 | 部署 / 用例 | 生产 / 试点 | 结果 / 信号 | 限制 |
|---|---|---|---|---|---|
| Fujian Shipping Group 现场测试 | 船东 / 运营商 | 使用 Orca 清洁藤壶严重的货轮船体 | 生产式现场部署 | 创始人画像来源称约 10 小时,对比人工约 2 周,人工效率约 50x | 单一公司发布案例研究;未披露合同金额或重复频率 |
| Qingdao Port | 港口部署地点 | 商用水下清洁机器人应用 | 声称生产使用 | Baidu 词条将其识别为真实应用地点,而非概念场景 | 未披露具名船舶数量、运营方赞助方或经常性支出 |
| Yantai Port | 港口部署地点 | 商用水下清洁机器人应用 | 声称生产使用 | 第二个具名港口有助于证明不止一个国内地点 | 与 Qingdao Port 相同的证据质量限制 |
| China Merchants Shipping / COSCO Bulk / Fujian Shipping 进入获奖联合体 | 船东生态 | 获奖水下清洁与检测项目 | 已验证关系,但不一定披露收入 | 显示大型航运运营商参与深度足以在顶级行业项目中具名 | 公开文件未说明哪些实体是付费客户、哪些是项目协作者 |
| Singapore MPA 与船东 / 服务运营商 / 船级社的试验 | 国际港口生态 | Singapore Port 水下船体检测与清洁试验 | 试点 / 验证项目 | 最好的公开中国以外客户准入证据,也是全球扩张路径 | 仍处规模化前阶段,并取决于成本、安全和环境验证 |
具名证据真实但不完整。本章区分生产式部署案例、联合体成员关系和监管方主导的试点验证。
[CU006, CU007, CU008, CU009, CU010, CU011]公开证据从国内生产式海事作业流向国际验证,最大的转化风险卡在试点成功与规模化港口批准之间。
[CU006, CU009, CU012, CU015, CU016, CU017]6.3 耐久性、重复使用与满意度可见度
耐久性是公开客户档案明显变薄的地方。没有已审阅来源披露 NRR、GRR、流失率、合同期限、续约节奏、头部客户复购率,甚至没有干净拆分首单部署和后续任务。最接近正面的耐久性代理指标,是公司和媒体提到百万小时商业运营数据、多海事场景规模化部署,以及第三方称 Orca 平台已为大型航运公司服务超过 1,000 艘大型船舶。这些信号有用,说明系统正在现场重复作业,但仍不等同于客户级留存披露。公开满意度数据更弱。现有语料没有发布 NPS、CSAT、投诉关闭时间或质保事故率。这意味着投资人可以说世航智能有真实部署证明,但还不能说客户是否按可预测周期复购、是否从清洗扩展到检测,或是否维持健康续约经济性。本章应保留正面采用读法,同时明确把留存和满意度列为未决尽调事项,而不是用编造指标填空。[CU014, CU023, CU024, CU025, CU026, CU039]
| 指标 / 代理指标 | 公开数值 | 客群相关性 | 置信度 | 尽调问题 |
|---|---|---|---|---|
| NRR / GRR / 流失 / 续约 | 可直接衡量船东和项目账户的耐久性 | 低 | 索取按客群划分的客户队列、续约率和重复作业节奏 | |
| 合同期限 / 重复采购条款 | 区分一次性清洁任务与服务合同的关键 | 低 | 索取 MSA / 合同模板样本和平均服务期 | |
| 百万小时商业作业数据 | 公司称 CEORION 基于百万小时商业作业数据打造 | 重复现场作业的代理指标 | 中 | 拆成客户数、船舶数、任务数和付费作业数 |
| 超 1,000 艘船维护说法 | HTX 和 NewsGlobeNow 将该说法归因于公司披露 | 现场重复性和已嵌入工作流的代理指标 | 低 | 提供独立分母、期间和唯一付费船队数量 |
| 客户满意度 / NPS / 投诉关闭 | 可显示部署是否转化为耐久关系 | 低 | 提供 NPS、投诉关闭时间、质保索赔和服务响应 SLA |
Shihang 披露了部署动能,但未披露留存队列。因此,本表把可解读为耐久性代理指标的内容,与公开记录仍缺失的指标分开。
[CU014, CU023, CU024, CU025, CU026, CU041]公开证据在具名海事部署轶事上最强,在留存、集中度和客户满意度披露上最弱。
[CU007, CU008, CU009, CU012, CU015, CU016]6.4 扩张、集中度与采购摩擦
扩张案例可信,但仍取决于生态和监管执行。官方页面和融资文章显示,公司正在从船体清洗向海上风电、海上 PV、海洋牧场、水下管线和相关检测任务推进第二波;A+ / A++ 文章甚至称海上 PV 作业已中标 CNNC 项目并进入核电站检测。即便如此,具名公开证明仍集中在海事维护及相邻中国港口或航运关系。国际上,Singapore 有价值,因为它既是标杆市场,也是硬闸门:MPA 选中 SEAHI Robotics 参与 18 个月水中船体检测和清洗试点,但该项目明确用于在大规模部署前测试成本效益、环境可持续性和安全作业。MPA 和多家转载行业媒体也列出主要卡点:螺旋桨、舵、海底门、更强水流、狭窄空间、碎屑捕获要求,以及避免打扰繁忙港口作业。IMO 又增加了更广的结构性约束,警告水中清洗可能释放入侵水生物种和有害废弃物,并正在走向更强制的生物附着框架。含义是,世航智能的扩张不只是技术销售问题,而是服务运营商、船级社、监管方和港口审批问题。上行空间很大,但客户集中度、合同持续性和跨境采购摩擦仍需要私下尽调。[CU015, CU016, CU017, CU018, CU019, CU020]
| 扩张驱动因素 | 集中度或阻滞因素 | 影响 | 尽调路径 |
|---|---|---|---|
| 船体清洁已经给出最强商业证据 | 公开具名证据仍集中在海事维护 | 如果船舶清洁预算放缓,公开采用故事会明显变薄 | 索取按船舶清洁、海上能源、公共水域和其他类别划分的垂直收入结构 |
| 海上风电 / 海上光伏 / 海底检测相邻场景 | 海事之外的具名客户证据仍稀疏 | 扩张叙事可能领先于可独立看见的变现 | 索取能源垂直场景的客户名称、试点转生产转化和 ARR |
| Singapore MPA 进入全球航运枢纽 | 规模化前项目是 18 个月试验 | 国际证据有声望,但尚不能等同收入 | 跟踪试验里程碑、运营商反馈和试验后商业化决定 |
| 项目式企业销售 | 未公开头部客户集中度或合同期限 | 投资人尚不能判断收入是否分散,还是由少数大项目主导 | 索取前 10 大客户、订单集中度和积压订单账龄 |
| 港口 / 船级社 / 运营商生态关系 | 跨境规模化依赖第三方批准和服务网络 | 即使终端客户 ROI 很强,也可能拖慢扩张 | 梳理本地伙伴、认证依赖和上线批准时间线 |
| 多场景营销覆盖 | 公开证据质量因场景而异 | 标识覆盖广度可能夸大生产覆盖广度 | 要求每个主要宣传垂直场景提供生产 vs 试点矩阵 |
主要扩张风险不是技术野心不足,而是公开生产证据和集中度数据仍聚集在海事船体维护用例。
[CU020, CU022, CU031, CU032, CU033, CU036]| 摩擦信号 | 正向证据 | 反向 / 限制性证据 | 客户含义 |
|---|---|---|---|
| 繁忙港口作业环境 | MPA 将 SEAHI 选入国家背书试验 | MPA 称,现有方案仍难应对更强水流、狭小空间、螺旋桨、舵和海底门几何结构 | 拿下港口客户,需要在艰难真实边界场景中安全运行 |
| 环境合规与碎屑捕获 | 公司将清洁定位为无化学品、不损伤涂层 | MPA 和 IMO 都强调碎屑捕获、入侵物种风险和有害废弃物释放担忧 | 采购时,环境批准可能与清洁速度一样重要 |
| 成本效益 | 订单和融资显示买方相信存在经济价值 | MPA 称,大规模部署前仍需在真实港口验证成本效益 | 客户可能等试验经济性跑出来后,才承诺全船队铺开 |
| 国际标准 / 合规 | CCS 和 MPA 关联提升可信度 | MPA 称部署必须符合全球要求和标准;IMO 正在转向更具约束力的框架 | 跨境扩张很可能需要文档、审计和流程控制 |
| 项目销售工作流 | 官方产品页面提供咨询、演示和报价跟进 | 缺少公开自助式或标准化商业条款,暗示企业销售节奏更慢 | 增长可能取决于服务和伙伴执行,而不只是硬件需求 |
本表隔离最可能拖慢技术兴趣转化为经常性商业部署的摩擦。
[CU017, CU018, CU019, CU027, CU034, CU035]6.5 图表
07风险
7.1 监管和法律风险集中在船体清洗审批、环境合规和数据治理义务上
最尖锐的外部风险是监管和法律风险,因为世航智能最可见的楔子——机器人水中船体清洗——处在趋严的环境和港口运营框架内,而不是简单设备销售制度下。Singapore MPA 2026 年 4 月入选是正面信号,但公告明确称,工作仍是 18 个月试点,要在大规模部署前证明安全作业、成本效益、环境可持续性,以及符合全球要求。IMO 2023 年生物附着页面说得更进一步:水中清洗可能释放入侵物种和有害废弃物,损伤涂层,并且正从自愿指南走向有法律约束力的框架。AFS Convention 也限制进入缔约方港口船舶上的有害防污物质;ISO 6319:2026 则把清洗作业的规划、文档和报告预期正式化。另一个层面,世航智能越来越多宣传数据服务和自主工作流。这带来第二个法律信号:如果部署处理可识别船员、承包商或港口侧数据,中国 PIPL 会施加最小化、透明度、敏感数据和跨境传输义务。本轮没有保留公开来源展示专门隐私或安全资料包,因此正确读法不是「不合规」,而是「治理尽调仍然实质性未完」。[CR001, CR002, CR003, CR004, CR005, CR006]
| 规则 / 案例 / 制度 | 司法辖区 | 当前状态 | 可能性 | 严重性 | 缓释措施 | 剩余暴露 | 尽调路径 |
|---|---|---|---|---|---|---|---|
| 水下船体清洁作业批准与环境闸门 | Singapore / 其他港口国 | MPA 选择 Shihang 开展 18 个月试验,但安全、成本效益、环境可持续性和标准合规仍需在大规模部署前证明 | 高 | 严重 | 早期铺开仅限于能够证明碎屑捕获、安全作业和文档留痕的港口与船体区域 | 试验转化为获批、可重复作业前,暴露很高 | 索取 Singapore 试验工作计划、批准里程碑、碎屑捕获结果和转入商业作业的标准 |
| IMO 生物污损 / 水下清洁框架与 AFS 涂层规则 | 国际 / 港口国执法 | IMO 称水下清洁可能释放有害废弃物和入侵物种;指南现已补充,强制性要求正在制定,同时 AFS 限制进入缔约方港口船舶使用有害防污物质 | 中高 | 高 | 运行闭环清洁,维护涂层兼容程序,并让检测 / 报告记录与 ISO 6319 和 IMO 指南对齐 | 兼容性、捕获效率和逐港接受度仍未公开,因此暴露高 | 按司法辖区索取涂层矩阵、清洁前后检测 SOP、废弃物捕获验证和港口接受历史 |
| PIPL 与跨境数据传输合规 | 中国加海外数据流 | Shihang 营销数据服务和自主化工作流;如果部署处理可识别个人数据或敏感数据,PIPL 会施加同意、最小化、透明度、本地化和传输控制要求 | 中 | 高 | 海外规模化前,落实数据最小化、基于角色的访问、公开隐私规则和跨境传输合同 / 评估 | 隐私架构和传输机制披露前,暴露高 | 索取隐私政策、数据地图、敏感数据清单、海外接收方名单,以及泄露 / 删除程序 |
| 海事污染与责任暴露 | 中国及海外海事作业 | 2026 年生效的中国修订《海商法》强化海洋环境保护和船舶污染责任规则;一次污染或损害事件就可能演变成法律和商业挫折 | 中 | 高 | 配置污染和承包商责任保险,守住 SOP 纪律,并明确事件报告和分包商赔偿条款 | 公开保险和事件治理未披露,因此为中高 | 索取保险清单、污染责任条款、应急响应 SOP 和分包商风险分配 |
| 许可与经营范围纪律 | 中国 | 公开法律数据库页面显示,船舶设计、制造、修理和疏浚类工作等受监管经营范围仍需审批,同时存在有效行政许可记录 | 中 | 中高 | 维护逐实体许可登记表,并让现场作业保持在获批范围内 | 中 | 索取按实体 / 地点 / 活动划分的许可矩阵,以及近期任何续期、变更或范围限制 |
| IP / FTO 与合同风险不透明 | 中国 / 海外市场 | 公开来源显示有相当数量的专利、软件著作权和商标,但未显示 FTO 意见、赔偿结构或争议历史 | 中 | 中高 | 继续申请专利,并围绕性能、质保和侵权收紧客户 / 伙伴合同语言 | 律师级尽调完成前为中高 | 索取核心专利清单、FTO 备忘录、任何侵权索赔,以及客户合同中的标准质保 / 责任上限 |
各行按剩余投资严重性排序,并把港口环境闸门与数据、责任、许可和 IP 风险分开。证据只能支持风险信号而非确认事件时,状态列会明确说明。
[CR001, CR002, CR003, CR004, CR005, CR006]最高残余风险集中在港口环境批准、订单转化和恶劣工况执行,而不是基本产品是否存在。
矩阵评分是基于截至 2026-06-25 已审阅公开来源的定性、证据加权判断,不来自内部风险模型输出。
[CR002, CR003, CR009, CR014, CR018, CR023]7.2 运营风险来自严苛海洋环境和伙伴把关部署,而不是缺少产品叙事
从运营看,产品故事可信,但失败模式很硬。公司和第三方材料一致认为,世航智能要在低能见度水域、强水流、腐蚀、高压、弱通信和复杂船舶几何结构中作业。MPA 自己的表述点出了精准卡点:螺旋桨、舵、海底门、狭窄空间、更强水流,以及不打断港口作业的碎屑收集。这意味着一次运营失误可能同时变成监管、客户和责任事件。公开记录在可靠性上也不均衡。世航智能提到百万小时商业数据、90%+ 仿真成功率和 10,000 小时部件寿命,但这些是公司控制的指标,不是公开在线率、MTBF、事故率或涂层兼容性披露。依赖风险同样真实。跨境落地不是单边产品发货;MPA 称部署涉及技术提供商、服务运营商、船级社和船东协同。在中国,公开证明最强处集中在国资相关海事生态和船体清洗任务。这是好验证,但也意味着审批、背书和采购仍由伙伴中介。如果一两个旗舰生态停滞,扩张曲线可能很快变平。[CR001, CR002, CR003, CR004, CR005, CR006]
| 失效模式 | 可能性 | 严重性 | 缓释成熟度 | 剩余暴露 | 未解决缺口 |
|---|---|---|---|---|---|
| 螺旋桨、舵、海水箱、强流或狭窄空间周边,港内带水清洁或检测失败 | 高 | 关键 | 低到中 | 关键 | MPA 自己也称这些仍是当前自动化边界;没有公开船队 KPI 能证明 Shihang 已经在规模化场景清掉这些问题 |
| 带水清洁造成涂层损伤、废弃物释放或碎屑捕集效果差 | 中高 | 高 | 低到中 | 高 | 公开资料没有按港口和船体类型披露涂层兼容性验证或碎屑捕集效果 |
| 船体清洁、风电、光伏和检测流程横跨严苛海洋环境,可靠性和支持失效 | 中高 | 高 | 中 | 高 | 本轮未保留公开的 MTBF、正常运行时间、备件或现场服务响应指标 |
| 仿真或公司披露数据与经审计现场结果之间,自动化 / 模型表现存在缺口 | 中 | 高 | 低到中 | 高 | 百万小时和 90%+ 成功率说法由公司控制,并非独立审计的可靠性披露 |
| 集成式“探测-检测-作业-数据服务”流程内,网络安全、隐私或数据处理失效 | 中 | 高 | 低 | 高 | 本轮没有找到并保留公开的隐私政策、安全架构、跨境传输流程或事件响应包 |
运营类条目聚焦会传导到客户信任、监管审查和毛利率压力的失效模式,而不是只看泛化的硬件风险。
[CR002, CR003, CR004, CR006, CR007, CR009]| 依赖项 | 交易对手 / 制度 | 角色 | 集中度 | 失效情景 | 严重性 | 缓释措施 | 剩余暴露 |
|---|---|---|---|---|---|---|---|
| 国际港口准入验证 | MPA、船东、服务运营商、船级社 | 卡住旗舰海外港口环境的大规模部署 | 高 | 新加坡式试点没有转化为审批或后续商业项目 | 关键 | 用试点数据拿下参考客户转化,并逐港扩大接受度 | 在至少一个试点披露为复购业务前,暴露极高 |
| 国资关联航运和海事生态参考 | China Merchants Shipping、COSCO Bulk、Fujian Shipping、Ningbo Shipping、Waterborne Transport Research Institute、CCS 关联生态 | 提供验证点、采购入口和声誉背书 | 中高 | 少数旗舰生态关系停滞,或无法产出可复用订单 | 高 | 从展示型参考拓宽为多港口复购客户组合 | 高 |
| 资本提供方和专项投资载体 | A 轮投资者、上合基金、后续资本市场 | 支撑研发、全球化和产能建设 | 中 | 订单增长无法转化为现金,同时后续融资条款收紧或专项载体表现不佳 | 高 | 守住现金纪律,把 capex / 招聘爬坡绑定到已验证的转化指标 | 高 |
| 实施和投标人才管线 | 项目经理、售前、交付团队、采购和生产招聘 | 把产品转化为中标项目和落地部署 | 中高 | 投标密集的管线跑得比交付能力更快,拖慢安装 / 支持质量 | 中高 | 标准化方案、交付和现场服务手册 | 中高 |
| 质量、认证和牌照生态 | 许可机关、认证方、检查员、行政审批机构 | 允许公司在监管范围内运营,并支撑可信度 | 中 | 续期、范围或质量控制失误拖延新项目,或削弱客户信任 | 中高 | 保持许可 / 认证续期纪律,并披露更多现场质量证据 | 中高 |
| 部件、涂层和集成生态 | 内部核心部件加外部涂层 / 船侧接口 | 影响兼容性、服务负担和部署速度 | Unknown | 兼容性、良率或集成问题拖慢多样船体和海上场景扩张 | 高 | 扩大兼容性测试,并更清楚披露边界条件 | 高 |
本登记表把监管方、港口、参考客户、资本和人员都视为依赖项,因为每一项都能直接改变商业化速度和支持负担。
[CR001, CR003, CR011, CR013, CR015, CR020]监管或运营失手会迅速传导为部署放慢、利润率降低、融资依赖加深,并削弱基础设施投资叙事。
该图展示传导逻辑,而非已测算的弹性。
[CR003, CR013, CR014, CR018, CR031, CR039]Shihang 的增长路径穿过监管方、港口、生态客户、资本提供方,以及重人力投入的交付引擎。
依赖项按商业化卡点归组,不穷尽每个供应商或客户关系。
[CR001, CR013, CR021, CR022, CR023, CR025]7.3 人才、执行和财务模型风险很高,因为公开需求信号跑在已披露运营基础设施前面
内部执行要看的,是世航能否比自身业务边界扩张得更快地把交付工业化。公开招聘显示,公司同时在招硬件、软件管理、售前、标书、实施交接、生产、采购和客户运营等岗位。与其说这是标准化机器人 SKU 生意,不如说更像咨询式、项目密集型部署模式。今天这样切入市场可能合理,但通常比宣传文案暗示的扩张更慢,也更吃营运资金。爱企查公开工商快照只显示 25 名参保员工;企查查和招聘平台却显示招聘面很宽、岗位很多。由于公开人员快照可能不完整,这个差异只能算一个信号,但相对于公司宣称覆盖的市场和场景宽度,仍然指向带宽风险。财务上,同样的不对称也重要。公开来源反复确认 2026 年上半年订单超过 RMB1 billion、A 轮融资超过 RMB1 billion,但没有披露已确认收入、毛利率、现金或营运资金转化。大洋电机 / 上河的公告尤其有用,因为它提示专项投资载体存在流动性、收益不确定性,且不保本。合起来看,世航商业化已经启动,但仍依赖融资,披露也偏轻。[CR011, CR012, CR013, CR014, CR015, CR020]
| 角色 / 职能 | 依赖或缺口 | 可能性 | 严重性 | 缓释措施 | 尽调路径 |
|---|---|---|---|---|---|
| 创始人 / 核心技术领导层 | Chen Xiaobo 19 年创始人主导叙事是优势,但也意味着关键人物集中度不低 | 中高 | 高 | 加厚工程、合规和商业化第二梯队 | 要求提供组织架构、授权决策权,以及核心领导层继任 / 留任方案 |
| 监管、质量和商业运营 | 公司需要跨市场协调港口规则、投标、牌照、客户交付和环境合规 | 中 | 高 | 建立专门合规 / 质量体系,不能只靠技术创始人 | 要求明确合规、质量、海外运营和事件治理负责人 |
| 硬件、EMC、防水和生命周期工程 | 招聘页显示,公司仍需要高难度海洋硬件和全生命周期支持能力 | 高 | 高 | 扩张时仍把可服务性设计、EMC、密封和测试纪律放在核心 | 要求提供招聘漏斗、开放关键岗位,以及近期故障 / 返工统计 |
| 售前、项目管理和投标执行 | 投标密集的项目流可能先赢下业务,再倒逼公司补齐标准化交付 | 高 | 高 | 标准化投标模板、交接标准和项目治理节奏 | 要求按用例提供赢单 / 输单数据、实施积压和平均部署周期 |
| 全球服务和客户成功运营 | 公开资料暗示场景和地域野心很宽,但几乎没有现场支持能力证据 | 中高 | 高 | 按可服务性分阶段扩张,而不是按营销覆盖面扩张 | 要求按区域提供服务覆盖图、备件模式和升级 SLA |
执行类条目聚焦组织瓶颈:即使核心产品跑得通,这些瓶颈也可能打断一个看似漂亮的商业化故事。
[CR014, CR015, CR021, CR022, CR023, CR024]7.4 真正该监测的是试点转化、公开可靠性证据和订单回款证明,而不是更多融资标题
最重要的风险缓释问题,是世航能否把当前势能转成投资人和监管方都看得懂的证据。最强监测点是新加坡项目:如果 18 个月试点能发布安全、环境处理、成本效益和后续批准证据,监管风险和商业风险都会下降。第二个监测点是运营透明度。公开 MTBF、事故率、涂层兼容性、碎屑回收或在线率披露,比又一篇融资报道更关键,因为这些指标决定世航的海事服务模式扩张时会不会背上隐性支持成本。第三个监测点是经济转化。如果未来材料仍停在订单、融资和市场野心,却没有打通收入、毛利和现金纪律,估值逻辑就应被打折,不管增长叙事多热。最后,随着公司把一体化数据服务和自主层推向海外,隐私和数据治理架构会变成真正的门槛。今天这些都不是已确认的负面事件,而是一个有前景的商业化故事要么沉淀成耐久基础设施、要么被运营和合规压力压断的具体节点。[CR003, CR009, CR010, CR014, CR015, CR019]
| 风险 | 可监测触发项 | 阈值 / 事件 | 行动含义 |
|---|---|---|---|
| 新加坡和海外港口准入风险 | 试点转商业的转化证据 | 18 个月新加坡项目结束后,没有公布安全 / 成本 / 环境证明,或没有后续运营审批 | 下调全球扩张假设,把国际旗舰验证视为延后,而不是临近 |
| 环境 / 法律合规风险 | 污染、碎屑捕集、涂层损伤或审批暂停事件 | 任何与带水作业相关的公开事故、许可暂停或重大不利检查 | 立即触发下行情景;重看责任准备金、港口准入假设和客户扩张意愿 |
| 订单到收入转化风险 | 从订单到收入 / 毛利率 / 现金的公开桥接 | 未来披露仍停留在订单和融资,没有确认收入、毛利率、现金或营运资本转化 | 在经济转化被证明前,折减融资动能,并压住估值 |
| 带宽和交付模式风险 | 招聘和支持能力证明 | 公开招聘仍处高位,而服务覆盖、部署积压和现场支持证据继续不透明 | 假设推出速度更慢、支持负担更高;不要承销激进利用率曲线 |
| 可靠性 / 质量证明缺口 | 现场 KPI 披露 | 下一次重大融资或试点里程碑后,仍没有公开正常运行时间、MTBF、事故率、涂层兼容性或备件数据 | 因为仿真和公司引用数据仍不够,继续维持高运营风险溢价 |
| 数据治理和海外合规风险 | 隐私 / 传输架构披露 | 有意义的海外数据服务部署开始,但没有公布隐私规则、传输机制或事件流程 | 折减软件 / 自动化倍数,扩张承销前要求正式合规尽调 |
触发项按可观察性筛选:每一项都能通过公开监管通知、港口更新、融资材料、产品页面或客户 / 合作伙伴披露跟踪。
[CR003, CR009, CR010, CR014, CR015, CR019]7.5 附录
08估值
8.1 融资势头真实,但定价在公开数据里仍不透明
世航的估值争论,起点是一个少见错配:作为一家私有海洋机器人公司,它有很强的公开融资和订单标题,但公开证据仍未披露投资人实际支付的价格。2026 年 6 月官方公告和多家相互印证的媒体一致认为,公司完成超过 RMB 1 billion 的 A 轮融资,且这是海洋机器人领域迄今披露的最大单轮融资。多个来源也一致认为,2026 年上半年订单额超过 RMB 1 billion。这两个事实重要,因为它们说明公司拿得到真实资本,也有真实商业兴趣,不是只停在实验室的故事。但它们没有回答估值章节最关键的承销问题:这一轮对应怎样的投后估值、每股价格、清算优先权或治理安排。本轮最接近硬证据的文件,不是世航股权结构备案,而是大洋电机围绕嘉兴上河化龙基金载体的披露;该文件证明了产业资本参与,同时提示登记、执行、流动性和收益不确定性。因此,世航最新融资更容易确认,难以定价。公开证据支持强投资人想要入场这一结论,但不支持更强的结论:今天外部投资人已知道这一轮便宜、公允还是激进。[CV001, CV002, CV003, CV004, CV005, CV006]
| 维度 | 当前判断 | 为什么这是合适判断 | 决策含义 |
|---|---|---|---|
| 建议 | 继续研究 | 公司质量信号强于价格支撑证据,因为 2026 年 6 月轮次规模公开,但投后估值和优先权没有公开。 | 保持跟进,但没有私人尽调前,不要承诺价格。 |
| 置信度 | 中 | 融资、订单和试点入选证据交叉印证较好,但关键承销数字仍是私有信息。 | 把公开证据视为筛选级别,而不是可上投委会级别。 |
| 风险评级 | 高 | 价值创造仍取决于监管放行、运营转化和披露升级,而不是一轮已关闭融资。 | 用里程碑式尽调,不要把叙事平均化。 |
| 估值立场 | Unknown | 本轮没有公开来源披露实际投后估值或投资者权利包。 | 不要只凭融资规模推断吸引力。 |
| 决策含义 | 只在严格准入条款下推进 | 隐藏条款仍可能让一家强公司变成一笔弱投资。 | 继续推进前,要求股权结构表、优先权和经审计运营桥接。 |
本表区分公司质量和可投资价格。“未知”估值立场反映的是公开标记缺失,不是分析上犹豫不决。
[CV001, CV006, CV007, CV032, CV041, CV042]| 立场 | 论点 | 公开支持 | 什么会改变判断 |
|---|---|---|---|
| 正方 | Shihang 已经走出原型阶段,进入真实市场相关性。 | >RMB1 billion A 轮、>RMB1 billion H1 订单和 MPA 入选,都支撑真实商业化信号。 | 披露收入桥接和毛利率画像,会把它从“有前景”升级为“可承销”。 |
| 正方 | 市场背景足够大,能容纳一个有分量的赢家。 | Chyxx 2025 年市场规模估算显示,水下机器人市场很大,而且仍在扩张。 | 独立客户 ROI 证据会帮助把 TAM 转成可投资 SAM。 |
| 正方 | 公司所在赛道具备战略重要性,一旦跑出证据,能获得高溢价关注。 | 新加坡试点入选和投资人组合显示,机构对该品类有兴趣。 | 公布试点 KPI 和复购合同,会支撑更高质量倍数。 |
| 反方 | 融资标题可能跑在支撑价格所需证据前面。 | 没有公开来源披露投后估值、股价、优先权、经审计收入或现金可支撑期限。 | 打开 cap table 和经审计报表,可能缩小或消除这一反对意见。 |
| 反方 | 商业扩张仍被监管和真实港口作业证据卡住。 | MPA 和 IMO 都强调碎屑捕集、复杂船体几何和环境合规。 | 完成试点并拿到商业审批,会实质降低模型风险。 |
| 反方 | 检测密集型买家任务已有摩擦更低的替代方案。 | QYSEA、Blueye、CHASING、OceanAlpha 和 Saildrone 都展示了相邻或替代买家路径。 | 若有证据证明 Shihang 靠全流程 ROI 胜出,而不是靠演示质量胜出,护城河会更强。 |
正方和反方有意保持对称。一家公司再强,如果价格支撑和披露跟不上故事,入场仍可能很差。
[CV001, CV006, CV009, CV010, CV011, CV012]推荐从强需求证据出发,穿过未解决的价格和转化缺口,最终落到继续研究。
该图是逻辑图而非数值图;它把本章因果链压缩为最少决策节点。
[CV001, CV006, CV010, CV011, CV032, CV041]8.2 公开可比公司只能给方向性区间,不能直接标定世航
合适的公开基准不是单一直接可比公司,而是一组海事科技、仪器、自主化和水下公司;这些公司披露足够多,能显示买家当前愿意为证明付多少钱。这里的可比组有意混合不同类别。Teledyne 比世航宽得多、成熟得多,但它为工业仪器和海事邻近电子提供了高质量上市基准:2025 年净销售额 USD 6.1 billion,2026 年 6 月市值 USD 28.4 billion,约为销售额 4.6x。Kongsberg 更宽,在防务和海事系统上有世航尚不具备的深度;但 2026 年 3 月年报通知和 6 月市场数据页面暗示,其 2025 年收入倍数约为 4.4x。Fugro 则接近另一端:市场数据页面显示约 0.6x 收入,年报也明确称 2025 年充满挑战,因为海上风电场址表征放缓。Kraken 给了有用的增长基准,但可得公开页面存在币种错配,所以更适合作为方向性提醒:当收入、EBITDA 和订单簿披露充分时,高增长水下公司可以拿到丰富得多的估值。对世航而言,实用公开区间大约是 0.6x 到 4.6x 市值 / 收入,但必须强调:组内每家公司都更多元、披露更多,或两者兼具。[CV014, CV015, CV016, CV017, CV018, CV019]
| 情景 | 明确假设 | 估值 / 回报逻辑 | 概率信号 | 下行触发项 |
|---|---|---|---|---|
| 熊市 | H1 订单没有按时转化;新加坡试点延后或结果不佳;投资人发现私有轮条款激进。 | 假设确认收入约 RMB 0.5 billion,收入代理倍数约 1.0x-1.5x,对应示意价值约 RMB 0.5-0.75 billion。 | 如果未来 12 个月试点里程碑或订单转化仍只停留在叙事,这一情景最可能。 | 未披露收入桥接,或出现隐藏高优先级清算优先权栈的证据。 |
| 基准 | 年化订单节奏保持,但 12-18 个月内只有 35%-50% 转化为确认收入;监管证明改善,但没有完全放行。 | 假设确认收入约 RMB 0.7-1.0 billion,收入代理倍数约 2.0x-3.0x,对应示意价值约 RMB 1.4-3.0 billion。 | 如果商业化真实,但仍偏服务重,且仍需要尽调,这一情景最可能。 | 订单转化、毛利率或试点结果出现重大滑坡。 |
| 牛市 | 订单转化很快,复购部署扩大,新加坡或类似项目产出公开运营证明。 | 假设确认收入约 RMB 1.2-1.5 billion,收入代理倍数约 3.5x-5.0x,对应示意价值约 RMB 4.2-7.5 billion。 | 只有披露质量追上动能,且高质量可比公司逻辑变得可信时,这一情景才站得住。 | 在经审计证明出现前,只要价格已嵌入该情景,就是风险信号。 |
这些是示意性代理区间,来自明确收入转化假设和公开可比公司倍数区间;不是 Shihang 已被发现的市场标记。
[CV033, CV034, CV035, CV036, CV037, CV038]| 可比公司 | 当前公开状态 | 公开指标 / 倍数信号 | 与 Shihang 的相关性 | 局限 |
|---|---|---|---|---|
| Teledyne Technologies | 美国上市工业 / 仪器仪表公司 | 2025 净销售额 USD 6.115 billion;2026 年 6 月 24 日市值 USD 28.36 billion;约 4.6x 市值 / 销售额 | 高质量基准:公开市场如何奖励已披露的工业科技证明 | 比 Shihang 宽得多,也不是直接船体清洁纯标的 |
| Fugro | 荷兰上市地理数据和海洋服务公司 | 2026 年 6 月 24 日市值 EUR 1.13 billion;收入 EUR 1.85 billion;约 0.6x 市值 / 收入 | 对周期性海洋服务业务有用的低端基准 | 服务重、受海上风电影响,也不是机器人纯标的 |
| Kongsberg Gruppen | 挪威上市防务 / 海事系统集团 | 2025 收入 NOK 58.6 billion;2026 年 6 月 24 日市值 255.78 billion NOK;约 4.4x 市值 / 收入 | 展示一个规模化、披露充分的海事技术龙头能拿到什么倍数 | 业务范围大得多,也比 Shihang 成熟得多 |
| Kraken Robotics | 加拿大上市海底技术公司 | 2025 收入 CAD 102.2 million;2026 年 6 月市值 USD 1.51 billion;公开来源跨币种,因此倍数只能看方向 | 保留样本中最接近已披露成长型海底技术基准 | 币种错配和业务组合不同,限制了直接标准化 |
| OceanAlpha | 私有自动化竞争者 | 公开披露规模标记包括 4,000+ 交付、600+ 客户和 60+ 国家,但没有公开估值 | 有用的私有规模参考:另一家中国海事自动化平台,已披露船队规模更大 | 本轮未保留公开融资或估值标记 |
| QYSEA / Blueye / CHASING 集群 | 私有检测替代集合 | 公开店铺定价和检测定位显示摩擦较低的工具替代方案,而不是已披露估值倍数 | 与买方替代和采用摩擦相关,而不是直接估值计算 | 不能直接对比 Shihang 的全服务海事机器人野心 |
本表是部分可比集合,仅限本轮抓取的公开参考。它混合了直接、相邻和替代名称,因为公开直接同行范围很窄。
[CV014, CV015, CV016, CV017, CV018, CV019]代理价值受收入转化和披露质量的影响,远大于单纯的融资规模标题。
数值是示意性情景驱动项:收入项为人民币十亿元,公开可比区间中点为倍数;纳入它是为了展示更大的驱动因素集合,而不是统一单位。
[CV034, CV035, CV036, CV037, CV038, CV039]Shihang 在市场相关性上筛选结果较好,但在价格透明度、经济性披露和承销就绪度上偏弱。
评分为定性 0-10 分、按 IC 权重口径给出,依据留存的公开证据,而非管理层提供的评分卡。
[CV009, CV010, CV030, CV032, CV041, CV042]8.3 情景区间只能作为明确代理计算,入场规则必须保持严格
世航投后估值和已确认收入仍未披露,因此本章任何估值区间都必须作为明确情景逻辑呈现,而不是被发现的市场事实。最干净的代理,从公开反复出现的一项硬商业数字出发:2026 年上半年订单超过 RMB 1 billion。即便这个信号也要打折,因为项目交付、验收、服务组合和监管门槛都可能推迟收入确认。基准情景因此只假设名义 RMB 2.0 billion 年化订单节奏中的 35% 到 50%,会在未来 12 到 18 个月转成已确认收入,对应约 RMB 0.7-1.0 billion 的代理收入区间。套用折价后的 2.0x-3.0x 公开可比区间,可得到约 RMB 1.4-3.0 billion 的示意性基准估值区间。熊市情景假设监管滑坡、转化更慢、倍数压缩至约 1.0x-1.5x,价值会低得多。牛市情景则需要更快收入转化、重复部署和可见的监管去风险,3.5x-5.0x 区间才站得住。这也是为什么入场纪律比叙事热度更重要。如果管理层不能打开股权结构、优先权堆栈、收入桥和新加坡里程碑评分卡,新投资人就不应只锚定 6 月融资标题。[CV010, CV011, CV012, CV013, CV033, CV034]
| 触发项 | 阈值 / 事件 | 对论点的传导 | 行动含义 |
|---|---|---|---|
| 价格不透明持续 | 即使请求准入后,仍没有投后估值、股价或优先权披露 | 你仍无法测试一家强公司是否已经买贵 | 不要推进到筛选以外。 |
| 收入桥接失败 | 管理层无法把 H1 2026 订单与确认收入、积压、取消和毛利率对齐 | 订单标题不再能作为估值锚 | 重置到熊市情景,或直接离场。 |
| 新加坡试点不及预期 | 试点窗口内,环境处理、安全或成本效益没有可信进展 | 最强外部商业化证明点变弱 | 折减倍数,并延长尽调观察。 |
| 优先权栈对投资人不友好 | 高级清算优先权、棘轮或其他隐藏保护主导该轮经济性 | 标题融资规模夸大普通股上行 | 回避,或坚持大幅更好的入场条款。 |
| 复购客户证明薄 | 尽管继续融资,仍没有分群数据或客户集中度披露 | 商业质量仍过度依赖叙事 | 维持“继续研究”建议。 |
否决触发项按可监测且与估值挂钩来选择。每一项都攻击代理收入桥接或入场价格纪律。
[CV007, CV011, CV012, CV013, CV034, CV035]由于私募轮价格未披露,且转化假设主导模型,示意性估值区间被明显拉宽。
所有数值均为人民币十亿元,是代理输出,不是公开估值标记。它们基于 TV003 描述的明确收入转化和倍数假设。
[CV036, CV037, CV039, CV040, CV046]8.4 建议:继续研究,直到价格支撑追上公司质量信号
本章建议是继续研究,置信度中等、风险高、估值立场未知。这并不是看空公司本身。公开证据支持一个可信判断:世航有真实市场相关性——它完成了很大一轮融资,似乎有真正订单势能,入选新加坡实港试点项目,并且身处一个明显更具战略意义的市场。但公开证据也以同样力度支持反命题:商业化仍卡在高要求环境下的试点门槛,监管和环境约束正在收紧,竞争替代方案已经提供摩擦更低的选择,公司仍未公开投资人证明私募轮价格所需的数字。仅凭公开数据,这种组合不适合给出买入措辞。正确做法是,只有在尽调能快速补上价格支撑缺口,或准入条款明确补偿这种不透明时,才继续保持接触。实际操作上,如果经审计收入转化、利润率质量和优先权条款可接受,投资排序可以上移;如果隐藏投后估值已经高于牛市代理且没有相应证据,投资应下移或退出。[CV041, CV042, CV043, CV044, CV045, CV046]
| 主题 | 缺失证据 | 为什么重要 | 负责人 / 尽调路径 |
|---|---|---|---|
| 股权结构和轮次条款 | 投后估值、每股价格、清算优先权、反稀释、董事会权利和投资人旁函 | 这是判断本轮价格有吸引力还是偏高的最大卡点 | 向公司索取完整融资材料、投资条款清单和律师摘要。 |
| 2025-2026 财务桥 | 经审计的 2025 年收入、2026 年 YTD 确认收入、分业务毛利率、在手订单、取消订单和现金跑道 | 没有这些,订单标题无法转成估值 | 索取经审计财报和月度经营看板。 |
| 新加坡试点评分卡 | 里程碑、成功标准、环境 KPI、船舶类别和后续商业化路径 | 该试点是检验全球部署准备度的最高信号外部证据 | 索取 MPA 工作计划、运营方反馈和当前里程碑状态。 |
| 客户质量和集中度 | 头部客户、复购率、队列转化、合同期限和付款条款 | 估值质量取决于收入韧性,而不只是订单规模 | 索取客户队列表和匿名合同样本。 |
| 单位经济模型 | 硬件与服务组合、贡献毛利、现场支持负担和营运资金画像 | 这些决定高倍数是应得,还是危险 | 索取产品 / 服务 P&L 和现金转换分析。 |
| 治理和二级出售压力 | 本轮中任何创始人套现、员工老股转让、托管安排或隐藏治理摩擦 | 即便运营看起来不错,这些条款也会改变下行风险和退出节奏 | 索取董事会材料、股东协议摘要和锁定条款。 |
这些尽调要求按其对价格判断的直接影响排序。前两项是阻断项;其余决定在价格清楚后,公司是否配得上溢价。
[CV032, CV041, CV042, CV043, CV044, CV045]8.5 附录
免责声明
本报告元信息仅综合公开来源,用于尽调初筛,不构成投资建议。这家私营公司的估值、财务、客户和治理细节仍有大量未披露;若干已披露数字只是方向性下限,或公司引用的经营信号,并非审计结果。
证据索引
| 编号 | 陈述 | 可信度 | 来源 |
|---|---|---|---|
| CO001 | 苏州世航智能科技有限公司 was established on 2023-05-26 and is the legal entity behind the Shihang / SEAHI brand used in this chapter. | 中 | SO018 |
| CO002 | Public materials describe the company as an innovative technology business focused on marine general-purpose robots and intelligent unmanned equipment across R&D, production, sales, and service. | 高 | SO018, SO001 |
| CO003 | Publicly disclosed core products include the Orca underwater robot line, Ocean X deep-sea robots, Tigershark surface robots, and Pangu thrusters/core components. | 高 | SO018, SO003 |
| CO004 | Official contact materials place the primary operating base in Kunshan, Suzhou and also list Beijing, Tianjin, Hong Kong, and Singapore nodes. | 中 | SO004 |
| CO005 | The current official site claims all-water operations from 0 to 10000 meters across nearshore service and deep-sea exploration scenarios. | 高 | SO001, SO003 |
| CO006 | Official June 2026 materials and TechDaily say the platform is built on six self-developed core systems: propulsion, control, sensing, navigation, sealing, and deployment/recovery. | 高 | SO013, SO021 |
| CO007 | Reviewed official/public sources position the robots for ship cleaning, inspection/security, offshore wind, marine solar, marine ranching, seabed/resource exploration, and scientific missions. | 高 | SO001, SO015 |
| CO008 | Reviewed official and company-backed media materials identify Chen Xiaobo as founder and CEO/chairman of Shihang Intelligent. | 高 | SO012, SO015, SO019 |
| CO009 | Official founder coverage says Chen Xiaobo entered Harbin Engineering University in 2007 and founded Shihang in 2023 after a long marine-robotics R&D path. | 高 | SO012, SO015 |
| CO010 | Public materials describe Chen Xiaobo as a 1989-born engineer with roughly 19 years in marine robotics and national-defense science/technology recognition. | 高 | SO012, SO015, SO019 |
| CO011 | Chen Xiaobo is the only consistently named current executive surfaced across the reviewed official/current public sources in this run. | 中 | SO012, SO004, SO005 |
| CO012 | The official jobs page advertises a CFO role in Suzhou/Beijing with responsibility for building finance systems, fundraising channels, and IPO readiness. | 中 | SO005 |
| CO013 | The same official jobs page groups roles under a senior-management category across Beijing, Shanghai, Suzhou, and Tianjin, indicating organizational scaling beyond a single-city engineering team. | 中 | SO005 |
| CO014 | Pedaily reported in May 2025 that Shihang completed Angel+ and Pre-A rounds totaling RMB50 million. | 中 | SO023 |
| CO015 | An official January 2026 company post said Shihang had completed multiple hundred-million-renminbi rounds, describing an A round led by Vertex Ventures and a Pre-A+ round by Jinglue Venture. | 中 | SO009 |
| CO016 | An official March 2026 post, supported by China.com coverage, said the company then completed A+ and A++ rounds worth several hundred million renminbi backed by a Huaying-managed national SME fund, Dashu Changqing, Xinding, 36Kr Fund, and incumbent investors. | 高 | SO011, SO027 |
| CO017 | Official June 2026 disclosure says Shihang completed an A round of more than RMB1 billion, described as the largest single financing round in marine robotics globally. | 高 | SO013, SO015, SO021 |
| CO018 | Named June 2026 new investors include Shanghe Momentum Fund, Vertex Growth, a CITIC agriculture industry fund, Yuzun Capital, and listed company Dayang Motor, with existing backers also following on. | 高 | SO013, SO015, SO022 |
| CO019 | Official June 2026 disclosure says the new capital will be used for core R&D, global expansion, and industrial-ecosystem build-out. | 高 | SO013, SO015 |
| CO020 | Third-party June 2026 coverage says first-half 2026 order intake exceeded RMB1 billion. | 中 | SO024, SO027 |
| CO021 | Dayang Motor’s February 2026 cninfo filing says the Jiaxing Shanghe Hualong vehicle exists solely to invest equity into Shihang. | 中 | SO018 |
| CO022 | MPA Singapore selected SEAHI Robotics as one of six partners for hull-inspection and cleaning trials, with work due to start in H2 2026 over 18 months under a SGD3.7 million co-funding pool. | 高 | SO016, SO013 |
| CO023 | Official June 2026 disclosure and TechDaily say the company helped issue China’s first underwater cleaning robot operating standard in January 2026. | 高 | SO013, SO021 |
| CO024 | Official company coverage and the China Navigation Society notice show that a Shihang-led project won the 2025 China Navigation Society Science and Technology Progress First Prize. | 高 | SO010, SO017 |
| CO025 | The China Navigation Society notice names the award-winning project as “基于AI驱动的模块化柔性水下清洗检测机器人” and lists ministry, shipping, port, maritime-service, and Harbin Engineering University participants among the main completing units. | 高 | SO017, SO010 |
| CO026 | The 2024 annual report says Orca robots were already cleaning at Yantai, Rizhao, Lianyungang, and Yancheng ports and that overseas layout was underway with Singapore and Thailand partners. | 中 | SO007 |
| CO027 | The 2024 annual report says the company held more than 300 offline customer presentations and exceeded its 2024 order plan. | 中 | SO007 |
| CO028 | The 2024 annual report says a China Merchants group investment arm took an equity stake in the company. | 中 | SO007 |
| CO029 | Shihang’s publicly cited intellectual-property count rose from 110+ items in the 2024 annual report to 200+ items in early-2026 public-recognition coverage. | 高 | SO007, SO008 |
| CO030 | The current official homepage claims the company now has more than 400 intellectual-property items. | 中 | SO001 |
| CO031 | Official January 2026 growth materials say the business network had already reached more than 20 core ports at home and abroad. | 中 | SO009 |
| CO032 | The official about-page URL specified for this run returned a “Page not found” result on 2026-06-25, limiting direct official verification at that endpoint. | 中 | SO002 |
| CO033 | Reviewed official/current public sources did not provide a full board list or a clearly named COO, CTO, or CFO roster tied to current governance. | 中 | SO004, SO005, SO012, SO013 |
| CO034 | Official company posts use inconsistent financing stage labels across January, March, and June 2026, so exact round taxonomy should be reconciled from signed financing documents before reuse. | 中 | SO009, SO011, SO013 |
| CO035 | No reviewed public source disclosed a precise post-money valuation for the company as of 2026-06-25. | 低 | SO013, SO015, SO021 |
| CO036 | Public disclosures support a financing floor above RMB1.05 billion, but exact cumulative capital raised cannot be precisely totaled because spring 2026 rounds are described only as “several hundred million RMB.” | 中 | SO023, SO011, SO013, SO027 |
| CO037 | No reviewed public source disclosed current headcount or revenue/run-rate. | 低 | SO001, SO004, SO015 |
| CO038 | Key-person concentration is material because Chen Xiaobo is the only consistently named current executive in reviewed official/public sources while senior finance leadership is still being recruited. | 中 | SO012, SO005, SO004 |
| CO039 | The CFO job description explicitly expects capital-markets planning, fundraising-channel development, and IPO-operating experience, suggesting Shihang is building finance infrastructure for a later public-markets phase. | 中 | SO005 |
| CO040 | Official and third-party June 2026 materials say the CEORION marine embodied model was launched in April 2026 and marketed for 12 underwater task categories with simulation success rates above 90 percent. | 高 | SO013, SO015 |
| CO041 | The MPA Singapore selection is external validation of technology access to a major international port ecosystem, but the published program is still an R&D trial rather than a disclosed commercial contract. | 中 | SO016, SO013 |
| CO042 | Official and third-party June 2026 financing coverage frame the >RMB1 billion round as the sector’s largest disclosed single financing event, strengthening market visibility even though valuation remains undisclosed. | 高 | SO013, SO021, SO022 |
| CO043 | Dayang Motor committed RMB30 million as a limited partner in the dedicated Shanghe Hualong vehicle that was created to invest in Shihang. | 中 | SO018 |
| CO044 | Official contact and hiring pages together support a multi-city operating model centered on Kunshan/Suzhou and Beijing rather than a single-site lab footprint. | 中 | SO004, SO005 |
| CM001 | Chyxx sizes the broader underwater-robotics market at about USD 12.3 billion globally and RMB 14.6 billion in China in 2025. | 低 | SM020 |
| CM002 | Sohu’s market-summary page says China’s underwater cleaning robot market reached RMB 0.96 billion in 2023. | 低 | SM021 |
| CM003 | The same Sohu page projects China’s underwater cleaning robot market to RMB 3.18 billion by 2030. | 低 | SM021 |
| CM004 | Verified Research Insights sizes the global ship-cleaning-services market at USD 2.20 billion in 2024 and USD 3.88 billion by 2032. | 低 | SM022 |
| CM005 | WiseGuy Reports sizes the global hull-cleaning-and-repair market at USD 2.211 billion in 2024 and USD 3.5 billion by 2035. | 低 | SM023 |
| CM006 | The public market pages used in this run do not measure a single consistent TAM because they mix broad ship-cleaning services, hull repair, narrow robot devices, and broader underwater-robotics categories. | 中 | SM020, SM021, SM022, SM023 |
| CM007 | UNCTAD says the global merchant fleet comprised around 116,000 vessels of at least 100 GT and about 2.5 billion dwt of carrying capacity at the start of 2026. | 中 | SM016 |
| CM008 | UNCTAD’s Review of Maritime Transport 2025 says global fleet capacity expanded 3.4% in 2024, indicating the installed ship base is still growing. | 中 | SM017 |
| CM009 | MPA says Singapore handled 3.22 billion GT of vessel arrivals, 44.66 million TEUs of container throughput, and 56.77 million tonnes of marine fuel sales in 2025. | 中 | SM015 |
| CM010 | MPA selected six partners, including SEAHI Robotics, for SGD 3.7 million of co-funded in-water hull inspection and cleaning trials lasting 18 months from H2 2026. | 中 | SM014 |
| CM011 | MPA says current in-water solutions still face operational limits around propellers, rudders, sea chests, stronger currents, tight alongside spaces, and debris collection. | 中 | SM014 |
| CM012 | IMO’s revised 2023 Biofouling Guidelines establish a globally consistent framework for managing ship biofouling. | 高 | SM009, SM010 |
| CM013 | IMO says MEPC 83 approved guidance on in-water cleaning in April 2025 and started work toward a legally binding biofouling framework targeted for completion around 2029. | 中 | SM009 |
| CM014 | IMO and TEST Biofouling sources frame hull biofouling as both an invasive-species vector and a drag-driven source of extra fuel use and emissions. | 高 | SM009, SM012, SM013 |
| CM015 | GreenVoyage2050 estimates a typical hull-cleaning job costs roughly USD 5,000–50,000 and can reduce total fuel consumption by 1–5%, depending on fouling and vessel profile. | 中 | SM011 |
| CM016 | IMarEST says the upside from cleaning is highly condition-dependent and can reach up to 40% fuel-efficiency improvement in severe fouling cases. | 中 | SM027 |
| CM017 | An arXiv study using real vessel sensor data found optimized recurring cleaning can cut fuel consumption by up to 5% over four years even after including added cleaning events. | 中 | SM028 |
| CM018 | GreenVoyage2050 notes that hull cleaning is not allowed in many ports because of contamination risks to local aquatic life. | 中 | SM011 |
| CM019 | Norway’s proposed hull-biofouling rules would require ships arriving from outside the Norwegian economic zone to avoid macrofouling and to support cleaning methods with capture or equivalent safeguards. | 高 | SM018, SM019 |
| CM020 | Jotun markets proactive, non-abrasive, diver-free hull cleaning that can be performed in harbour or at anchor as part of a recurring workflow. | 中 | SM024 |
| CM021 | ECOsubsea markets a closed-loop cleaning system with debris capture, a cleaning speed of 300–600 m² per hour, and reporting designed for strict port environments. | 中 | SM026 |
| CM022 | HullWiper markets diver-free cleaning that can proceed during cargo work or bunkering, highlighting operator demand for low-disruption maintenance windows. | 低 | SM025 |
| CM023 | China’s marine GDP reached RMB 10.5438 trillion in 2024, up 5.9% year on year. | 中 | SM005 |
| CM024 | China’s marine GDP reached RMB 11.018 trillion in 2025, with sea transport and container throughput both above one-third of global totals and shipbuilding plus offshore-engineering shares above 50% globally. | 中 | SM006 |
| CM025 | China’s marine GDP reached RMB 2.6 trillion in Q1 2026, while marine freight volume rose 6.8% and freight turnover rose 9.4% year on year. | 中 | SM007 |
| CM026 | China’s shipbuilding output reached 15.68 million DWT in Q1 2026, with 59.53 million DWT of new orders and 322.3 million DWT of holding orders. | 中 | SM008 |
| CM027 | Chinese policy still treats industrial robotics, “robot+” applications, AI standardization, and “AI+” scenario expansion as national priorities, which is a positive backdrop for marine-service automation. | 中 | SM001, SM002, SM003, SM004 |
| CM028 | For Shihang, the cleanest near-term market boundary is robotic in-water hull inspection and cleaning for commercial vessels and ports, not the entire underwater-robotics economy. | 中 | SM014, SM020, SM021, SM022, SM023 |
| CM029 | Broader underwater-robotics and marine-economy numbers are best treated as adjacency and policy context because they materially overstate a direct hull-cleaning robot TAM. | 中 | SM005, SM006, SM007, SM020 |
| CM030 | Primary buyers are usually shipowners or operators, while daily users are maintenance, inspection, and operations teams and the budget owner often sits with technical or fleet-management functions. | 中 | SM014, SM024, SM026, SM027 |
| CM031 | Ports, service operators, class partners, and regulators can become co-decision-makers because live-port trials must satisfy safety, waste-capture, and compliance requirements. | 中 | SM014, SM015, SM018, SM019 |
| CM032 | Shipyards, dry-dock providers, and broader ship-cleaning contractors remain substitutes or adjacent channels rather than the same recurring in-water robotic market. | 中 | SM011, SM022, SM023, SM024 |
| CM033 | Current market growth is driven more by decarbonization, fuel-efficiency pressure, and invasive-species control than by robotics novelty alone. | 中 | SM009, SM011, SM012, SM013, SM027 |
| CM034 | A major adoption constraint is proof of environmentally responsible effluent and debris capture, because regulators and ports do not yet accept all in-water methods. | 高 | SM009, SM014, SM018, SM019, SM026 |
| CM035 | Another constraint is uneven evidence quality: many public niche-market pages do not align on scope, geography, year, or methodology, which weakens confidence in any single headline TAM. | 中 | SM020, SM021, SM022, SM023 |
| CM036 | The public China niche still appears early: Sohu describes limited broad adoption and continuing pressure to improve hardware capability and domestic supply-chain localization. | 低 | SM021 |
| CM037 | The practical serviceable market is concentrated where fleet density, frequent port calls, and regulatory openness coexist, which is why Singapore-scale pilots matter more than broad national GDP totals. | 中 | SM014, SM015, SM016 |
| CM038 | Public evidence still does not disclose a credible apples-to-apples 2026 China SAM or a Shihang-specific near-term SOM for hull-cleaning robots. | 低 | SM020, SM021, SM022, SM023 |
| CP001 | Shihang's reviewed official pages market marine-service workflows that include ship cleaning, underwater inspection, pipeline detection, hull inspection, underwater construction, and emergency rescue. | 高 | SP001, SP002 |
| CP002 | Shihang also publicly positions itself across smart waters and deep-sea exploration, showing broader scenario scope than a single-purpose cleaning vendor. | 高 | SP001, SP002 |
| CP003 | MPA says conventional hull inspection and cleaning are labour-intensive, time-consuming, and safety-risky, while in-water cleaning between dry dockings helps preserve fuel efficiency and vessel uptime. | 高 | SP003, SP027 |
| CP004 | MPA says current robotic hull-inspection and cleaning solutions still have gaps in harsh-condition performance, complex geometry handling, waste capture and filtration, real-time processing, and service scale. | 高 | SP003, SP004 |
| CP005 | MPA's buyer specification requires solutions to work around niche hull areas, avoid disrupting cargo operations, and capture/filter debris to under 10 microns. | 中 | SP003 |
| CP006 | MarineLink reports that MPA's hull-inspection and cleaning call drew 19 proposals from 36 companies across nine countries and selected six partners including SEAHI Robotics. | 中 | SP004 |
| CP007 | Being one of six selected MPA partners places Shihang inside a real direct-peer cohort rather than in an uncontested niche. | 中 | SP003, SP004 |
| CP008 | HullWiper publicly sells diver-free hull cleaning that can be carried out during cargo work or bunker operations and in most weather conditions. | 中 | SP021 |
| CP009 | OceanAlpha says it was founded in 2010 and has delivered more than 4,000 USVs and water rescue robots across 55+ countries and 590+ or 600+ users/customers. | 高 | SP005, SP006 |
| CP010 | OceanAlpha's retained public positioning centers on survey, safety, rescue, firefighting, and offshore inspection / maritime autonomy rather than berthside hull cleaning alone. | 高 | SP005, SP007 |
| CP011 | Saildrone positions itself around persistent autonomous maritime awareness, streaming data from unmanned surface vehicles in near real time for maritime activity, the seabed, and the environment. | 高 | SP008, SP009 |
| CP012 | Saildrone Spectre is described as a 52-meter, 250-tonne, up-to-30-knot unmanned surface vessel for anti-submarine warfare, ISR, and strike missions. | 高 | SP010, SP011, SP012 |
| CP013 | Fincantieri's role in building Spectre shows Saildrone can combine autonomy software with established shipbuilding capacity and partner distribution leverage. | 高 | SP011, SP012 |
| CP014 | QYSEA markets FIFISH as AI underwater robotics across sport, industrial, maritime, and mission categories, with V6 Expert built for inspection, measurement, and light utility work. | 高 | SP013, SP014 |
| CP015 | QYSEA's official store lists public prices from $1,399 for V-EVO, $2,999 for V6 Expert, and $7,348 for E-GO. | 高 | SP014, SP015 |
| CP016 | QYSEA also advertises 200+ patents together with direct-store purchase and worldwide dealer support. | 中 | SP015 |
| CP017 | Blueye's public ROV ecosystem emphasizes inspection, documentation, sonar or arm payloads, intuitive control, and minimal need for specialized ROV operators. | 高 | SP016, SP017 |
| CP018 | Blueye's Coast Guard case study shows the system being used for ship-damage inspection within months, implying low training overhead and fast deployment. | 中 | SP016, SP018 |
| CP019 | CHASING says it reaches 100+ countries, offers 12 ROVs, holds 300+ patented inventions, and maintains global after-sales outlets. | 中 | SP019 |
| CP020 | CHASING M2 Pro Max is marketed as a heavy-duty underwater ROV for extended inspection and industrial tasks with multi-accessory mounting and 360-degree omnidirectional hovering. | 中 | SP020 |
| CP021 | Teledyne Marine positions itself as a broad supplier of below-surface instruments and vehicles rather than a single-workflow specialist. | 中 | SP025 |
| CP022 | Teledyne says SeaBotix sold over 2,000 units, was acquired in 2014, and had production discontinued in 2025 while support continues for installed customers. | 高 | SP025, SP026 |
| CP023 | Support continuity for discontinued SeaBotix systems shows how installed bases can keep customers tied to incumbent service relationships even after innovation moves elsewhere. | 中 | SP026 |
| CP024 | Fugro's public positioning is geo-data and marine operations, making it a service-integrator substitute with enterprise buyer access rather than a direct hull-cleaning peer. | 中 | SP024 |
| CP025 | Ocean Infinity frames its offer as software, AI, data, and robotics for sea operations, indicating adjacent scaled autonomy rather than direct berthside hull cleaning. | 中 | SP023 |
| CP026 | SeaTrac's SP-48 is a solar-powered USV with modular payloads and global connectivity for persistent maritime data collection, making it another adjacent autonomy platform. | 中 | SP022 |
| CP027 | IMO's 2023 biofouling guidelines create a global compliance frame around hull-fouling management, reinforcing demand for solutions that document and control debris rather than just scrape hulls. | 高 | SP027, SP003 |
| CP028 | MPA's program structure requires shipowner or operator commitments, Singapore operating presence, project teams, and live demonstrations, which raises the bar for internal-build or lightly capitalized entry. | 中 | SP003 |
| CP029 | Shihang's reviewed official pages this run did not expose list prices for robot packages or cleaning services. | 中 | SP001, SP002 |
| CP030 | HullWiper competes as a service outcome rather than a robot kit, which lowers adoption friction for buyers who want a cleaned hull without owning robotic assets. | 中 | SP021, SP003 |
| CP031 | Portable inspection ROVs from QYSEA, Blueye, and CHASING are plausible substitutes when the buyer's job is inspection, documentation, or light utility work rather than port-scale cleaning throughput. | 中 | SP014, SP016, SP020 |
| CP032 | OceanAlpha, Saildrone, Ocean Infinity, Fugro, and SeaTrac are adjacent autonomy or service competitors that can capture nearby maritime inspection, survey, or data-service budgets. | 中 | SP006, SP009, SP022, SP023, SP024 |
| CP033 | OceanAlpha's 481+ staff, 534 patents, 3980+ delivered units, and 55+ countries give it materially stronger public scale proof than Shihang's current public file. | 高 | SP005, SP006 |
| CP034 | QYSEA and CHASING show stronger public channel visibility than Shihang because they advertise direct-store purchase paths, local dealers, or global after-sales outlets. | 中 | SP015, SP019, SP001 |
| CP035 | Shihang's public differentiation is breadth across smart waters, marine services, and deep-sea exploration, but that breadth also dilutes evidence of category dominance in any one competitor set. | 中 | SP001, SP002 |
| CP036 | The most direct near-term displacement risk comes from other in-water hull-inspection and cleaning specialists that can satisfy MPA-style requirements around complex geometries, debris capture, and alongside operations. | 中 | SP003, SP004 |
| CP037 | The status quo remains a real competitor because robotic vendors still have to prove improvements against diver-led, dry-dock, and other manual or semi-manual methods. | 高 | SP003, SP027 |
| CP038 | Shihang's MPA selection is a useful moat signal for international validation, but the same program could reduce differentiation if several rival trials also succeed over the next 18 months. | 中 | SP003, SP004 |
| CP039 | OceanAlpha's Seawork 2026 presence shows active European commercial-marine visibility building, which increases competitive pressure for Chinese-origin maritime robotics vendors beyond domestic waters. | 中 | SP007 |
| CP040 | Competitive pressure is fragmented rather than winner-take-all because service vendors, portable ROV makers, autonomous-surface platforms, and incumbent suppliers each solve different slices of the same buyer job. | 中 | SP003, SP006, SP014, SP021, SP026 |
| CP041 | Portable ROV systems appear easier to multi-home than port-integrated cleaning systems because they are accessory-driven products, while MPA-style cleaning platforms require operational integration, certification, and customer commitments. | 中 | SP003, SP015, SP016, SP020 |
| CP042 | Public partner, dealer, after-sales, or installed-base leverage is clearer at Saildrone, QYSEA, CHASING, and Teledyne than in Shihang's current reviewed public file. | 中 | SP012, SP015, SP019, SP026, SP001 |
| CI001 | Reviewed official and filing sources describe Shihang as a company that develops, produces, sells, and services marine and surface robots plus core components, so the public model is mixed hardware plus solution delivery rather than pure software. | 高 | SI001, SI005 |
| CI002 | Official marine-service pages position the near-shore offer as an integrated detect-inspect-operate-data-service workflow, not just standalone equipment resale. | 中 | SI020, SI025 |
| CI003 | Official ship-cleaning pages market robot-assisted underwater hull cleaning as a concrete customer job with cost, dry-dock-time, and sailing-resistance benefits. | 中 | SI021 |
| CI004 | Official category pages show the same platform being sold into offshore wind, offshore photovoltaic, marine engineering, and other marine-service scenarios, which broadens potential revenue streams beyond ship cleaning. | 中 | SI022, SI023, SI001 |
| CI005 | No reviewed official page retained in this run displayed a public list price for Shihang services, robots, or component packages. | 高 | SI001, SI020, SI021, SI022, SI023, SI024 |
| CI006 | The March 2026 China.com financing article quotes investor commentary describing Shihang’s commercialization as an AI RaaS or results-as-a-service model, but this language is marketing and not audited contract disclosure. | 中 | SI006 |
| CI007 | The careers page shows solution-manager, pre-sales, and bid-support responsibilities, indicating a sales-led enterprise GTM motion rather than self-serve checkout. | 中 | SI002 |
| CI008 | The careers page explicitly references project initiation, tender preparation, technical-file writing, and customer visits, which implies longer procurement-heavy sales cycles. | 中 | SI002 |
| CI009 | Big-account sales roles in Beijing, Suzhou-Kunshan, and Tianjin suggest the company is pursuing industrial and government-adjacent enterprise accounts through field coverage. | 中 | SI002 |
| CI010 | Independent June 2026 coverage says Shihang robots have already been deployed at China Merchants and COSCO Bulk, which is stronger buyer proof than generic “maritime” language alone. | 中 | SI013, SI014 |
| CI011 | The 36Kr multi-round article says the business network already spans more than 20 core ports in China and overseas, including Hong Kong and Singapore. | 中 | SI015 |
| CI012 | Multiple June 2026 sources say Shihang’s H1 2026 order intake exceeded RMB 1 billion. | 高 | SI003, SI013, SI019 |
| CI013 | The March 2026 China.com article also says the company had already accumulated more than RMB 1 billion of orders and raised its annual sales target by three times. | 中 | SI006 |
| CI014 | The public traction metric retained in this chapter is order intake rather than recognized revenue, because no retained source discloses booked 2026 revenue or ARR. | 高 | SI003, SI006, SI013, SI019 |
| CI015 | Because the disclosed figure is orders rather than audited revenue, conversion timing, cancellation risk, and margin realization remain unverified from public materials. | 中 | SI003, SI006, SI013 |
| CI016 | Independent June 2026 coverage says the company has cumulatively completed maintenance work on more than 1,000 large vessels. | 中 | SI013, SI014, SI015 |
| CI017 | The company’s current public application map includes ship cleaning, underwater security, offshore wind, marine ranching, subsea inspection, marine photovoltaic, and other scenarios, which supports cross-vertical revenue optionality. | 中 | SI003, SI022, SI023 |
| CI018 | The careers page shows active hiring across hardware, embedded software, navigation algorithms, assembly, procurement, product, and big-account sales. | 中 | SI002 |
| CI019 | That hiring mix implies a cost base spanning R&D, physical manufacturing or assembly, supply-chain operations, and enterprise field sales rather than a lean software-only model. | 中 | SI002 |
| CI020 | Assembly-role descriptions mention trial builds, volume production, quality control, and process optimization, which are direct signals of hardware-delivery operating costs. | 中 | SI002 |
| CI021 | Procurement-role descriptions emphasize new-product sourcing, supplier timing, cost control, and procurement-process optimization, highlighting working-capital and supply-chain execution needs. | 中 | SI002 |
| CI022 | Official component pages say self-developed core parts are designed for 10,000 hours of stable operation and lower replacement cost. | 中 | SI024 |
| CI023 | The Guancha article says common scientific-grade thrusters often last only 300 to 400 hours while Shihang lifted service life to 10,000 hours, implying a durability-based service-cost advantage if the claim holds in field operations. | 中 | SI016, SI024 |
| CI024 | The March 2026 China.com article says Tiger Whale Mini iteration reduced BOM cost by 60 percent. | 中 | SI006 |
| CI025 | BOM reduction is the clearest retained public cost-improvement signal, but no retained source discloses absolute unit BOM, labor cost, or gross margin. | 中 | SI006, SI002 |
| CI026 | Official ship-cleaning pages say the robot can clean while the vessel is berthed and without chemical pollution or coating damage, framing value around avoided dry-dock time and lower operating cost. | 中 | SI021 |
| CI027 | The MPA says current in-water hull-cleaning solutions still face limitations on propellers, rudders, sea-chest geometry, stronger currents, tight spaces, and debris collection requirements. | 高 | SI010, SI011 |
| CI028 | The same MPA materials say the selected partners will be tested for cost-effectiveness and environmental sustainability in live port conditions over an 18-month period starting in the second half of 2026. | 高 | SI010, SI011 |
| CI029 | SEAHI Robotics is one of six selected partners in the MPA program out of 19 proposals from 36 companies across nine countries. | 高 | SI010, SI011, SI012 |
| CI030 | The MPA program includes close to SGD 3.7 million of shared R&D co-funding across the six selected partners, which is ecosystem support rather than disclosed Shihang balance-sheet cash. | 高 | SI010, SI011 |
| CI031 | The Dayang Motor filing says the Jiaxing Shanghe Hualong fund was established for the sole purpose of investing in Suzhou Shihang Intelligent. | 中 | SI005 |
| CI032 | The same filing says the fund targets RMB 177.01 million of committed capital and that Dayang Motor contributes RMB 30 million as a limited partner. | 中 | SI005 |
| CI033 | The filing’s risk section says the fund still requires filing procedures, may fail to raise enough capital, has long investment-cycle and liquidity risk, and offers no principal protection or minimum return. | 中 | SI005 |
| CI034 | The official June financing announcement names Vertex Growth, a CITIC-linked agriculture fund, Yuzun Capital, Dayang Motor, and multiple follow-on investors in the more-than-RMB-1-billion round. | 高 | SI003, SI008, SI009 |
| CI035 | Multiple June 2026 sources describe the latest round as more than RMB 1 billion and the largest single financing round in marine robotics. | 高 | SI003, SI007, SI013, SI018 |
| CI036 | The 36Kr multi-round article says financing is earmarked to accelerate product and technology iteration and the mass production of embodied robots and core components. | 中 | SI015 |
| CI037 | Founder-profile and financing materials together emphasize roughly two decades of team R&D accumulation and six self-developed core systems, implying sustained internal engineering spend rather than an outsourced integration-only model. | 中 | SI004, SI003 |
| CI038 | No retained public source in this run discloses cash on hand, monthly burn, or runway months. | 高 | SI003, SI005, SI013, SI015 |
| CI039 | No retained public source in this run discloses gross margin, CAC, payback period, NRR, or ARR. | 高 | SI003, SI006, SI013, SI015 |
| CI040 | No retained public source in this run discloses working-capital mechanics such as inventory turns, receivable days, payable terms, or milestone-billing structure. | 高 | SI002, SI005, SI003 |
| CI041 | Because official pages market multiple custom scenarios but provide no transparent unit pricing, realized pricing likely depends on project scope, pilots, and negotiated enterprise terms rather than a standard public price book. | 中 | SI002, SI020, SI021, SI022, SI023 |
| CI042 | Public financial visibility is strongest on financing, order intake, hiring, and application breadth, but still weak on recognized revenue quality, margin path, and cash conversion. | 高 | SI003, SI006, SI013, SI015, SI002 |
| CI043 | Shihang therefore still looks financing-dependent for underwriting purposes, because the public record shows large growth capital and dedicated funding vehicles but not the cash-flow disclosures needed to prove self-funded scale. | 中 | SI005, SI015, SI003, SI013 |
| CI044 | The strongest public positive for revenue quality is that retained sources point to real customer deployments and repeat vessel-service activity rather than prototype-only demonstrations. | 中 | SI013, SI014, SI015, SI021 |
| CE001 | Official company pages define Shihang as a marine embodied-robotics company centered on water-surface and underwater generic robots with a 0-10000 meter mission envelope. | 高 | SE001, SE002 |
| CE002 | The public product catalog splits the offer into marine robots, surface robots, and core components rather than presenting a single monolithic product. | 中 | SE002 |
| CE003 | The Tiger Whale page markets a 24-hour, self-developed underwater work platform with 100-300,000 ton ship coverage and 720-degree full-freedom maneuvering. | 中 | SE003 |
| CE004 | The Tiger Shark page markets a surface robot with 30-plus-knot speed plus AI-enabled autonomous navigation, avoidance, and formation capabilities. | 中 | SE004 |
| CE005 | The SEAHI X page positions a deep-sea exploration and mining robot for scientific research, seabed survey, and resource exploration tasks. | 中 | SE026 |
| CE006 | Tiger Whale Mini is publicly positioned as a lighter underwater platform for scientific survey, rescue and security, engineering monitoring, and education or research use. | 中 | SE005 |
| CE007 | The Pangu thruster page claims an all-electric, self-developed core component with 10,000-hour stable operating life and cost-performance advantages. | 中 | SE006 |
| CE008 | The water-quality monitoring surface robot page claims self-developed algorithms, rapid data processing, modular design, and obstacle avoidance for monitoring tasks. | 中 | SE008 |
| CE009 | The multifunction surface robot page markets fully unmanned autodriving, intelligent operations management, and modular customization. | 中 | SE007 |
| CE010 | The hull-cleaning solution page frames the anchor workflow as high-pressure cleaning plus intelligent navigation, chemical-free operation, and no paint damage while the ship is berthed. | 中 | SE009 |
| CE011 | The official homepage describes the near-shore marine-service offer as a full-chain detect-inspect-operate-data-service workflow rather than pure equipment resale. | 中 | SE001 |
| CE012 | The offshore wind page frames Shihang’s offer as underwater inspection plus intelligent diagnosis for foundations, jackets, and cable routes. | 中 | SE010 |
| CE013 | The offshore photovoltaic page frames the product as underwater inspection of platform substructures, corrosion, and surrounding waters at depths up to 0-300 meters. | 中 | SE011 |
| CE014 | Official June 2026 materials say CEORION was released on 2026-04-25 as a unified end-to-end architecture trained on real operational data plus simulation. | 高 | SE012, SE021 |
| CE015 | Official and Securities Daily June 2026 sources say CEORION is based on million-hour commercial operating data and reported over 90 percent task success, over 90 percent precision grasp success, and over 70 percent zero-shot adaptation in simulation testing. | 高 | SE012, SE021, SE022 |
| CE016 | Official June 2026 materials say CEORION includes a physics-reasoning module intended to reduce collision accidents by 80 percent and support operation under weak or no communication. | 中 | SE012 |
| CE017 | Official award, funding, and syndicated June 2026 financing coverage all describe six self-developed core systems: power, control, sensing, navigation, sealing, and launch-recovery. | 高 | SE012, SE013, SE021 |
| CE018 | The official award article claims Tiger Whale’s current-resistant posture control and multi-sensor navigation let the robot hold and move stably in currents above three knots. | 中 | SE013 |
| CE019 | The official award article says the imaging stack combines visual enhancement with acoustic-optic fusion so it can still produce usable target information in turbid, low-light water. | 中 | SE013 |
| CE020 | The official award article says flexible wall-attachment and cavitation cleaning technology can reach up to 3000 square meters per hour without damaging ship paint. | 中 | SE013 |
| CE021 | The founder profile describes a reusable platform-plus-brain-plus-module architecture built around a common embodied body, CEORION, and swappable cleaning, inspection, or operations modules. | 中 | SE014 |
| CE022 | The founder profile says Shihang sends project managers to supplier sites to improve process quality and solve quality-control issues at small workshops. | 中 | SE014 |
| CE023 | QCC lists active ISO 9001, ISO 14001, ISO 45001, ISO 50001, and intellectual-property-management certifications for the company. | 中 | SE018 |
| CE024 | QCC and Aiqicha patent-list pages show June 2026 patent activity in fault diagnosis, propeller-cleaning path planning, artificial-potential-field obstacle avoidance, and forward-looking multibeam-sonar assisted positioning. | 中 | SE018, SE019 |
| CE025 | Official and registry sources all point to a large IP footprint, but the taxonomy differs: the homepage says 400-plus IP items while Aiqicha lists 62 patent records, 21 software copyrights, and 347 trademarks. | 中 | SE001, SE019, SE020 |
| CE026 | The official jobs page shows hardware roles spanning design, PCB work, EMC or EMI, waterproof sealing circuits, embedded ARM or FPGA or DSP, and a design-test-mass-production-maintenance lifecycle. | 中 | SE015 |
| CE027 | Official and Toutiao job postings show active software, hardware, and algorithm hiring around C or C++, ROS or STM32, navigation, path planning, sensor integration, and technical documentation. | 中 | SE015, SE025 |
| CE028 | The official jobs page shows the delivery workflow includes technical exchanges, tender preparation, technical-file writing, implementation handoff, demand confirmation, and project review. | 中 | SE015 |
| CE029 | Jobui and Zhaopin show ongoing hiring for embedded, hardware, ship-design, test, supply-chain, and embodied-intelligence algorithm roles. | 中 | SE016, SE017 |
| CE030 | Official and Toutiao hiring surfaces describe expert training, equity incentives, and multi-city staffing, indicating an organization still building engineering and delivery capacity. | 中 | SE015, SE025 |
| CE031 | A May 2025 Tencent interview says the 0-300 meter product line was already commercialized with sales revenue, while the deepwater Ocean X series still needed R&D and was targeted for a 2025 Q4 release. | 中 | SE023 |
| CE032 | Tencent and official founder sources say Tiger Whale cleaning was reported at 50 times human efficiency and reduced one cargo-vessel job from two weeks to 10 hours. | 中 | SE023, SE014 |
| CE033 | Tencent and official founder sources say thruster life reached 10,000 hours and the robot could work in currents above three knots versus roughly one-knot foreign peers. | 中 | SE023, SE014 |
| CE034 | The official founder profile says self-developed parts helped compress cost to roughly one-tenth of foreign competitors. | 中 | SE014 |
| CE035 | Independent April 2026 coverage describes the Singapore MPA CFP selection as entry into an in-water hull inspection and cleaning trial program rather than as a generic marketing partnership. | 中 | SE024 |
| CE036 | The official award article says the company-led project won the 2025 China Navigation Society first prize and that Shihang was the only private-sector lead among that year’s first-prize projects. | 中 | SE013 |
| CE037 | Official June 2026 materials say the company led publication of China’s first underwater-cleaning robot operating specification in January 2026. | 中 | SE012 |
| CE038 | The Toutiao recruiting article says the company and Harbin Engineering University jointly published the marine-ranching USV auto-driving standard T/CI 326—2024. | 中 | SE025 |
| CE039 | QCC shows public tender evidence including a June 2026 Ningbo shipping hull-cleaning service result announcement. | 中 | SE018 |
| CE040 | Reviewed product and jobs pages expose demo, quotation, and implementation cues but no public API documentation or customer integration manual. | 高 | SE001, SE003, SE005, SE015 |
| CE041 | Reviewed official and third-party public sources disclose point performance claims but no fleet MTBF, failure rate, task abort rate, or uptime-SLA denominator. | 高 | SE012, SE013, SE014, SE021, SE023 |
| CE042 | Reviewed official pages in this run did not expose a public privacy policy, external cybersecurity audit, status page, or incident-transparency page for the robot or cloud stack. | 高 | SE001, SE002, SE003, SE015 |
| CE043 | No reviewed public source disclosed manufacturing throughput, unit-output capacity, or supplier concentration for the company’s core hardware and modules. | 中 | SE015, SE018, SE021, SE022, SE023 |
| CE044 | QCC operating-scope data spans ship design and repair, marine equipment, AI software, data services, industrial controls, and import-export activities, supporting a vertically integrated operating model. | 中 | SE018 |
| CE045 | The Zhaopin company profile says the public business map spans ship cleaning, smart waters, offshore photovoltaic and wind, marine ranching, marine engineering, resource survey, and marine science at world-class ports. | 中 | SE016 |
| CU001 | Official English and Chinese solution pages show Shihang selling into multiple customer jobs spanning ship cleaning, port maintenance, offshore wind, offshore photovoltaic inspection, marine ranching, and subsea infrastructure work. | 中 | SU019, SU020, SU023, SU024 |
| CU002 | For hull cleaning, the most direct economic buyer appears to be the shipowner or fleet operator, while ports and port-service operators function as access and operating-environment gatekeepers. | 中 | SU004, SU021, SU022 |
| CU003 | The Singapore MPA program requires technology providers, service operators, classification societies, and shipowners to validate solutions together under actual operating conditions. | 中 | SU004, SU028 |
| CU004 | Company materials present ship-hull cleaning as Shihang's most mature commercial use case. | 中 | SU021, SU025, SU026 |
| CU005 | Offshore wind, offshore photovoltaic inspection, marine ranching, and subsea inspection appear in public materials as second-wave expansion verticals, but without named paying-account counts. | 中 | SU019, SU023, SU024 |
| CU006 | Baidu's Chinese and English entries say Shihang's commercial underwater cleaning robots have already been applied at Qingdao Port and Yantai Port. | 低 | SU012, SU013 |
| CU007 | The 2025 China Institute of Navigation award project named Waterborne Transport Research Institute, China Merchants Shipping, COSCO Bulk, Shandong Port Technology, Fujian Shipping, Guoneng (Tianjin) Port Services, Huayang Maritime, and Harbin Engineering University alongside Shihang. | 中 | SU002, SU003, SU013 |
| CU008 | The award-consortium evidence proves named maritime ecosystem relationships but does not by itself prove that every listed entity is a recurring paying customer. | 中 | SU002, SU003 |
| CU009 | The founder-profile source says a Fujian Shipping Group field test cleaned a barnacle-heavy freighter in about 10 hours instead of roughly two weeks manually. | 中 | SU001 |
| CU010 | The same Fujian Shipping test is described as roughly 50 times as efficient as manual cleaning. | 中 | SU001 |
| CU011 | The founder-profile source says stronger-current capability can let ships avoid one to two days of port queue time by servicing at anchorage. | 中 | SU001 |
| CU012 | Multiple June 2026 news sources say Shihang's order intake exceeded RMB1 billion in the first half of 2026. | 中 | SU007, SU008, SU010, SU011, SU027 |
| CU013 | Independent 2026 coverage says Shihang's robots are already used across ship cleaning, underwater security, offshore wind, marine ranching, and seabed inspection. | 中 | SU007, SU008, SU010, SU027 |
| CU014 | HTX and NewsGlobeNow report that Orca is used by major shipping companies and has maintained more than 1,000 large vessels, but the public file does not publish customer-by-customer denominators or contract values. | 低 | SU011, SU018 |
| CU015 | MPA selected SEAHI Robotics as one of six partners from 19 proposals involving 36 companies across nine countries. | 中 | SU004, SU014, SU028 |
| CU016 | The Singapore MPA program runs for 18 months from the second half of 2026, so it is public trial validation rather than disclosed production revenue today. | 中 | SU004, SU014, SU029 |
| CU017 | MPA and republished industry coverage say current in-water hull-cleaning solutions still face limitations around propellers, rudders, sea chests, stronger currents, tight spaces, and debris collection. | 中 | SU004, SU014, SU029, SU030 |
| CU018 | MPA says the selected solutions will be tested for cost-effectiveness and environmental sustainability before large-scale deployment is enabled. | 中 | SU004, SU014, SU028, SU029 |
| CU019 | IMO says in-water cleaning may release harmful waste substances and invasive aquatic species into the environment and is moving toward a more binding biofouling framework by 2029. | 中 | SU017 |
| CU020 | Public proof of customer expansion outside mainland China exists through Singapore Maritime Week presence and MPA trial selection rather than through disclosed non-China revenue or installed-base metrics. | 中 | SU004, SU005, SU006, SU009, SU028 |
| CU021 | Company materials say Shihang was the only invited marine embodied-robotics company at Singapore Maritime Week 2026. | 中 | SU005, SU009 |
| CU022 | Company commercialization materials say Shihang has deep cooperation with domestic and overseas port groups and marine research institutions and sells into multiple countries and regions, but they do not disclose a country-by-country customer list or revenue mix. | 中 | SU025, SU026 |
| CU023 | No reviewed public source discloses NRR, GRR, churn, or renewal-rate metrics for Shihang customer accounts. | 中 | SU004, SU025, SU027 |
| CU024 | No reviewed public source discloses top-customer revenue share, customer mix by vertical, or order concentration across shipowners, ports, and offshore-energy users. | 中 | SU007, SU025, SU026, SU027 |
| CU025 | Public customer durability is therefore evidenced mostly by deployment anecdotes, order flow, and commercial-data references rather than explicit renewal metrics. | 中 | SU011, SU025, SU027 |
| CU026 | Shihang says CEORION is trained on million-hour commercial operation data, which suggests repeated field usage but remains company-reported and not customer-segmented. | 中 | SU025 |
| CU027 | Company hull-cleaning materials say robots can clean while a vessel is berthed, avoid chemical pollution, and avoid damaging the hull coating. | 中 | SU021, SU022 |
| CU028 | Official pages position hull cleaning as lowering owner operating costs by reducing drag and shortening dry-dock or berth interruption. | 中 | SU021, SU022 |
| CU029 | Official English and Chinese home pages show adjacent customer jobs in port operations, environmental monitoring, public safety, and offshore asset O&M. | 中 | SU019, SU020 |
| CU030 | Official offshore wind and offshore photovoltaic pages imply utilities or energy-asset owners as buyer archetypes because the workflow is framed around underwater inspection, diagnosis, and corrosion monitoring of subsea structures. | 中 | SU023, SU024 |
| CU031 | The A+ and A++ financing article says ship-hull cleaning has reached scale commercial closure and about 90% intelligent operation, while offshore photovoltaic work has won a CNNC project and entered nuclear-station inspection. | 中 | SU026 |
| CU032 | The same A+ and A++ article shows customer expansion beyond shipping exists, but public named proof outside maritime remains much thinner than the marketing map. | 中 | SU023, SU024, SU026 |
| CU033 | Because public named proof still clusters around maritime maintenance and ports, current visible commercialization appears concentrated around hull cleaning and adjacent marine maintenance rather than uniformly across all advertised verticals. | 中 | SU001, SU006, SU025, SU026 |
| CU034 | Official product pages use a consult-demo-quote follow-up flow with one-to-two-business-day contact rather than a self-serve buying path, consistent with enterprise project sales. | 中 | SU022 |
| CU035 | MPA and industry summaries show that entering busy ports requires not only robot capability but also debris handling, environmental compliance, and safe operation without disrupting port traffic. | 中 | SU004, SU014, SU029, SU030 |
| CU036 | Shihang's expansion outside China likely depends on regulators, classification societies, shipowners, and service-operator partnerships as much as on end-customer ROI. | 中 | SU003, SU004, SU028 |
| CU037 | The public corpus provides named customer proof for Fujian Shipping, Qingdao Port, and Yantai Port, plus named relationship evidence involving China Merchants Shipping and COSCO Bulk, but not a comprehensive recurring-customer roster. | 中 | SU001, SU002, SU012, SU013 |
| CU038 | Public adverse evidence is about commercialization friction rather than customer dissatisfaction, because reviewed sources do not surface lawsuits, public complaints, or failed deployments tied specifically to Shihang. | 低 | SU017, SU029, SU030 |
| CU039 | The strongest independent demand proof is more than RMB1 billion of reported H1 2026 orders combined with repeated cross-source references to scaled maritime deployment, but the weakest part of the customer file is durability transparency. | 中 | SU007, SU010, SU011, SU027 |
| CU040 | The public customer verdict is positive on adoption proof but incomplete on durability, because sources show real deployment and buyer interest while repeat economics, concentration, and contract persistence remain under-disclosed. | 中 | SU001, SU004, SU007, SU017, SU027 |
| CU041 | No reviewed public source discloses contract duration, minimum service term, or repeat-purchase terms for Shihang customer accounts. | 中 | SU004, SU025, SU027 |
| CU042 | No reviewed public source discloses NPS, CSAT, complaint-close time, or warranty-resolution metrics for Shihang customers. | 中 | SU004, SU025, SU027 |
| CU043 | The absence of NRR, churn, and renewal metrics means public sources cannot yet prove whether customers repurchase on predictable cycles or simply validate one-off deployment success. | 中 | SU023, SU025, SU027 |
| CU044 | Because public sources do not disclose top-customer share, customer count, or contract duration, investors still need private diligence to determine whether order momentum is diversified or concentrated in a few large maritime projects. | 中 | SU007, SU025, SU026, SU027 |
| CR001 | Singapore MPA selected Shihang for an 18-month in-water hull inspection and cleaning trial starting in H2 2026, which is meaningful validation but not yet large-scale commercial proof. | 高 | SR001, SR025 |
| CR002 | MPA says current in-water hull-cleaning solutions still struggle with propellers, rudders, sea chests, stronger currents, tight spaces, and debris collection without disrupting port operations. | 高 | SR001, SR025 |
| CR003 | The Singapore trials are designed to test safety, cost-effectiveness, environmental sustainability, and compliance with global requirements and standards, so those points are not yet proven publicly for Shihang. | 高 | SR001, SR025 |
| CR004 | IMO states that in-water cleaning can damage anti-fouling coatings and release harmful waste substances and invasive species, and it is moving biofouling management toward a more legally binding framework. | 高 | SR002, SR006 |
| CR005 | The AFS Convention requires parties to restrict harmful anti-fouling systems on ships and applies to ships entering ports, shipyards, and offshore terminals of party states. | 中 | SR003 |
| CR006 | ISO 6319:2026 formalizes requirements and best practices for planning, conducting, documenting, and reporting in-water cleaning operations for ships and marine stakeholders. | 中 | SR008 |
| CR007 | Reviewed official pages market Shihang’s near-shore offer as an integrated detect-inspect-operate-data-service workflow rather than as equipment-only resale. | 中 | SR014, SR029 |
| CR008 | China’s PIPL requires personal-information processing to be lawful, necessary, transparent, and secured, with explicit disclosure of purpose, method, category, and retention terms. | 中 | SR004 |
| CR009 | PIPL treats biometrics and certain other data as sensitive personal information and imposes separate-consent and cross-border transfer mechanisms that can matter if Shihang exports identifiable deployment data. | 中 | SR004 |
| CR010 | Reviewed retained public sources in this run showed product, recruiting, and financing pages but did not surface a dedicated Shihang privacy or security packet, which is a diligence gap rather than proof of noncompliance. | 中 | SR014, SR017, SR029 |
| CR011 | China’s 14th Five-Year robot-industry plan is a multi-ministry policy framework, signaling that robotics commercialization sits inside a broad quality, safety, and industrial-governance stack rather than inside a purely market-led regime. | 中 | SR009 |
| CR012 | China’s 2026 embodied-AI standard system explicitly covers safety and ethics, data lifecycle, and model training and deployment processes, raising governance expectations for robotics companies marketing autonomy layers. | 中 | SR010 |
| CR013 | The Dayang Motor filing says the Shanghe fund exists solely to invest in Shihang and warns of fundraising uncertainty, long investment cycles, low liquidity, no guaranteed return, and possible fund loss. | 中 | SR011 |
| CR014 | Public financing materials provide strong order and funding signals but do not disclose recognized revenue, gross margin, cash balance, or working-capital conversion, so the economic picture remains under-specified. | 高 | SR011, SR017, SR018, SR019, SR020, SR021, SR022, SR024 |
| CR015 | Official and third-party 2026 financing coverage says new capital is earmarked for R&D, globalization, ecosystem building, and capacity expansion, which supports a capital-intensive scaling profile rather than a self-funding one. | 高 | SR017, SR018, SR019, SR021 |
| CR016 | Shihang’s official ship-cleaning page claims chemical-free cleaning, no coating damage, berth-window execution, and lower operating cost, but those benefits remain company-claimed rather than backed by public fleet KPI series. | 中 | SR029 |
| CR017 | Official offshore wind and offshore photovoltaic pages broaden the scenario map, but they do not disclose public defect-detection accuracy, utilization, repeat rates, or field economics for those verticals. | 中 | SR030, SR031 |
| CR018 | Company and independent materials consistently describe low visibility, turbidity, strong currents, high pressure, corrosion, and weak communications as intrinsic marine operating constraints. | 中 | SR017, SR023, SR026 |
| CR019 | Million-hour commercial data, 90%+ simulation success, and similar autonomy metrics in reviewed materials are company-controlled disclosures rather than independent public reliability audits. | 中 | SR017, SR024 |
| CR020 | QCC shows a June 2026 Ningbo Shipping hull-cleaning bid win, active ISO certifications, and administrative-licence records, supporting real commercial activity but also highlighting dependence on permit and quality-system discipline. | 中 | SR012 |
| CR021 | The official hiring page spans hardware, software, product, sales, production, procurement, customer operations, and management, signaling a complex operating model rather than a narrow R&D shop. | 中 | SR014 |
| CR022 | The project-manager role explicitly requires pre-sales technical exchange, customer demand analysis, project initiation support, bid preparation, technical-file writing, and implementation handoff, which is characteristic of a tender-heavy delivery motion. | 中 | SR014 |
| CR023 | Aiqicha shows 25 insured employees while QCC and recruiting portals show broad hiring activity and many listed roles, which is a bandwidth-risk signal even if public staffing snapshots are incomplete. | 中 | SR012, SR013, SR015, SR016 |
| CR024 | The founder narrative centers heavily on Chen Xiaobo’s 19-year technical journey and personal awards, which strengthens credibility but also implies meaningful key-person concentration. | 中 | SR026, SR027, SR028 |
| CR025 | Reviewed MPA, company, and award sources tie major proof points to a consortium of technology providers, classification societies, research institutes, and state-linked shipping operators, showing that ecosystem dependence is structurally important. | 高 | SR001, SR027, SR028 |
| CR026 | Current public commercialization proof is strongest in hull cleaning, while diversification into wind, PV, and other scenarios relies more heavily on official scenario pages than on named paying-account evidence. | 高 | SR012, SR029, SR030, SR031 |
| CR027 | MPA says the trial projects require technology providers, service operators, classification societies, and shipowners to validate solutions together, so overseas rollout depends on multi-party coordination rather than unilateral product shipment. | 高 | SR001, SR025 |
| CR028 | Aiqicha’s public profile shows regulated business scopes such as ship design, manufacture, repair, and dredging-style work subject to approval, alongside material patent, trademark, and software-copyright counts. | 中 | SR013 |
| CR029 | QCC and Aiqicha surface active quality, environmental, occupational-safety, energy, and IP-management certifications, but the retained public set did not provide detailed recall, incident, or penalty history disclosures. | 中 | SR012, SR013 |
| CR030 | China’s revised Maritime Law, effective May 2026, strengthens environmental-protection and ship-pollution-liability rules while also updating legal treatment for digital shipping records. | 中 | SR005, SR033 |
| CR031 | Because the economic case for hull cleaning is tied to lower drag, fuel use, and emissions, any environmental or approval failure would hit both revenue logic and regulatory acceptance at once. | 高 | SR001, SR002, SR029, SR033 |
| CR032 | Public financing coverage emphasizes scaling, globalization, and ecosystem build-out, which means operating ambition may outrun disclosed controls if process discipline does not scale with headcount and deployment count. | 中 | SR017, SR018, SR019 |
| CR033 | Management-system certifications lower risk at the margin but do not substitute for public field metrics on uptime, incident rates, coating compatibility, or service burden. | 中 | SR012 |
| CR034 | The hiring page’s references to BOMs, test reports, EMC, waterproof circuits, and lifecycle maintenance imply a non-trivial manufacturing and after-sales engineering burden. | 中 | SR014 |
| CR035 | Recruiting portals describe broad application coverage and many open roles, which implies service and support complexity even before overseas scaling is fully visible publicly. | 中 | SR015, SR016 |
| CR036 | The strongest public operating proof remains concentrated in near-shore and hull-cleaning contexts, so broad 0-10000 meter and all-scenario claims should be read as platform ambition rather than equally evidenced commercial maturity. | 中 | SR017, SR024, SR026 |
| CR037 | The Pangu thruster’s 10,000-hour operating-life claim is a positive durability signal, but it remains a company-reported component metric rather than an independently verified fleet reliability disclosure. | 中 | SR032, SR023 |
| CR038 | Recent in-water-cleaning guidance still leaves open further work on system-coating compatibility, minimum performance standards, and inspection methods, so the regulatory operating stack is still evolving. | 中 | SR006, SR007 |
| CR039 | An environmental or anti-fouling compliance failure can create legal exposure through port-state rules, anti-fouling restrictions, and maritime-liability frameworks, not just through missed revenue. | 高 | SR003, SR005, SR001, SR033 |
| CR040 | China’s new embodied-AI standards explicitly regulate data lifecycle, model deployment, and safety and ethics, which raises governance expectations as Shihang markets CEORION and more autonomous workflows. | 中 | SR010, SR017 |
| CR041 | If order growth does not convert into disclosed revenue and cash while R&D, globalization, and capacity spending continue, Shihang’s working-capital dependence can remain high even after a record financing round. | 高 | SR011, SR017, SR018, SR019, SR020, SR021, SR022 |
| CR042 | Public named proof outside hull cleaning is materially thinner and often more company-claimed, so current downside still runs through concentration in the most mature maritime-maintenance wedge. | 高 | SR022, SR029, SR030, SR031 |
| CV001 | SEAHI announced on 2026-06-15 that it completed an A round of more than RMB 1 billion, and multiple June 2026 outlets repeated that this was the largest disclosed single financing round yet reported in marine robotics. | 高 | SV002, SV004, SV005, SV006, SV008 |
| CV002 | The official A-round announcement named industrial and financial investors including Shanghe Momentum Fund, Vertex Growth, CITIC Agriculture Fund, Yuzun Capital, and listed company Dayang Motor, alongside follow-on participation from earlier investors. | 中 | SV002, SV008 |
| CV003 | A March 2026 article said Shihang had already completed several-hundred-million-renminbi A+ and A++ financings before the June A-round announcement. | 中 | SV003 |
| CV004 | Dayang Motor’s February 2026 filing said Jiaxing Shanghe Hualong targeted total commitments of RMB 177.01 million and that Dayang planned to commit RMB 30 million as a limited partner. | 中 | SV001 |
| CV005 | The same Dayang filing warned that the fund still faced registration, fundraising, execution, exit, and no-guaranteed-return risks. | 中 | SV001 |
| CV006 | Multiple June 2026 reports said Shihang’s H1 2026 order intake had already exceeded RMB 1 billion. | 高 | SV004, SV007, SV008, SV009 |
| CV007 | Neither the official announcement nor the corroborating June news stories disclosed a post-money valuation, price per share, or liquidation-preference terms for the latest round. | 中 | SV002, SV004, SV005, SV006, SV008, SV009 |
| CV008 | The March 2026 financing article described rising orders and commercialization momentum, but it still relied on promotional framing rather than audited revenue disclosure. | 中 | SV003 |
| CV009 | Chyxx’s 2026 industry note said the global underwater-robotics market reached about USD 12.3 billion in 2025 and China’s market reached about RMB 14.6 billion in 2025. | 中 | SV010 |
| CV010 | MPA selected SEAHI Robotics as one of six partners for Singapore in-water hull inspection and cleaning trials and said the projects would receive SGD 3.7 million of co-funding. | 高 | SV011, SV012 |
| CV011 | MPA said the selected projects would run over 18 months from the second half of 2026. | 高 | SV011, SV012 |
| CV012 | MPA said current robotic cleaning solutions still struggle with propellers, rudders, sea chests, stronger currents, tight spaces, and debris handling without disrupting port operations. | 高 | SV011, SV012 |
| CV013 | IMO said in-water cleaning can damage anti-fouling coatings and release harmful waste or invasive species, and it is moving toward a legally binding biofouling framework. | 中 | SV013 |
| CV014 | OceanAlpha says it has delivered more than 4,000 USVs and water-rescue robots across more than 60 countries and 600-plus customers. | 中 | SV014 |
| CV015 | QYSEA’s official store displayed public starting prices of USD 1,399 for V-EVO, USD 2,999 for V6 Expert, and USD 7,348 for E-GO. | 中 | SV019 |
| CV016 | Blueye positions its ROVs as a way to inspect ship hulls, propellers, and anodes without pre-arranged diver work. | 中 | SV021 |
| CV017 | CHASING markets the M2 Pro Max as a heavy-duty industrial inspection ROV with 200-metre depth and 400-metre horizontal range. | 中 | SV022 |
| CV018 | Saildrone and Fincantieri show that scaled autonomy players can bring industrial shipbuilding, defence budgets, and multi-mission platforms into adjacent maritime-robotics procurement conversations. | 中 | SV016, SV017, SV018 |
| CV019 | Teledyne’s 2025 annual report disclosed net sales of USD 6,115.4 million. | 中 | SV023 |
| CV020 | Stock Analysis listed Teledyne’s market cap at USD 28.36 billion as of 2026-06-24. | 中 | SV024 |
| CV021 | Using those two public data points, Teledyne screens at roughly 4.6x market cap to 2025 sales. | 中 | SV023, SV024 |
| CV022 | Stock Analysis listed Fugro at roughly EUR 1.13 billion market cap, EUR 1.53 billion enterprise value, and EUR 1.85 billion revenue as of 2026-06-24. | 中 | SV026 |
| CV023 | Using the same Stock Analysis page, Fugro screens at roughly 0.6x market cap to revenue. | 中 | SV026 |
| CV024 | Fugro’s 2025 annual report said the year was challenging because changing energy markets and offshore-wind headwinds slowed early-stage site-characterization work. | 中 | SV025 |
| CV025 | Euronext’s publication notice for Kongsberg said the company recorded total revenues of NOK 58.6 billion in 2025. | 中 | SV027 |
| CV026 | Stock Analysis listed Kongsberg Gruppen ASA at 255.78 billion of market cap as of 2026-06-24, while CompaniesMarketCap separately showed about USD 25.95 billion for June 2026. | 中 | SV028, SV029 |
| CV027 | Combining Kongsberg’s 255.78 billion market cap with the official 2025 revenue figure of NOK 58.6 billion implies roughly 4.4x market cap to revenue. | 中 | SV027, SV028 |
| CV028 | Kraken Robotics said all amounts in its 2025 results release were denominated in Canadian dollars and reported 2025 revenue of CAD 102.2 million plus 2026 revenue guidance of CAD 165-175 million. | 中 | SV030 |
| CV029 | CompaniesMarketCap showed Kraken Robotics at about USD 1.51 billion market cap in June 2026, but the currency mismatch versus the CAD results release makes simple multiple math only directional. | 中 | SV030, SV031 |
| CV030 | Across the listed comparables with enough public data to normalize, the directional market-cap-to-revenue band runs from about 0.6x for Fugro to about 4.6x for Teledyne, with Kongsberg also near the high end around 4.4x. | 中 | SV023, SV024, SV026, SV027, SV028 |
| CV031 | That public band is only a proxy because each listed comparable mixes broader maritime, defence, instrumentation, or services exposure that Shihang does not fully share. | 中 | SV023, SV025, SV027, SV030 |
| CV032 | Public evidence is strong enough to support a live commercialization story, but it is not strong enough to support a clean valuation call because no public source disclosed Shihang’s recognized revenue, gross margin, cash, runway, or post-money valuation. | 中 | SV002, SV003, SV004, SV005, SV006, SV008, SV009 |
| CV033 | A base-case valuation model for Shihang therefore has to start from explicit proxy assumptions rather than from a public price mark. | 中 | SV002, SV006, SV030 |
| CV034 | A conservative proxy annualizes the disclosed H1 2026 order signal into a notional RMB 2.0 billion order pace and assumes only 35%-50% converts into recognized revenue over the next 12-18 months. | 中 | SV004, SV006, SV011, SV013 |
| CV035 | Under that explicit base-case assumption, Shihang’s notional recognized-revenue band would be roughly RMB 0.7-1.0 billion. | 中 | SV004, SV006, SV011, SV013 |
| CV036 | Applying a discounted 2.0x-3.0x market-cap-to-revenue range to that proxy revenue band yields an illustrative base-case valuation band of roughly RMB 1.4-3.0 billion. | 中 | SV023, SV024, SV026, SV027, SV028 |
| CV037 | A bear case would assume order slippage, slower acceptance, and multiple compression toward about 1.0x-1.5x revenue, which would pull an illustrative valuation band toward roughly RMB 0.5-0.75 billion on a RMB 0.5 billion revenue outcome. | 中 | SV001, SV011, SV013, SV026 |
| CV038 | A bull case would need faster revenue conversion, repeat program deployments, and visible regulatory de-risking before a premium 3.5x-5.0x revenue range becomes plausible. | 中 | SV002, SV011, SV023, SV027 |
| CV039 | If Shihang could support a RMB 1.2-1.5 billion recognized-revenue path under that bullish setup, the resulting illustrative valuation band would be roughly RMB 4.2-7.5 billion. | 中 | SV002, SV011, SV023, SV027 |
| CV040 | Those scenario ranges are analytical proxies, not public market marks, because no public source in this run disclosed Shihang’s actual post-money valuation. | 中 | SV002, SV004, SV005, SV006, SV008 |
| CV041 | The right recommendation from public evidence alone is research-more rather than buy, because the company-quality story is stronger than the price-support story. | 中 | SV001, SV002, SV011, SV013, SV030 |
| CV042 | Confidence is medium rather than high because financing size, order momentum, and competitive relevance are public, but underwriting-grade price and economics are still private. | 中 | SV001, SV002, SV006, SV011, SV030 |
| CV043 | Risk rating is high because the next value inflection depends on trial conversion, environmental compliance, and order-to-revenue translation rather than on another headline financing round. | 中 | SV001, SV011, SV013 |
| CV044 | Valuation stance is unknown on a strict public-data basis because there is no disclosed post-money, no public preference stack, and no auditable revenue bridge to compare against the June 2026 financing. | 中 | SV001, SV002, SV003, SV004 |
| CV045 | Entry discipline should require the cap table, liquidation preferences, investor rights, audited 2025 results, a 2026 revenue bridge, and a clear Singapore trial scorecard before accepting management’s financing narrative as investable price support. | 中 | SV001, SV011, SV013 |
| CV046 | If the undisclosed June 2026 post-money already prices Shihang above the illustrative bull proxy before audited conversion metrics are shared, the risk/reward would skew unattractive for a new investor. | 中 | SV002, SV006, SV023, SV024, SV027, SV028 |
| 编号 | 出版方 | 标题 | 引文 |
|---|---|---|---|
| SO001 | SEAHI Robotics | 世航智能官网⎜全球领先的海洋具身机器人公司 | |
| SO002 | SEAHI Robotics | 页面未找到 | 页面未找到 |
| SO003 | SEAHI Robotics | 核心产品_苏州世航智能科技有限公司 | |
| SO004 | SEAHI Robotics | 联系我们_苏州世航智能科技有限公司 | |
| SO005 | SEAHI Robotics | 校园招聘_苏州世航智能科技有限公司 | |
| SO006 | SEAHI Robotics | 企业新闻_苏州世航智能科技有限公司 | |
| SO007 | SEAHI Robotics | 世航智能年度报告:韧性成长,聚力同行 | |
| SO008 | SEAHI Robotics | 世航智能入选中国“科创未来之星”企业 | |
| SO009 | SEAHI Robotics | 世航连续完成多轮数亿元融资,巩固海洋具身机器人全球领先身位 | |
| SO010 | SEAHI Robotics | 中国航海一等奖!世航荣膺航海领域最高科技荣誉! | |
| SO011 | SEAHI Robotics | 完成两轮数亿元融资,世航全面领跑全球海洋具身机器人 | |
| SO012 | SEAHI Robotics | 哈尔滨工程大学:世航智能陈晓博——专注19年,推动中国机器人挺进深蓝! | |
| SO013 | SEAHI Robotics | 世航智能完成全球海洋机器人最大融资,助力海洋经济高质量发展 | |
| SO014 | SEAHI Robotics | “沧穹”加持,海洋机器人覆盖水下全场景作业 | |
| SO015 | SEAHI Robotics | 海洋具身智能企业世航智能完成超10亿元A轮融资 | |
| SO016 | Maritime and Port Authority of Singapore | MPA Selects Six Partners for In-Water Hull Inspection and Cleaning Innovation Trials in the Port of Singapore | The six selected partners – Alicia Bots, C-Leanship, Neptune Robotics, Oceanis Robotics, RINA and SEAHI Robotics – will receive close to SGD $3.7 million in R&D co-funding. |
| SO017 | China Institute of Navigation | 中国航海学会关于公布2025年度科学技术进步奖和技术发明奖获奖项目的通知 | 27. 基于AI驱动的模块化柔性水下清洗检测机器人 |
| SO018 | CNINFO / Dayang Motor | 中山大洋电机股份有限公司关于对外投资嘉兴上河化龙股权投资合伙企业(有限合伙)的公告 | 苏州世航智能科技有限公司成立于2023年5月26日,是一家专注于海洋通用机器人及智能无人装备自主研发、生产、销售、服务的创新型科技企业。 |
| SO019 | Tencent News | 海洋机器人赛道全球最大融资诞生! 世航智能机器人在万米深海可探囊取物 | |
| SO020 | Tencent News | 世航智能获得A+轮融资,鞍羽资本、长石资本、36氪、华映资本、大数长青投资 | |
| SO021 | Science and Technology Daily | 世航智能创海洋机器人领域单轮融资纪录 | |
| SO022 | PEDAILY / 投资界 | 全球海洋机器人最大单轮融资诞生,世航智能完成超10亿元A轮融资 | |
| SO023 | PEDAILY / 投资界 | 专注水下通用机器人,世航智能连续完成天使+轮和Pre-A轮5000万元融资 | |
| SO024 | 同花顺财经 | 世航智能完成超10亿元A轮融资 | |
| SO025 | 新浪财经 | 世航智能完成超 10 亿元 A 轮融资,创全球海洋机器人单轮融资纪录 | |
| SO026 | 京报网 | 超10亿元!海洋机器人赛道全球最大单轮融资落地 | |
| SO027 | 中华网 | 世航再获数亿元融资,夯实海洋具身机器人“全球定义者”地位 | |
| SM001 | 中华人民共和国工业和信息化部 | 十五部门关于印发《“十四五”机器人产业发展规划》的通知 | 十五部门关于印发《“十四五”机器人产业发展规划》的通知。 |
| SM002 | 中华人民共和国工业和信息化部 | 工业和信息化部等十七部门关于印发《“机器人+”应用行动实施方案》的通知 | 工业和信息化部等十七部门关于印发《“机器人+”应用行动实施方案》的通知。 |
| SM003 | 中华人民共和国工业和信息化部 | 四部门关于印发国家人工智能产业综合标准化体系建设指南(2024版)的通知 | 为深入贯彻落实党中央、国务院决策部署,加强人工智能标准化工作系统谋划。 |
| SM004 | 中国政府网 | 具身智能、6G入报告!“人工智能+”如何向未来 | “具身智能”“6G”等新词首次写入政府工作报告。 |
| SM005 | 中国政府网 | 我国海洋经济总量首次突破10万亿元 | 2024年全国海洋生产总值达105438亿元,较上年增长5.9%。 |
| SM006 | 中国政府网 | 我国海洋经济呈现“三个加快转变” | 2025年全国海洋生产总值110180亿元,比上年增长5.5%。 |
| SM007 | 中国政府网 | 一季度我国海洋经济整体向好 | 2026年一季度,初步核算我国海洋生产总值2.6万亿元,同比增长5.4%。 |
| SM008 | The State Council of the People’s Republic of China | China's shipbuilding sector sees robust growth in Q1 | From January to March, the country's shipbuilding output reached 15.68 million deadweight tonnes (DWT). |
| SM009 | International Maritime Organization | Biofouling | The MEPC, at its eighty-third session (April 2025) approved the Guidance on in-water cleaning of ships' biofouling (MEPC.1/Circ.918). |
| SM010 | International Maritime Organization | Draft revised Biofouling Guidelines approved at PPR 10th session | Keeping a ship’s hull clean can also reduce the ship’s greenhouse gas emissions by improving fuel efficiency. |
| SM011 | GreenVoyage2050 / IMO | Hull cleaning | Total operational cost is estimated to be in the range of $5,000 – $50,000 (USD). |
| SM012 | IMO Test Biofouling | The Issue | When biofouling species colonize the underwater parts of a ship’s hull, the increased roughness will increase a ship’s hydrodynamic drag. |
| SM013 | TEST Biofouling & GloFouling Partnerships | TEST Biofouling & GloFouling Partnerships | the TEST Biofouling project demonstrates cutting-edge, sustainable technologies through pilot projects |
| SM014 | Maritime and Port Authority of Singapore | MPA Selects Six Partners for In-Water Hull Inspection and Cleaning Innovation Trials in the Port of Singapore | The six selected partners ... will receive close to SGD $3.7 million in R&D co-funding ... to develop and trial in-water robotic hull inspection and cleaning solutions. |
| SM015 | Maritime and Port Authority of Singapore | Singapore Posts Record Port Performance in 2025 and Develops Future Readiness through Industry Collaborations for 2026 | Singapore achieved a record of 3.22 billion gross tonnage (GT) of vessel arrivals and 44.66 million Twenty-Foot Equivalent Units (TEUs) of container throughput in 2025. |
| SM016 | UNCTAD | Data Insights | UNCTAD Data Hub | At the start of 2026, the global merchant fleet comprised around 116,000 vessels of at least 100 gross tons (GT). |
| SM017 | UNCTAD | Review of maritime transport 2025 — Chapter II: World shipping fleet and services | global fleet capacity expanded by 3.4 per cent in 2024. |
| SM018 | European Commission TRIS | Notification Detail | TRIS - European Commission (2025/9011/NO) | The main rule requires that ships ... arriving in Norwegian territorial waters ... shall not have macrofouling on their hulls. |
| SM019 | European Commission TRIS | Regulations on the management of hull biofouling (2024/9003/NO print PDF) | the Norwegian Maritime Authority therefore considers it appropriate to regulate washing in water with a requirement for collection. |
| SM020 | 智研咨询 | 2026年水下机器人行业市场规模及主要企业市占率分析报告 | 2025年全球市场规模达123亿美元。我国 ... 2025年国内市场规模达146亿元。 |
| SM021 | 搜狐 / 智研瞻产业研究院摘要 | 2024-2030年中国水下清洗机器人行业市场深度评估及市场发展策略报告 | 统计数据显示,2019年中国水下清洗机器人行业市场规模0.35亿元,2023年中国水下清洗机器人行业市场规模0.96亿元。 |
| SM022 | Verified Research Insights | Ship Cleaning Services Market Size And Insights 2025-2032 | Ship Cleaning Services Market size was calculated at USD 2.20 Billion in 2024 and is expected to be worth USD 3.88 Billion by 2032. |
| SM023 | WiseGuy Reports | Hull Cleaning and Repair Market Growth Drivers & Trends 2035 | The Hull Cleaning and Repair Market Size was valued at 2,211.1 USD Million in 2024. |
| SM024 | Jotun | Jotun HullSkater: a hull cleaning and inspection system | The system is designed and optimized for proactive cleaning using non-abrasive brushes to remove fouling without damaging the anti-fouling coating. |
| SM025 | HullWiper | Cleaning Without Compromise | there is no need for diver intervention, the cleaning job can be carried out whilst cargo work or bunker fuel operations is underway |
| SM026 | ECOsubsea | Sustainable Hull Cleaning | Enhance Vessel Sustainability Today | Our closed-loop cleaning technology captures debris through a multi-layered filtration and treatment system. |
| SM027 | IMarEST | The True Cost of Hull Biofouling: Fuel, Time and Carbon Penalties | a clean hull can improve fuel efficiency by up to 40 per cent, depending on the severity of the biofouling. |
| SM028 | arXiv | Data-Driven Hull-Fouling Cleaning Schedule Optimization to Reduce Carbon Footprint of Vessels | fuel consumption can be reduced by up to 5%, even when accounting for the costs of one or two additional cleaning events. |
| SP001 | SEAHI Robotics | 世航智能官网⎜全球领先的海洋具身机器人公司 | |
| SP002 | SEAHI Robotics | 核心产品_苏州世航智能科技有限公司 | |
| SP003 | Maritime and Port Authority of Singapore | In-water Hull Inspection and Cleaning Innovation (Closed) | Existing robotic solutions for in-water hull inspection and cleaning offer a broad range of capabilities for the maritime industry. However, several gaps remain across most solutions. |
| SP004 | MarineLink | Six Partners Selected by MPA for In-Water Hull Inspection, Cleaning Trials in the Port of Singapore | The CFP received 19 proposals from 36 companies across nine countries. |
| SP005 | OceanAlpha | About Us - oceanalpha | |
| SP006 | OceanAlpha | Unmanned Surface Vehicle USV Manufacturer | OceanAlpha | |
| SP007 | OceanAlpha | OceanAlpha at Seawork 2026: USV Solutions Showcase | |
| SP008 | Saildrone | About Us – Saildrone | |
| SP009 | Saildrone | Saildrone: Detect. Deter. Dominate. | |
| SP010 | Saildrone | Introducing Saildrone Spectre: Next-gen USV for ASW and VLS Strike – Saildrone | |
| SP011 | Business Wire | Saildrone Unveils Spectre, a New Class of High-Speed Unmanned Surface Vessel for Naval Operations | |
| SP012 | Fincantieri | Fincantieri to build Spectre, a new class of high-speed unmanned surface vessel | |
| SP013 | QYSEA | AI Underwater Robotics & Solutions Provider | |
| SP014 | QYSEA | FIFISH V6 EXPERT Underwater Robot | QYSEA.COM | |
| SP015 | QYSEA Store | QYSEA FIFISH Official Store-Professional ROV, Underwater Drone & Tools | FIFISH V6 EXPERT ... Sale priceFrom $2,999.00 |
| SP016 | Blueye | ROV fra Blueye | Norsk undervannsdrone for arbeid under vann | |
| SP017 | Blueye | Blueye - Norwegian Developers of Underwater Technology | |
| SP018 | Blueye | Slik bruker Kystvakten ROV teknologi til kritiske operasjoner | |
| SP019 | CHASING | chasing | |
| SP020 | CHASING | CHASING M2 PRO MAX Underwater ROV | Remote Control Submarine Drone with Camera | |
| SP021 | HullWiper | Cleaning Without Compromise | As there is no need for diver intervention, the cleaning job can be carried out whilst cargo work or bunker fuel operations is underway and in most weather conditions. |
| SP022 | SeaTrac | SP-48 USV Platform | SeaTrac | |
| SP023 | Ocean Infinity | Home - Ocean Infinity | |
| SP024 | Fugro | Creating a Safe and Liveable World | | |
| SP025 | Teledyne Marine | Marine Equipment & Technology Solutions by Teledyne Marine | |
| SP026 | Teledyne Marine | Remotely Operated Vehicles from SeaBotix at Teledyne Marine | In all, over 2000 units were sold... Teledyne purchased SeaBotix in 2014, and due to changing market conditions, decided to discontinue the production of SeaBotix vehicles in 2025. |
| SP027 | International Maritime Organization | Biofouling | |
| SI001 | SEAHI Robotics | 世航智能官网⎜全球领先的海洋具身机器人公司 | |
| SI002 | SEAHI Robotics | 社会招聘_苏州世航智能科技有限公司 | 配合销售经理完成项目前期技术交流,编写相关技术方案,协助商务进行拿单; |
| SI003 | SEAHI Robotics | 世航智能完成全球海洋机器人最大融资,助力海洋经济高质量发展 | 仅2026年上半年,世航智能获得订单金额已超过10亿元。 |
| SI004 | SEAHI Robotics | 哈尔滨工程大学:世航智能陈晓博——专注19年,推动中国机器人挺进深蓝! | |
| SI005 | CNINFO / Dayang Motor | 中山大洋电机股份有限公司关于对外投资嘉兴上河化龙股权投资合伙企业(有限合伙)的公告 | 本合伙企业设立的目的是对苏州世航智能科技有限公司……进行股权投资,且本合伙企业不能进行其他项目的投资。 |
| SI006 | 中华网 | 世航再获数亿元融资,夯实海洋具身机器人“全球定义者”地位 | 目前,世航已手握超10亿元订单,今年销售目标上调3倍。 |
| SI007 | Science and Technology Daily | 世航智能创海洋机器人领域单轮融资纪录 | |
| SI008 | 新浪财经 | 超10亿元!世航智能创全球海洋机器人领域最大单轮融资 | |
| SI009 | 同花顺财经 | 世航智能完成超10亿元A轮融资 | |
| SI010 | Maritime and Port Authority of Singapore | MPA Selects Six Partners for In-Water Hull Inspection and Cleaning Innovation Trials in the Port of Singapore | Current solutions face limitations in handling complex parts of the hull such as propellers, rudders and sea chest, as well as operating reliably under stronger currents. |
| SI011 | Manifold Times | SMW 2026: MPA selects six partners for in-water hull cleaning, inspection trials | |
| SI012 | SEAHI Robotics | 世航(SEAHI Robotics)入选新加坡国家水下船体检测和清洗计划 | |
| SI013 | 网易 / 36Kr HardKrypton | 硬氪首发 | 海洋具身智能公司「世航智能」拿下创纪录10亿融资,朱啸虎、淡马锡押注 | 据了解,「世航智能」的机器人已在船舶清洗、水下安保、海洋风电、海洋牧场、海底巡检等场景实现应用落地。公司方面透露,仅2026年上半年,「世航智能」获得订单金额已超过10亿元。 |
| SI014 | 36Kr | 硬氪首发 | 海洋具身智能公司「世航智能」拿下创纪录10亿融资,朱啸虎押注 | |
| SI015 | 36Kr | 世航连续完成多轮数亿元融资,巩固海洋具身机器人全球领先身位 | 系列融资将帮助公司加速产品及技术迭代、推进具身机器人和核心零部件的量产。 |
| SI016 | 观察者网 | 下万米深海,海洋机器人公司拿到超10亿A轮融资 | 行业内通用的科研级推进器寿命通常只有三四百小时……世航团队把使用寿命提升到了10000小时。 |
| SI017 | 搜狐 | 接管全球最繁忙港口!世航(SEAHI Robotics)入选新加坡水下船体检测和清洗计划! | |
| SI018 | Tencent News | 超10亿元!世航智能创全球海洋机器人领域最大单轮融资 | |
| SI019 | 机器人大讲堂 | 世航智能完成超10亿元A轮融资,创全球海洋机器人领域单轮融资规模纪录 | 公司已基于百万小时级商业作业数据构建海洋世界模型。 |
| SI020 | SEAHI Robotics | 海洋服务_苏州世航智能科技有限公司 | |
| SI021 | SEAHI Robotics | 船舶清洗_苏州世航智能科技有限公司 | 清洗过程无化学污染、不损伤船体涂层,且可在船舶停泊期间快速完成清洗作业,大幅缩短船舶坞修时间,降低运营成本。 |
| SI022 | SEAHI Robotics | 海上风电_苏州世航智能科技有限公司 | |
| SI023 | SEAHI Robotics | 海上光伏_苏州世航智能科技有限公司 | |
| SI024 | SEAHI Robotics | 核心配件_苏州世航智能科技有限公司 | 长寿命:10000小时稳定运行,降低设备更换成本。 |
| SI025 | SEAHI Robotics | 应用案例_苏州世航智能科技有限公司 | |
| SE001 | SEAHI Robotics | 世航智能官网⎜全球领先的海洋具身机器人公司 | 全球领先的海洋具身机器人;构建0-10000米海洋超级生产力。 |
| SE002 | SEAHI Robotics | 核心产品_苏州世航智能科技有限公司 | 全自研:核心零件及软件算法全自研。 |
| SE003 | SEAHI Robotics | 虎鲸_海洋机器人_核心产品_苏州世航智能科技有限公司 | 全船型:100-30万吨所有船型;全自由度:720°无人机式自由转动。 |
| SE004 | SEAHI Robotics | 虎鲨_海洋机器人_核心产品_苏州世航智能科技有限公司 | 最高速度30+节;结合人工智能和自动驾驶技术,实现自主航行。 |
| SE005 | SEAHI Robotics | 虎鲸 Mini_海洋机器人_核心产品_苏州世航智能科技有限公司 | 全场景轻量型水下智能伙伴。 |
| SE006 | SEAHI Robotics | 盘古推进器_核心配件_核心产品_苏州世航智能科技有限公司 | 长寿命:10000小时稳定运行,降低设备更换成本。 |
| SE007 | SEAHI Robotics | 多功能水面机器人_水面机器人_核心产品_苏州世航智能科技有限公司 | 全无人化自动驾驶;全智能化运营管理系统;可按需模块化定制。 |
| SE008 | SEAHI Robotics | 水质监测水面机器人_水面机器人_核心产品_苏州世航智能科技有限公司 | 依托自主研发核心算法,快速传输并处理水下数据。 |
| SE009 | SEAHI Robotics | 船舶清洗_苏州世航智能科技有限公司 | 海洋机器人搭载高压清洗模块与智能导航系统,可自主贴合船体表面。 |
| SE010 | SEAHI Robotics | 海上风电_苏州世航智能科技有限公司 | 提供“水下检测+智能诊断”一体化解决方案。 |
| SE011 | SEAHI Robotics | 海上光伏_苏州世航智能科技有限公司 | 可实现光伏平台水下基础结构检测、桩基腐蚀监测、周边水域环境勘察等关键任务。 |
| SE012 | SEAHI Robotics | 世航智能完成全球海洋机器人最大融资,助力海洋经济高质量发展 | 该模型系基于世航智能百万小时级的商业作业数据,采用统一端到端架构。 |
| SE013 | SEAHI Robotics | 中国航海一等奖!世航荣膺航海领域最高科技荣誉! | 从底层硬件到动力、控制、传感、导航、防水密封、动力布放六大核心系统实现全栈自研。 |
| SE014 | SEAHI Robotics | 哈尔滨工程大学:世航智能陈晓博——专注19年,推动中国机器人挺进深蓝! | 世航开发出了依托全栈自研“平台+大脑+模块”的通用化架构。 |
| SE015 | SEAHI Robotics | 社会招聘_苏州世航智能科技有限公司 | 参与产品从设计、测试、量产到维护的全生命周期管理。 |
| SE016 | Zhaopin | 苏州世航智能科技有限公司招聘 - 智联招聘 | 产品已广泛应用到船舶清洗、智慧水域、海上光伏、海上风电、海洋牧场、海洋工程、资源勘测、海洋科考等多个领域。 |
| SE017 | Jobui | 「江苏世航智能招聘」苏州世航智能科技有限公司江苏分公司(智能机器人公司) - 职友集 | 最新招聘108个职位。 |
| SE018 | QCC | 苏州世航智能科技有限公司经营信息 - 企查查 | 质量管理体系认证 GB/T19001-2016/ISO9001:2015 有效。 |
| SE019 | Aiqicha | 苏州世航智能科技有限公司 - 专利信息 - 爱企查 | 一种水下机器人故障辨识方法及系统;一种基于前视多波束声呐的水下机器人辅助定位方法。 |
| SE020 | Aiqicha | 苏州世航智能科技有限公司 - 世航智能 - 爱企查 | 拥有多项知识产权,其中包括347个注册商标,62个专利信息,21个软件著作权。 |
| SE021 | Securities Daily | 世航智能完成超10亿元A轮融资-证券日报网 | 目前,世航智能的机器人具备0米至10000米全海深、全自由度作业能力,支持自主导航、多机器人协同等复杂功能。 |
| SE022 | 10jqka / Securities Daily syndication | 世航智能完成超10亿元A轮融资 | 2026年上半年,世航智能获得订单金额已超10亿元。 |
| SE023 | Tencent News / TMTPost AGI | 对话世航智能创始人陈晓博:水下机器人是一个长期坚持有价值的产业|钛媒体AGI_腾讯新闻 | 在0-300米层面已经商业化并已产生销售收入,但深海机器人Ocean X系列还是需要研发投入。 |
| SE024 | Sohu | 重磅突破!世航智能斩获新加坡国家级认证,强势入驻水下船体检测清洗顶尖阵营 | 成功斩获新加坡国家水下船体检测与清洗计划(CFP)资格。 |
| SE025 | SEAHI Robotics via Toutiao | 招聘启事丨世航智能招聘英才,期待你的加入! - 今日头条 | 联合哈尔滨工程大学等国内著名高校共同发布了《海洋牧场中无人船自动驾驶技术规程》(T/CI 326—2024)标准。 |
| SE026 | SEAHI Robotics | SEAHI X_海洋机器人_核心产品_苏州世航智能科技有限公司 | 深海探矿机器人。 |
| SU001 | SEAHI Robotics | 哈尔滨工程大学:世航智能陈晓博——专注19年,推动中国机器人挺进深蓝! | 在福建海运集团的一次实测中,世航智能自主研发的“虎鲸”交出了令人惊喜的成绩:清洗一艘满载藤壶的货轮,机器人的效率是人工的50倍。原本需要两周的工期,缩短到了10个小时。 |
| SU002 | China Institute of Navigation | 中国航海学会关于公布2025年度科学技术进步奖和技术发明奖获奖项目的通知 | |
| SU003 | SEAHI Robotics | 中国航海一等奖!世航荣膺航海领域最高科技荣誉! | |
| SU004 | Maritime and Port Authority of Singapore | MPA Selects Six Partners for In-Water Hull Inspection and Cleaning Innovation Trials in the Port of Singapore | The projects will involve technology providers, service operators, classification societies and shipowners working together to validate the solutions under actual operating conditions. |
| SU005 | SEAHI Robotics | 唯一受邀海洋具身机器人,世航携手中国船级社(CCS)亮相新加坡海事周 | |
| SU006 | SEAHI Robotics | 世航(SEAHI Robotics)入选新加坡国家水下船体检测和清洗计划 | |
| SU007 | Tencent News / Beijing Daily | 超10亿元!海洋机器人赛道全球最大单轮融资落地 | |
| SU008 | 10jqka Finance | 世航智能完成超10亿元A轮融资 | |
| SU009 | Tencent News | 中国海洋具身机器人登上世界舞台!世航智能亮相2026新加坡海事周 | |
| SU010 | Securities Daily | 世航智能完成超10亿元A轮融资 | |
| SU011 | HTX Insights | Hardcore First Look | Ocean Embodied Intelligence Company Shihang Intelligence Secures Record-Breaking 1 Billion in Funding, Zhu Xiaohu, Temasek Place Bets | The company's order value for the first half of 2026 alone has exceeded 1 billion RMB. Its "Orca Robot" is used by major shipping companies and has performed maintenance on over a thousand large vessels. |
| SU012 | Baidu Baike | 苏州世航智能科技有限公司 | |
| SU013 | Baidu Baike | Suzhou Shihang Intelligent Technology Co., Ltd. | |
| SU014 | Manifold Times | SMW 2026: MPA selects six partners for in-water hull cleaning, inspection trials | |
| SU015 | Association of Singapore Marine and Offshore Energy Industries | MPA Selects Six Partners for In-Water Hull Inspection and Cleaning Innovation Trials in the Port of Singapore | |
| SU016 | Hellenic Shipping News | MPA Selects Six Partners for In-Water Hull Inspection and Cleaning Innovation Trials in the Port of Singapore | |
| SU017 | International Maritime Organization | Biofouling | In-water cleaning is an important measure to remove biofouling from the hull and niche areas, but may physically damage the anti-fouling coatings, shorten coating service lifetime and release harmful waste substances and invasive aquatic species into the environment. |
| SU018 | NewsGlobeNow | Shihang Intelligent Tops 1 Billion Yuan in 2026 Orders | |
| SU019 | SEAHI Robotics | Seahi Robotics Co., Ltd. | |
| SU020 | SEAHI Robotics | 世航智能官网⎜全球领先的海洋具身机器人公司 | |
| SU021 | SEAHI Robotics | 船舶清洗_苏州世航智能科技有限公司 | |
| SU022 | SEAHI Robotics | 虎鲸_海洋机器人_核心产品_苏州世航智能科技有限公司 | |
| SU023 | SEAHI Robotics | 海上风电_苏州世航智能科技有限公司 | |
| SU024 | SEAHI Robotics | 海上光伏_苏州世航智能科技有限公司 | |
| SU025 | SEAHI Robotics | 世航智能完成全球海洋机器人最大融资,助力海洋经济高质量发展 | |
| SU026 | SEAHI Robotics | 完成两轮数亿元融资,世航全面领跑全球海洋具身机器人 | |
| SU027 | Gasgoo Auto News | Seeds | Shihang Intelligent Closes Series A Round Exceeding 1 Billion Yuan | |
| SU028 | TNGlobal | Alicia Bots, C-Leanship, Neptune Robotics, Oceanis Robotics, RINA, SEAHI Robotics receive $2.91M R&D funding from MINT | |
| SU029 | MarineLink | Six Partners Selected by MPA for In-Water Hull Inspection, Cleaning Trials in the Port of Singapore | |
| SU030 | Maritime Professional | Six Partners Selected by MPA for In-Water Hull Inspection, Cleaning Trials in the Port of Singapore | |
| SR001 | Maritime and Port Authority of Singapore | MPA Selects Six Partners for In-Water Hull Inspection and Cleaning Innovation Trials in the Port of Singapore | These trials will test how such solutions can operate efficiently and safely alongside port activities, as well as its cost-effectiveness and environmental sustainability, with the goal of enabling large-scale deployment. |
| SR002 | International Maritime Organization | Biofouling | In-water cleaning is an important measure to remove biofouling from the hull and niche areas, but may physically damage the anti-fouling coatings, shorten coating service lifetime and release harmful waste substances and invasive aquatic species into the environment. |
| SR003 | International Maritime Organization | International Convention on the Control of Harmful Anti-fouling Systems on Ships (AFS) | Under the terms of the AFS Convention, Parties to the Convention are required to prohibit and/or restrict the use of harmful anti-fouling systems on ships ... and all ships that enter a port, shipyard or offshore terminal of a Party. |
| SR004 | National People's Congress of China | 中华人民共和国个人信息保护法 | 处理敏感个人信息应当取得个人的单独同意。 |
| SR005 | Ministry of Justice of the People's Republic of China | China passes its newly revised Maritime Law | To meet new requirements for marine environmental protection, the law introduces a new chapter on liability for ship oil pollution damage, further strengthening the legal framework for marine ecological conservation. |
| SR006 | MarineLink | IMO PPR 12 Finalizes In-Water Cleaning Guidance | PPR 12 agreed that further work is needed ... and MEPC 83 will consider a new output on the possible development of mandatory requirements for biofouling management. |
| SR007 | SAFETY4SEA | BIMCO: New guidance on in-water cleaning of ships’ biofouling | Critically the guidance looks at the capture of waste substances ... intended to protect the environment from the release of coating substances and non-native organisms in removed biofouling. |
| SR008 | International Organization for Standardization | ISO 6319:2026 — Ships and marine technology — Marine environment protection — Conducting and documenting in-water cleaning of biofouling on ships | This document provides requirements and best practices for planning, conducting and documenting in-water cleaning (IWC) operations safely, efficiently and in an environmentally sound manner. |
| SR009 | MIIT | 关于印发“十四五”机器人产业发展规划的通知 | |
| SR010 | State Council Information Office / Xinhua | China releases national standard system for humanoid robotics and embodied AI | The brain-like and intelligent computing standards cover ... the entire data lifecycle and model training and deployment processes. |
| SR011 | CNINFO / Dayang Motor | 中山大洋电机股份有限公司关于对外投资嘉兴上河化龙股权投资合伙企业(有限合伙)的公告 | 合伙企业可能存在未能募集到足额资金的风险。产业基金具有投资周期长、流动性较低等特点,本次投资存在回收期较长的风险。 |
| SR012 | QCC | 苏州世航智能科技有限公司经营信息 - 企查查 | 【宁波海运‘明州202’轮船壳外板等水下清洁施工服务】结果公告 ... 中标单位:苏州世航智能科技有限公司。 |
| SR013 | Aiqicha | 苏州世航智能科技有限公司 - 世航智能 - 爱企查 | 参保人数为25人 ... 经营范围包括许可项目:船舶拆除;船舶设计;船舶制造;船舶修理;河道疏浚施工专业作业。 |
| SR014 | SEAHI Robotics | 社会招聘_苏州世航智能科技有限公司 | 负责与客户前期的沟通和交流 ... 配合业主单位进行项目立项、招投标准备工作。 |
| SR015 | Zhaopin | 苏州世航智能科技有限公司招聘 - 智联招聘 | 产品已广泛应用到船舶清洗、智慧水域、海上光伏、海上风电、海洋牧场、海洋工程、资源勘测、海洋科考等多个领域。 |
| SR016 | Jobui | 「江苏世航智能招聘」苏州世航智能科技有限公司江苏分公司(智能机器人公司) - 职友集 | 最新招聘108个职位。 |
| SR017 | SEAHI Robotics | 世航智能完成全球海洋机器人最大融资,助力海洋经济高质量发展 | 本轮融资将重点投向核心技术研发、全球化市场拓展及产业链生态建设。 |
| SR018 | China.com | 世航再获数亿元融资,夯实海洋具身机器人“全球定义者”地位 | 资金将用于核心技术迭代、产能扩张及全球市场拓展。 |
| SR019 | Science and Technology Daily | 世航智能创海洋机器人领域单轮融资纪录 | 海洋具身智能公司世航智能宣布完成A轮融资,融资金额超过10亿元。 |
| SR020 | 10jqka / Securities Daily syndication | 世航智能完成超10亿元A轮融资 | 2026年上半年,世航智能获得订单金额已超10亿元。 |
| SR021 | 36Kr | 硬氪首发 | 海洋具身智能公司「世航智能」拿下创纪录10亿融资,朱啸虎押注 | 仅2026年上半年,「世航智能」获得订单金额已超过10亿元。 |
| SR022 | NetEase / 36Kr HardKrypton | 硬氪首发 | 海洋具身智能公司「世航智能」拿下创纪录10亿融资,朱啸虎、淡马锡押注 | 公司方面透露,仅2026年上半年,「世航智能」获得订单金额已超过10亿元。 |
| SR023 | Guancha | 下万米深海,海洋机器人公司拿到超10亿A轮融资 | 行业内通用的科研级推进器寿命通常只有三四百小时……世航团队把使用寿命提升到了10000小时。 |
| SR024 | Leaderobot | 世航智能完成超10亿元A轮融资,创全球海洋机器人领域单轮融资规模纪录 | 公司已基于百万小时级商业作业数据构建海洋世界模型。 |
| SR025 | Manifold Times | SMW 2026: MPA selects six partners for in-water hull cleaning, inspection trials | The selected partners will commence technology development and trials from the second half of 2026, over a period of 18 months. |
| SR026 | SEAHI Robotics | 哈尔滨工程大学:世航智能陈晓博——专注19年,推动中国机器人挺进深蓝! | 在福建海运集团的一次实测中 ... 原本需要两周的工期,缩短到了10个小时。 |
| SR027 | SEAHI Robotics | 中国航海一等奖!世航荣膺航海领域最高科技荣誉! | 由世航智能牵头,联合交通部水科院、招商轮船、中远散运、山东港口科技、福建海运、国能(天津)港务、华洋海事、哈工程大学八家行业顶尖单位联合申报的项目。 |
| SR028 | China Institute of Navigation | 中国航海学会关于公布2025年度科学技术进步奖和技术发明奖获奖项目的通知 | |
| SR029 | SEAHI Robotics | 船舶清洗_苏州世航智能科技有限公司 | 清洗过程无化学污染、不损伤船体涂层,且可在船舶停泊期间快速完成清洗作业。 |
| SR030 | SEAHI Robotics | 海上风电_苏州世航智能科技有限公司 | 提供‘水下检测+智能诊断’一体化解决方案。 |
| SR031 | SEAHI Robotics | 海上光伏_苏州世航智能科技有限公司 | 可实现光伏平台水下基础结构检测、桩基腐蚀监测、周边水域环境勘察等关键任务。 |
| SR032 | SEAHI Robotics | 盘古推进器_核心配件_核心产品_苏州世航智能科技有限公司 | 长寿命:10000小时稳定运行,降低设备更换成本。 |
| SR033 | International Maritime Organization | Pollution Prevention | MARPOL ... addresses pollution from ships ... and IMO is continuously pursuing a pro-active approach to enhance implementation and enforcement. |
| SV001 | CNINFO / Dayang Motor | 中山大洋电机股份有限公司关于对外投资嘉兴上河化龙股权投资合伙企业(有限合伙)的公告 | 合伙企业尚需完成基金备案及其他程序,实施过程和进度尚存在不确定性。 |
| SV002 | SEAHI Robotics | 世航智能完成全球海洋机器人最大融资,助力海洋经济高质量发展 | 世航智能宣布完成A轮融资,融资金额超过10亿元。 |
| SV003 | 中华网 | 世航再获数亿元融资,夯实海洋具身机器人“全球定义者”地位 | 刚刚完成了数亿元A+轮及A++轮融资。 |
| SV004 | 腾讯新闻 | 问AI·创始人陈晓博的19年深耕如何助推全球最大融资? | 仅2026年上半年,世航智能获得订单金额已超过10亿元。 |
| SV005 | 科技日报 | 世航智能创海洋机器人领域单轮融资纪录 | 融资金额超过10亿元。 |
| SV006 | 投资界 / Pedaily | 苏州世航智能科技有限公司完成A轮融资 | 融资金额超过10亿元。 |
| SV007 | 同花顺财经 | 世航智能完成A轮融资 | 2026年上半年,世航智能获得订单金额已超10亿元。 |
| SV008 | 新浪财经 | 雷峰网:世航智能宣布完成超10亿元A轮融资 | 2026 年上半年订单金额已超 10 亿元。 |
| SV009 | 北京日报客户端 | 苏州世航智能科技有限公司宣布完成A轮融资 | 仅今年上半年,公司获得订单金额已超10亿元。 |
| SV010 | 智研咨询 | 2026年水下机器人行业市场规模及主要企业市占率分析报告 | 2025年全球市场规模达123亿美元。我国...2025年国内市场规模达146亿元。 |
| SV011 | Maritime and Port Authority of Singapore | MPA Selects Six Partners for In-Water Hull Inspection and Cleaning Innovation Trials in the Port of Singapore | The selected partners will commence technology development and trials ... over a period of 18 months. |
| SV012 | MarineLink | Six Partners Selected by MPA for In-Water Hull Inspection, Cleaning Trials in the Port of Singapore | The selected partners will commence technology development and trials from the second half of 2026, over a period of 18 months. |
| SV013 | International Maritime Organization | Biofouling | The development of mandatory requirements will shift biofouling management from voluntary guidelines to enforceable international regulations. |
| SV014 | OceanAlpha | About Us | more than 4,000 USVs and water rescue robots successfully delivered |
| SV015 | OceanAlpha | OceanAlpha Showcases Intelligent Maritime Solutions at Seawork 2026 in Southampton, UK | |
| SV016 | Saildrone | About Us | Saildrone streams data from USVs at sea into customer workflows in near real time. |
| SV017 | Saildrone | Introducing Saildrone Spectre, a Next-Generation USV for Anti-Submarine Warfare and VLS Strike | |
| SV018 | Fincantieri | Fincantieri to build Spectre, a new class of high-speed unmanned surface vessel | At approximately 52 meters in length ... Spectre is the largest, fastest, and most capable Saildrone platform to date. |
| SV019 | QYSEA Store | QYSEA FIFISH Official Store-Professional ROV, Underwater Drone & Tools | FIFISH V-EVO ... $1,399.00 ... V6 EXPERT ... $2,999.00 ... E-GO ... $7,348.00 |
| SV020 | QYSEA | QYSEA official website | |
| SV021 | Blueye Robotics | Shipping | An underwater ROV with camera enables frequent hull inspections. |
| SV022 | CHASING | CHASING M2 PRO MAX Underwater ROV | A Heavy-Duty Underwater ROV Built for Extended Inspection & Industrial Tasks |
| SV023 | Teledyne Technologies | 2025 Teledyne Annual Report | Net sales $6,115.4 |
| SV024 | Stock Analysis | Teledyne Technologies (TDY) Market Cap & Net Worth | Teledyne Technologies has a market cap or net worth of $28.36 billion as of June 24, 2026. |
| SV025 | Fugro | Annual Report 2025 | For Fugro, 2025 proved to be a challenging year. |
| SV026 | Stock Analysis | Fugro (AMS:FUR) Market Cap & Net Worth | Fugro has a market cap or net worth of €1.13 billion as of June 24, 2026. |
| SV027 | Euronext Live | Annual report 2025 | KONGSBERG has more than 15,000 employees in 40 countries and recorded total revenues of NOK 58.6 billion in 2025. |
| SV028 | Stock Analysis | Kongsberg Gruppen ASA (OSL:KOG) Market Cap & Net Worth | Kongsberg Gruppen ASA has a market cap or net worth of 255.78 billion as of June 24, 2026. |
| SV029 | CompaniesMarketCap | Kongsberg Gruppen (KOG.OL) - Market capitalization | As of June 2026 Kongsberg Gruppen has a market cap of $25.95 Billion USD. |
| SV030 | Kraken Robotics | Kraken Robotics Reports 2025 Financial Results | Record annual results with 2025 revenue of $102.2 million and Adjusted EBITDA of $25.0 million. |
| SV031 | CompaniesMarketCap | Kraken Robotics (PNG.V) - Market capitalization | As of June 2026 Kraken Robotics has a market cap of $1.51 Billion USD. |
| SV032 | MPA Singapore | In-Water Hull Inspection and Cleaning Innovation |