初创公司尽调
尽调报告 Quantum computing / deep tech infrastructure Late-stage private / pre-IPO 2026-07-21

Origin Quantum

完整尽调报告 — July 2026

Origin Quantum 看起来是中国最可信的全栈量子基础设施公司之一,但财务披露不完整、客户透明度不足、容错路径仍不确定,再叠加地缘摩擦,投资判断只能停在继续研究,而不是高确信买入。

封面要素

成立时间 01
2017 [CO001]
总部 02
Hefei, Anhui [CO002]
累计融资(公开数据库) 03
165.65 USD M [CO009]
2026 年媒体估值锚点 04
21000 CNY M [CO012, CV002]
云平台覆盖 05
145+ countries/regions [CO015, CU002]

公司概况

Origin Quantum(本源量子)是一家总部位于合肥的中国量子计算公司,2017 年从 USTC / CAS 量子信息生态中走出。公司销售一套全栈平台,覆盖超导量子硬件、控制系统、低温基础设施、云访问、开发者工具和 Origin Pilot 操作系统。其 2026 年公开产品叙事围绕第四代超导量子计算机 Wukong-180;采用叙事则围绕云平台已服务 145+ 个国家 / 地区、60+ 所合作高校、1.19M+ 次计算任务和 30M+ 次全球访问。Origin 具备战略重要性和技术可信度,但财务披露仍不足,也暴露在地缘政治风险之下。

官网
www.originqc.com.cn
成立时间
2017-01-01
创始人
Guo Guoping, Guo Guangcan
创立地点
Hefei High-Tech Zone, Anhui, China
总部
Hefei, Anhui, China
产品
全栈量子平台,包括 Wukong 系列超导量子计算机、超导芯片、Tianji 量子测控系统、SL1000 稀释制冷机、OriginQ Cloud、QPanda3、VQNet 和 Origin Pilot 量子操作系统。
客户
面向高校、研究人员、开发者、公共部门或战略计算机构,以及金融、能源、天气、AI、生物医药等领域的企业试点;同时借西班牙计算中心项目推进国际基础设施布局。
商业模式
可能由硬件系统销售、量子云用量、开发者栈访问,以及项目制或授权式垂直应用构成。公开资料展示了可变现界面,但没有披露分部收入结构或单位经济。
阶段
Late-stage private / pre-IPO; multiple disclosed funding rounds with competing 2025–2026 valuation anchors.
融资情况
CB Insights 公开数据显示,公司完成 8 轮融资,已披露累计融资 $165.65M。中国行业媒体另称,公司 2026 年完成近 CNY 3B 的 pre-IPO 轮融资,投前估值 CNY 21B。两组信息本身的不一致,就是关键尽调问题。
[CO001, CO002, CO004, CO005, CO006, CO009, CO012, CO015]

执行摘要

主要优势

  • 硬件、控制、低温、云、开发者工具和 Origin Pilot 操作系统已经能看见全栈整合;这个故事比单颗芯片发布更像一个深平台。
  • 公开生态牵引指标很强:服务 145+ 个国家和地区,合作高校 60+ 所,计算任务 1.19M+ 个,云平台全球访问量 30M+ 次。
  • 在中国国家级量子推进中占据主权科技定位,公开背后有国资关联或战略投资者支持,西班牙项目也给出可见的出海叙事。
  • Wukong-180 发布显示工程确有进展,也证明公司正从实验室走向平台化交付和云端访问。
  • 金融、能源、教育、AI、生物医药和天气等应用营销铺得很宽;商业化一旦加深,长期可选项会更多。

主要风险

  • 没有经审计公开财务,没有公开烧钱速度和现金跑道披露,估值锚点还彼此冲突,仅靠公开信息无法精确定价。
  • 客户证据最强的是生态覆盖,最弱的是具名付费标杆客户、合同深度、留存和集中度。
  • 技术证据在整合层面较强,但容错和逻辑量子比特层面仍不完整,执行风险还很大。
  • 即使技术继续推进,出口管制和地缘紧张也可能影响合作、零部件来源和国际商业化。
  • 量子基础设施扩张仍重资本;同行证据显示,在商业化成熟前,公司很可能反复依赖融资。

未决问题

  • FY2024-FY2025 经审计财务报表,包括收入结构、毛利率、现金余额、烧钱速度和现金跑道。
  • 需要把 CB Insights、行业媒体和真实条款单中的 2025-2026 年估值与融资时间线对齐。
  • 具名付费客户清单、续约、集中度指标,以及由合同支撑的客户访谈。
  • 精确股权估值所需的股权结构表、优先股条款、清算优先权和股数。
  • 可靠性指标:正常运行时间、事故历史、SLA 承诺、良率数据,以及逻辑量子比特 / 容错路线图证据。

目录

Chapter 01

01公司概况

1.1 身份、根基与当前阶段

Origin Quantum 把自己定位为中国旗舰级全栈量子计算公司:英文官网围绕量子机器、云访问、开发者工具和行业解决方案展开;官方 About 页面则把公司的技术源头连接到 CAS Key Laboratory of Quantum Information 和 University of Science and Technology of China。公开分析师画像大体认同这一核心身份:一家位于合肥的超导量子创业公司,2017 年成立,目标是把一个具有国家重要性的科研集群转化为工业化技术栈。这个工业化角度很关键,因为 Origin 不是只卖处理器。它把芯片、控制电子、低温系统、操作系统、云和垂直应用软件打包成完整运行环境,作为海外量子栈的主权国产替代。 公司当前阶段更接近私营后期和 IPO 前,而不是创业早期或成熟上市公司。公开资料强调技术发布和生态覆盖,而非经审计财务规模。当前最强的规模标记是运营代理指标:云访问量、服务国家、高校伙伴,以及 May 2026 面向全球用户发布 Wukong-180。这个组合让 Origin Quantum 更像一家战略基础设施公司,其重要性超过单看公开财务披露所能体现的水平。[CO001, CO002, CO003, CO004, CO005, CO006]

KPI 快照表
指标数值日期置信度缺口
成立时间20172017
总部中国安徽合肥高新区2026
阶段未上市 / IPO 前2026未直接审阅上市申报文件
旗舰系统Origin Wukong-1802026-05
云端覆盖145+ 个国家和地区2026
合作高校60+2026
全球访问量30M+2026
已处理任务1.19M+2026
已披露累计融资$165.65M2026-06公开数据库与中文媒体总额不一致
2025 年公开估值标记$969.89M2025-09最新 2026 年估值金额并未清晰公开
中文媒体融资前估值报道CNY 21B2026单一行业媒体报道
收入披露未审阅到公开收入、ARR 或利润率数据

汇总官方云端指标与公开分析师、市场情报资料;估值数字尚未完全口径一致。

[CO001, CO002, CO008, CO009, CO011, CO012]
FO002: 公司快照逻辑

科研出身、全栈产品、云端触达和国家资本彼此强化。

[CO003, CO004, CO015, CO016, CO018, CO030]

1.2 创始人、治理与领导层集中度

Origin Quantum 的公开创始人叙事格外偏科学。郭国平教授在官方和分析师资料中多次作为运营创始人与技术架构师出现;郭光灿院士则被呈现为资深科学背书人,其工作推动形成了公司所源出的 USTC-CAS 量子集群。这给一家中国民营深科技创业公司带来罕见的科学合法性,但也让公开故事集中在较窄的领导圈层上。已审阅资料没有呈现完整公开董事会名单、财务职能,或能独立可见的第二梯队管理层。这在中国前沿硬件公司里并不少见,但尽调上意味着公司的公开治理披露落后于技术野心。 缺少详细董事会图谱之所以重要,是因为 Origin 正在从科研声望转向资本密集型商业化。投资人需要知道,谁能治理采购周期、出口管制应对、供应链本地化和最终 IPO 准备。现有证据仍指向一个创始科学家模型,公开管理透明度有限。结果是:技术领导力信号置信度高,治理信号置信度中等。[CO004, CO005, CO006, CO007, CO024, CO025]

领导层与创始人表
人物角色公开证据尽调结论
Guo Guoping创始人 / 技术负责人官方介绍页;分析师资料核心科学可信度强,可能存在关键人物依赖
Guo Guangcan创始科学背书人官方介绍页;分析师资料强化 USTC/CAS 背景和政策通道
公开董事会 / 独立董事已审阅公开材料未披露治理透明度仍有限
已具名 CFO / COO 梯队已审阅公开材料未披露管理层纵深评估不完整

公开领导层披露偏创始科学家,不展示完整董事会或高管梯队。

[CO004, CO005, CO006, CO007, CO035]
公开披露 / 尽调阻断项表
议题公开状态含义下一步索取
详细治理单薄抬高关键人物和控制权风险索取董事会与委员会名单
经审计收入缺失阻碍经营面投资判断索取经审计财务报表
股权结构表 / 优先权缺失阻碍精准估值索取融资文件
已具名客户名单部分披露云端使用量夸大合同可见度索取头部账户名单

本章能比披露质量更快验证战略相关性。

[CO007, CO013, CO030, CO035]

1.3 融资、估值与披露质量

融资证据存在,但并不完全一致。最干净的公开数据库视角来自 CB Insights:页面列出 8 轮融资、已披露融资 $165.65 million,以及最新一轮 June 7, 2026 未具名 VC 融资,关联投资方包括 Norinco、CASVC Investment、China Internet Investment Fund、Hefei Hi-Tech Investment 和 Shenzhen Capital Group。同一页面把最新投后估值放在订阅墙后,但露出 September 2025 的估值标记 $969.89 million。中国行业媒体给出显著更大的融资图景:C114 报道称,公司 2026 年完成近 CNY 3 billion 的 pre-IPO 轮融资,投前估值 CNY 21 billion。这些数据点无法干净对齐,公司官网也没有发布经审计股权结构表。 这种错位本身就是重要尽调事实。它说明 Origin Quantum 确实能获得国资背景资本,但外部投资人仅靠公开记录,还无法建立一条无争议的股权结构时间线。因此,公司具备融资能力,但还不能被公开数据轻松承销。这也是本报告把当前所有估值锚点都视为中置信度或低置信度的原因,除非有多个独立来源相互印证。[CO009, CO010, CO011, CO012, CO013, CO027]

利益相关方或投资人图谱
利益相关方关系公开可见证据尽调含义
CASVC Investment连续投资人CB Insights 投资人名单显示国家支持资金仍在续投
China Internet Investment Fund国家关联投资人CB Insights 投资人名单;2022 年 TQI 文章贴合国家战略,但存在政策依赖
Hefei Hi-Tech Investment地方战略投资人CB Insights 投资人名单锚定市级政策支持
Shenzhen Capital Group财务投资人CB Insights 投资人名单增加省级风投背书
Norinco公开资料显示为最新轮参与方CB Insights 公开轮次摘要带来国防工业色彩
China North Industries Group / 省级平台中文媒体所称领投方组合C114 2026 年文章凸显公开数据中的资本结构不一致

投资人可见度由 CB Insights 与中文行业媒体拼出;准确持股比例并未公开。

[CO009, CO010, CO012, CO027]

1.4 里程碑、平台成熟度与国际信号

如果把 Origin Quantum 的里程碑曲线看成一连串系统搭建成果,而不是单纯的量子比特膨胀,它最有说服力。分析师画像和公司资料勾勒出一条路径:早期云和软件发布,2021 年推出 Origin Pilot,January 2024 发布 72 量子比特 Origin Wukong,May 2026 发布 180 量子比特 Wukong-180。当前旗舰机的公开规格足够详细,能支撑一个可信工程故事:180 个计算量子比特、251 个耦合量子比特、40 microseconds T1、20 microseconds T2 echo、99.9 percent 单量子比特门保真度,以及 99 percent 双量子比特和读出保真度。公司又把这个故事与云分发指标和生态竞赛相连,试图扩大开发者使用。 Malaga 计算中心协议增加了另一类里程碑:国际意义。支持者把它解读为 Origin 能把混合量子基础设施出口到中国之外的验证。批评者,尤其是 MERICS,则把同一交易解读为中国量子出口可能给欧洲带来数据和依赖风险的信号。两种解读都重要。放在一起看,它们表明 Origin Quantum 已经从国内声望工程,跨入了地缘政治可识别的技术供应商范畴。[CO017, CO018, CO019, CO020, CO021, CO022]

里程碑表
日期事件类型状态参与方含义
2017-09Origin Quantum 在合肥成立创立已完成Guo Guoping;Guo Guangcan;USTC/CAS 生态催生中国本土全栈量子初创公司
2021Origin Pilot 发布产品已完成Origin Quantum早期搭起软件控制层
2022-07据报道完成约 RMB 1B / $148M 的大额 Series B 轮融资已完成国家关联投资人确立国家冠军式资金支持
2024-0172 量子比特 Origin Wukong 上线并开放全球云端访问规模已完成Origin Quantum获得国际云端可见度
2025西班牙 Malaga 综合计算中心协议公布合作已完成Origin Quantum;ChinaLink ESGt显示出口雄心,也带来地缘政治审视
2025-09公开资料出现 IPO 辅导与估值标记治理进行中公开数据库;中文媒体显示上市意图,但披露不完整
2026-02Origin Pilot 公开下载版发布产品已完成Origin Quantum打开开发者生态层
2026-05Origin Wukong-180 发布产品已完成Origin Quantum从 72 个计算量子比特推进到 180 个

这条时间线强调会实质影响公司身份、资本获取和平台成熟度的公开里程碑。

[CO001, CO019, CO024, CO026, CO027, CO029]
FO001: 公司里程碑时间线

Origin Quantum 的公开里程碑显示,它是在逐步搭建全栈,而不只是抬高量子比特数。

[CO001, CO019, CO024, CO026, CO027, CO029]

1.5 图表

Chapter 02

02市场分析

2.1 市场边界与规模测算口径

Origin Quantum 面对的可投市场不是全部“量子”支出,而是更窄的一段:超导量子计算基础设施、云访问、开发者软件和早期应用服务与真实预算相交的地方。除非直接创造计算需求,多数量子通信基础设施和仅做传感的项目都应排除在外。在这个边界内,公开市场研究仍稀疏,但可用。IMARC 估计,中国量子计算市场 2025 年为 USD 258.64 million,并预计到 2034 年以 33.84 percent CAGR 增至 USD 3.56 billion。这些数字应被当作方向性参考,而非经审计事实,但它们提供了一个比“所有量子技术”更具体的市场口径。 尽调上最重要的含义是,Origin 的现实可服务市场只是上述预测的一部分。公司销售全栈计算硬件、云访问、开发者工具和垂直解决方案叙事。这让它的 TAM 比芯片供应商更宽,但比中国完整量子政策综合体更窄。合理框架是:TAM 等于中国量子计算支出;SAM 等于超导计算加上研究和受监管行业中的相邻云 / 软件部署;SOM 等于今天已经能购买或试点的那一小段工作负载。[CM001, CM002, CM003, CM008, CM009, CM010]

市场定义表
层级纳入范围重要性排除项或提示
超导硬件Origin 销售量子计算机及配套硬件排除仅 QKD 基础设施
量子云访问Origin 推动采用的核心切口排除通用超大规模云 AI 支出
开发者工具 / OS提升粘性并降低采用摩擦排除纯学术理论支出
行业解决方案试点金融、能源、生物医药、天气等打开预算路径不与计算挂钩的量子通信和传感排除在外

界定本章使用的市场边界;比全部量子技术支出口径更窄。

[CM008, CM009, CM010, CM028, CM036]
TAM / SAM / SOM 规模测算口径表
口径定义数值或范围置信度
中国量子计算 TAM中国量子计算市场预测基准2025 年 USD 258.64M,2034 年达到 USD 3.56B
更广义的中国量子行业包含非计算层的更广生态2025 年 CNY 11.56B
Origin 类 SAM超导计算、云、软件及邻近受监管试点中国量子计算 TAM 的子集
近期 SOM科研、教育、公共部门试点、有选择的企业工作负载明显小于 SAM;公开口径不清晰

使用公开市场研究,并按证据约束收窄到 Origin 实际可服务市场。

[CM001, CM002, CM003, CM004, CM005, CM028]
FM001: 市场规模测算视角

Origin 能触达的市场,是中国量子支出中收窄后的一部分。

[CM001, CM004, CM028, CM029, CM030, CM032]
FM002: 市场估算区间

预测增速很陡,但方法论只能作方向性参考。

[CM001, CM002, CM004, CM031, CM032]

2.2 买方地图与采用路径

量子计算在进入标准化软件预算之前,仍要先穿过机构体系,因此买方地图格外分层。高校和国家实验室重要,因为它们购买培训能力、研究访问和生态可信度。政府机构和超算中心重要,因为有政策支持的采购能在商业 ROI 清晰之前很久,就补贴前沿基础设施。企业买方——尤其是金融、能源、生物医药、AI 和天气领域——更像试点赞助方,而非可重复放量的生产客户。Origin 自己的解决方案页面也强化了这个结构,点名组合优化、智能电网优化、分子模拟、量子机器学习和天气预报等目标用例。 云交付是跨越这些细分客群的桥。Origin 把低温基础设施抽象掉之后,可以用同一访问层服务研究人员、学生和早期企业团队。这降低了采用摩擦,也把可服务市场扩展到不愿购买完整系统的机构之外。它还解释了为什么合作高校数量和云使用统计仍是今天最好的公开需求代理指标之一。[CM011, CM012, CM013, CM014, CM015, CM016]

细分市场 / 买方图谱
细分市场买方用户预算逻辑
高校教育高校管理者和科研院系学生、教师、实验室团队人才管线和课程软件采购
公共科研与 HPC国家实验室、超算中心、政府研究机构研究人员和共享计算用户基础设施、声誉和采购支持的实验
企业试点项目CIO、创新、量化、R&D 或数字化转型负责人应用研究团队面向优化、AI、化学、能源和预测的试点预算
云端自助服务开发者、教师、研究人员个人平台用户低成本试用、培训和实验

市场仍先通过机构触达用户,然后才会成为标准化企业软件类别。

[CM011, CM012, CM013, CM014, CM015, CM016]
FM003: 买方 / 细分市场地图

市场先由机构成形,再向企业工作负载筛选。

[CM011, CM012, CM017, CM018, CM036]
FM004: 采用漏斗或价值链图

云和工具链把政策支持的科研接到选择性商业工作负载上。

[CM006, CM017, CM018, CM020, CM033, CM037]

2.3 增长驱动与商业化顺风

增长故事本质上由政策牵引。The Quantum Insider 和 Entangled Future 都描述了一个由国家方向、国家实验室、省级集群支持和战略基金配置塑造的中国市场。第 15 个五年规划把重心从纯前沿研究转向商业化支持、采购和制造本地化。落到实践里,这改善了 Origin 全栈战略的需求环境,因为本地买家可以把试点部署解释为国家能力建设,而不只是短期 ROI 项目。 第二个驱动来自应用邻近性。Origin 不需要等到容错通用量子计算成熟,才能从金融、生物医药、能源、教育或 AI 的早期实验预算中受益。它的产品页和解决方案页明确围绕这些垂直行业组织。第三个驱动是云与工具链:一旦开发者访问、竞赛和课程体系存在,硬件仍然专业化时,市场也能继续扩宽。这些因素解释了为什么商业化机会真实存在,尽管公开收入规模仍不成熟。[CM004, CM005, CM006, CM007, CM019, CM020]

增长驱动因素与约束表
因素驱动因素或约束证据对 Origin 的含义
第十五个五年规划驱动因素量子被列为未来产业重点;地方资金已配置支撑采购和商业化
云端交付驱动因素官方云访问降低基础设施门槛扩大可触达用户和地域
人才短缺约束IMARC 指出严重跨学科人才缺口拖慢部署规模和客户准备度
出口管制约束美国管制覆盖先进量子技术和部件推高本地化成本和合作摩擦
技术成熟度约束容错和可重复 ROI 仍未验证让 SOM 小于叙事中的 TAM

市场增长是真实的,但采用仍受人才、部件可得性和工作负载成熟度卡住。

[CM006, CM007, CM017, CM023, CM025, CM026]

2.4 采用约束、监管与尽调提示

支持上行空间的同一批来源,也说明为什么承销这个市场仍然困难。IMARC 指出量子专业人才严重短缺,并强调低温、材料、软件和系统工程叠加出的跨学科人才负担。Quantum.gov、BIS 和法律评论显示,出口管制和本地化压力是结构性的,不是暂时性的;它们影响低温系统、组件和海外协作。与此同时,IMARC 和 McKinsey 都暗示,技术尚未走到能够轻松证明广泛生产 ROI 的阶段。公开证据仍偏向研究使用、教育和试点。 因此,市场有吸引力,但还不干净。Origin 的机会存在于由战略政策支撑的早期采用环境中,而不是成熟软件品类里那种定价标准化、回报显而易见的市场。本章因此同时保留增长逻辑和方法提示:市场规模报告有用,但不能替代真实采购、重复收入或公开定价数据。[CM023, CM024, CM025, CM026, CM027, CM032]

2.5 图表

Chapter 03

03竞争格局

3.1 竞争集合与战略定位

Origin Quantum 同时在三层竞争。第一层是前沿既有玩家和公开量子品牌,例如 IBM、Google、IonQ、Rigetti 和 Quantinuum。第二层是中国同行,例如 QuantumCTek 和 SpinQ,它们切入国内生态的相邻环节。第三层是替代品:经典 HPC、AI 加速器,以及能满足部分探索性工作负载、且无需专用量子硬件的公有云实验环境。这一点很重要,因为 Origin 最强的主张不是自己领先每一个前沿指标。它最强的主张,是自己是中国最可见的一体化国产计算栈。 这种定位让公司不太像单一模态硬件实验室,更像一套主权平台战略。因此,正确问题不是“Origin 比 IBM 或 IonQ 更大吗?”而是“相较依赖海外云、海外组件或更窄产品范围的同行,Origin 是否拥有更多以中国为中心的价值链?”在这个框架下,即便公开市场同行规模更大、透明度更高,Origin 仍具备战略差异化。[CP001, CP002, CP003, CP015, CP016, CP017]

竞争对手画像表
公司模态 / 模型商业姿态规模标记
Origin Quantum超导全栈未上市,中国中心,云 + 系统 + 软件官方云指标覆盖 145+ 个国家
IonQ离子阱全栈平台上市、商业化导向、国际化2025 年收入 $130.0M
Rigetti超导全栈上市,侧重政府 / 科研与本地部署2025 年收入 $7.1M
Quantinuum离子阱全栈未上市,软件 + 性能领先2025 年融资前估值 $10B 的轮次
IBM Quantum老牌生态嵌在更广的 IBM 企业业务中IBM 市值约 $199B
SpinQ教育 / NMR 与 QC 利基便携并聚焦高校专业报道称覆盖 200+ 家机构
QuantumCTek偏通信用量子公司上市,基础设施导向中国科创板公开市场曝光

比较的是业务姿态,并不声称产品边界完全相同。

[CP001, CP004, CP005, CP006, CP010, CP024]
FP001: 竞争定位图

Origin 在主权技术栈广度上占位高,但披露弱于上市同行。

[CP002, CP004, CP005, CP006, CP010, CP024]

3.2 能力宽度、技术路线与客户焦点

能力比较先从技术路线开始。IonQ 和 Quantinuum 大体代表离子阱领导者,Rigetti 和 Origin 则代表超导路径。IBM 和 Google 是既有玩家,量子业务嵌在更大的企业和研究体系里。SpinQ 更偏教育。QuantumCTek 更偏通信与基础设施。放在这个场域里,Origin 的全栈主张很突出:官方和分析师资料反复把它描述为覆盖芯片、低温、控制、操作系统、云和应用的技术栈。这种宽度重要,因为客户买的往往是可用环境,而不是裸量子比特数。 客户焦点也不同。IonQ 已经披露商业收入结构和国际销售。Rigetti 强调政府和研究装机。Quantinuum 倚重性能领导力、软件和全球合作。相比之下,Origin 看起来更偏研究、教育、公共部门和战略基础设施。这不等于弱,而是变现方式不同、政策暴露也不同。[CP004, CP010, CP011, CP012, CP013, CP018]

功能 / 能力矩阵
功能OriginIonQRigettiQuantinuumIBM
自有量子硬件
云访问层
操作系统 / 编排品牌是(Origin Pilot)已披露平台栈已披露平台栈已披露开发者和软件栈生态系统整合完整,但没有单独的量子专用 OS 叙事
中国本土主权叙事
公开经审计收入披露无量子业务单独分部
容错领先叙事公开证据有限在改善,但不是品类领导者更长期研究信号强

能力比较综合了已审阅的公开定位,并非保密基准测试。

[CP002, CP003, CP011, CP012, CP013, CP014]
定价 / 包装对比
公司公开包装线索定价透明度含义
Origin Quantum云访问、教育、系统、软件难以建模毛利率或 ACV
IonQ云服务、系统、平台商业披露多于 Origin
Rigetti云服务,加本地部署系统和 QPU硬件销售渠道比 Origin 定价更清晰
Quantinuum硬件、软件、合作伙伴非公开定价大多不透明
IBM Quantum企业生态量子业务单独定价透明度低量子产品嵌在更广的客户关系层里销售

大多数量子公司仍强调能力,而不是披露标价。

[CP020, CP021, CP022, CP023, CP034]
FP002: 功能广度 / 能力图

即便同行在收入或容错上领先,Origin 的覆盖广度仍超过许多专精厂商。

[CP002, CP011, CP012, CP013, CP014, CP018]
FP003: 护城河 / 成熟度 KPI

在同行组里,商业成熟度和主权技术栈契合度拉向不同方向。

[CP004, CP005, CP006, CP010, CP018, CP024]

3.3 锁定效应、分发能力与护城河耐久性

Origin 的护城河在本地化、软件控制和政策适配相互强化的地方最强。如果用户把工作流、教学材料或混合应用标准化到 Origin Pilot 和 OriginQ Cloud 上,平台就能产生切换成本。全栈控制也让组件本地化和应对出口限制更容易。MERICS 和其他分析师来源认为,这正是中国量子生态正在与美国阵营生态发生结构性分化的原因。 但护城河耐久性不是绝对的。云访问降低了上手摩擦,也可能降低普通用户的切换摩擦。公开同行往往披露更强商业牵引,或更强容错信号。因此,这条护城河是情境性的,不是普适性的:在中国主权量子建设内部更强;在与资本更充足或披露更充分的对手争夺全球前沿心智时更弱。[CP016, CP017, CP018, CP019, CP027, CP028]

护城河耐久性 / 竞争风险登记表
风险或护城河方向证据重要性
本土全栈主权护城河Origin 在中国拥有各层技术栈支撑政策契合度和本地化
商业收入落后于 IonQ风险IonQ 收入已超过 $100M拉大技术叙事与商业变现之间的差距
相比前沿同行的容错差距风险分析师来源指出公开 QEC 证据有限可能压缩估值溢价
云 + OS 工作流锁定护城河Origin Pilot 和 Origin Cloud 加深工作流依赖工作负载扩大后,有助于提升留存
定价不透明风险公开包装细节仍有限削弱买方可比性

竞争结果取决于地域和买方类型;在中国主权技术栈建设中,Origin 的护城河最强。

[CP016, CP018, CP020, CP027, CP028, CP029]

3.4 竞争结论与反向证据

反向证据是真实的。Quantinuum 的融资历史、IonQ 的收入规模,以及 IBM 嵌入式企业覆盖,都展示了 Origin 尚未公开匹配的东西:要么是大规模披露商业化,要么是可审计的企业覆盖宽度。分析师来源还认为,Origin 落后于领先的容错叙事。对投资人而言,这意味着不能因为 Origin 的国内战略角色,就把它按前沿领导者来估值。 正向对照同样真实。少有同行能把国产芯片、控制、低温、OS、云和应用层放进同一个以中国为中心的平台。在正在分岔的量子市场里,这有战略价值。因此,竞争结论是平衡的:Origin 没有赢下透明度竞赛,也没有明确赢下前沿容错竞赛,但它仍可能是中国最有战略意义的主权全栈量子平台。 竞争承销不应只盯量子比特数,还要看商业模式耐久性、技术栈宽度,以及在中国市场里主权定位相对全球生态规模有多重要。 第二个竞争镜头是商业化质量:公开同行披露更多运营细节,Origin 则靠主权定位和技术栈一体化竞争。这个差异很重要,因为最相关的可比集合不只是技术相邻,还包括披露深度和资本市场通道。[CP005, CP006, CP007, CP008, CP009, CP014]

3.5 图表

Chapter 04

04财务情况

4.1 收入模型与变现界面

Origin Quantum 的公开财务故事从商业模式宽度开始,而不是从已披露收入开始。公司销售量子机器、云访问、开发者工具和垂直应用。这意味着变现可以来自一次性硬件销售、经常性或按用量计费的云消耗、企业软件和编排,以及金融、生物医药、能源及相邻行业的项目制解决方案工作。战略上,这很有吸引力,因为它提供了多个射门机会;但它也让利润率分析更复杂:低温硬件交付的经济模型,不是云运行时或教学平台的经济模型。 公开问题在于,Origin 没有披露任何一层贡献多少。没有经审计的硬件、软件、服务和云拆分。没有发现价目表。没有公开 ARR 或递延收入桥。因此,正确表述不是“模型不清楚”,而是“模型看得懂,但单位经济不透明”。[CI001, CI002, CI003, CI004, CI005, CI020]

收入来源表
收入来源公开信号经常性备注
量子计算机官方产品页低到中大额、波动式销售
量子云访问官方云页面可能具备经常性用量和订阅结构未公开
开发者工具 / OS官方工具页可能具备经常性社区和企业定位可见
垂直应用金融和解决方案页面基于项目或许可商业贡献未披露

梳理公开资料中可见的变现触点;未披露经审计的分部收入结构。

[CI001, CI002, CI003, CI004]
定价 / 变现表
触点公开定价可见度已知线索尽调含义
云运行时可见访问和试用表述无法估计 ARPU
硬件系统产品目录可见无法估计 ASP 或毛利率
软件 / OS企业 / 社区叙事可见无法建模附加率
应用已披露用例无法区分服务和许可

变现路径概念上清楚,但价格实现不透明。

[CI003, CI005, CI021, CI022]
FI001: 收入模型桥接图

Origin 的公开商业模式横跨多层变现,但财务上没有拆分任何分部。

[CI001, CI002, CI003, CI004, CI007]
FI002: 财务估算区间

公开信息里只有粗略的外部校准点;Origin 缺少经审计数字。

[CI008, CI009, CI015, CI016]

4.2 公开牵引、收入代理指标与数据质量

缺少经审计收入后,投资人只能依赖代理信号。官方云指标展示了合作高校、服务国家、访问量和任务量。这些指标支持采用判断,但不支持变现判断。专业分析师画像走得更远,发布了低置信度收入估计:2024 年约 RMB 99.4 million,或大约 $14 million。这些估计有方向性价值,因为它们暗示真实商业活动存在;但管理层没有确认,也没有解释利润率结构、递延收入或现金转化。 这让 Origin 处在尴尬的中间地带:明显已经越过纯概念阶段,却仍显著低于上市公司披露标准。公司比营销材料更真实,但又没有传统成长型软件或硬件投资那么可衡量。这个缺口就是核心财务尽调问题。[CI006, CI007, CI008, CI009, CI010, CI023]

公开财务缺口表
缺口重要性公开状态下一步索取材料
经审计收入及结构需要用来验证商业模式未公开FY2024-FY2025 经审计财务报表
现金与现金跑道需要用来检验融资依赖未公开资金管理与预测材料
毛利率与成本结构需要评估可扩展性未公开分部利润率桥表
客户队列与续约需要评估收入质量未公开队列留存表
债务与优先权需要评估稀释和下行风险未公开债务和条款清单摘要

相比产品或政策叙事缺口,这些缺口更直接挡住完整投资测算。

[CI007, CI023, CI024, CI031, CI032, CI035]

4.3 资本需求、同行参照与充足性

即便 Origin 自身数字不透明,同行披露也说明公司很可能资本密集。IonQ 2025 年业绩显示收入 $130 million,但调整后 EBITDA 仍大幅亏损;Rigetti 2025 年收入仅 $7.1 million,却伴随非常可观的净亏损和数亿美元资产负债表资本。Quantinuum 的 $300 million 和 $600 million 私募轮也传递同一信息:前沿全栈量子公司要吸收多年资本,成熟经营杠杆才会出现。 Origin 的公开资本证据彼此不一致,但方向上支持同一结论。CB Insights 显示一段规模不小但不完整的已披露融资历史;中国媒体报道了一轮大得多的 pre-IPO 融资。两个版本都意味着公司依赖股权融资,而不是自我供血。两个版本都无法得出有信心的公开现金跑道计算。因此,投资人应在经审计报表证明相反之前,假设公司仍依赖持续融资。[CI011, CI012, CI013, CI014, CI015, CI016]

单位经济模型表
维度Origin 公开状态同行线索推论
收入规模未披露IonQ $130M;Rigetti $7.1MOrigin 可能介于概念阶段与已规模化上市同行之间
毛利率未披露同行仍在重投入无法支撑毛利率测算
留存 / NRR未披露上市同行披露客户进展,Origin 未披露收入质量仍不透明
资本开支强度未披露前沿硬件同行仍消耗大量资本应假设仍需要外部融资

用同行做校准,不把同行直接当作 Origin 未披露经济性的替代项。

[CI015, CI016, CI017, CI018, CI019, CI021]
FI003: 资本强度 / 现金流图谱

收入架构更分散,但资本强度在结构上仍然偏高。

[CI015, CI016, CI017, CI018, CI020, CI024]

4.4 承销结论与尽调阻断项

财务结论很直接:Origin Quantum 有可信的收入架构,但损益表披露不足。公司几乎肯定在技术栈多层变现,但公开证据没有揭示结构、利润率、留存、流失、现金消耗或净现金。这让干净的 DCF 或 SaaS 式承销不可能成立。它也意味着,私募估值工作除了前沿量子公司通常面对的技术、地缘政治和商业化折价,还必须纳入披露折价。 目前最可辩护的结论是,Origin 具备战略融资能力,但不能靠公开数据承销。下一步尽调不是再读一篇叙事文章,而是拿到经审计财务、已签订单管线和融资文件。没有这些,本章可以解释商业模式及其可能的资本强度,但无法验证经营质量。 在经审计收入结构、现金和融资条款出现之前,投资人应把每个公开估值锚点都当作指示性信息,而非决定性信息,并在任何承销模型中加入实质性披露折价。 因此,扎实的财务尽调不仅要测试融资渠道是否顺畅,还要测试回款转化、项目利润率、云变现和融资优先权结构。这些输入对估值置信度的改变,会远大于另一篇泛泛的媒体文章。[CI021, CI022, CI024, CI025, CI031, CI032]

资本充足性表
项目公开证据置信度缺口
已披露累计融资CB Insights 公开档案显示 $165.65M公开融资记录可能不完整
2026 年 IPO 前融资C114 称接近 CNY 3B单一行业媒体报道
账面现金无经审计现金披露
烧钱速度 / 现金跑道无公开烧钱速度或现金指引
债务 / 授信额度未找到公开债务明细表

公开资本证据显示融资渠道存在,但不足以支撑量化现金跑道模型。

[CI011, CI012, CI013, CI024, CI025, CI028]
融资情景 / 披露敏感性表
情景披露水平估值置信度资本含义
仅数据库视角保守假设其依赖外部融资
媒体报道轮次确认改善估值锚点,但不补足现金跑道细节
分享经审计材料包支撑真正的投资测算和情景压力测试
IPO 准备期披露扩大中高中高显著降低披露折价

说明为什么披露质量比叙事覆盖更能改变融资判断。

[CI031, CI032, CI035, CI037]

4.5 图表

Chapter 05

05产品与技术

5.1 产品定义与模块地图

Origin Quantum 卖的是平台,不是单个盒子。官网把这个平台组织成机器、云、开发者工具和行业解决方案。这已经指向一个多层客户工作流:买方可以把公司当作硬件供应商、云提供商、工具栈,或应用量子合作伙伴来接触。硬件目录覆盖旗舰 Wukong-180 计算机、超导芯片、Tianji 测控系统、稀释制冷、微波互连和激光退火。软件目录覆盖 Origin Pilot、OriginQ Cloud、QPanda3 和 VQNet。应用层覆盖金融、教育、能源、生物医药和天气。 这种宽度很重要,因为它是 Origin 全栈主张的基础。客户可以先为学习或实验采用某一层,等工作负载成熟后再迁移到更深的技术栈依赖。这比单纯讲量子比特数更有产品叙事力。[CE001, CE002, CE003, CE004, CE017, CE018]

产品模块 / 资产矩阵
层级资产作用状态
硬件Wukong-180旗舰级可云端访问量子计算机已上线
硬件Wukong 超导芯片核心计算基底已上线
硬件Tianji 控制系统测量和控制层已上线
硬件SL1000 稀释制冷机超低温支撑已上线
软件Origin Pilot量子操作系统可公开下载
软件QPanda3 / VQNet开发者和 ML 框架已上线
应用金融 / 电网 / 生物医药 / 天气垂直用例层已上线 / 试点

梳理 Origin 公开页面披露的当前全栈产品组合。

[CE001, CE002, CE003, CE004, CE011, CE012]
FE001: 产品架构图

Origin 的架构明确分层,从硬件一直到应用软件。

[CE001, CE002, CE003, CE004, CE010, CE013]

5.2 架构、运行模型与工作流

在系统层面,Wukong-180 是一台面向云的超导量子计算机,围绕一颗 180 个计算量子比特、251 个耦合量子比特的芯片构建。官方资料把架构拆成三根硬件支柱——芯片、控制和环境支撑——再加三层软件——操作系统、云平台和应用。这个拆分很重要,因为它展示了 Origin 如何理解产品化。芯片不是孤立出售的,而是嵌入受控运行环境,并通过软件编排交付给用户。 Origin Pilot 是这个模型里的胶水。公开文档描述了调度、监控、噪声修正、后端抽象和混合任务管理。QPanda3 和 VQNet 则更靠近开发者与算法层。这套架构不能证明前沿领导力,但能证明产品认真度。[CE005, CE006, CE007, CE008, CE009, CE010]

工作流 / 用例表
工作流用户入口使用的产品层公开证据
高校教学云或教育解决方案云 + 教学工具教育页面和云页面
量子算法开发开发者工具QPanda3 / VQNet / Origin Pilot开发者工具页面
行业优化试点垂直解决方案金融 / 电网 / 天气 / 生物医药层解决方案页面
已安装系统运营系统采购硬件 + Pilot + 支持服务设备页面展示的交付流程

用工作流而不只是目录来呈现产品设计。

[CE001, CE003, CE004, CE017, CE018, CE019]
技术 / 运营架构表
组件功能公开细节风险
量子芯片计算基底180 个计算量子比特,251 个耦合器扩展与良率
控制系统信号生成与读出Tianji 品牌化控制栈校准复杂度
低温环境超低温支撑SL1000 低于 10mK热稳定性与成本
操作系统任务调度与编排Origin Pilot 多后端支持软件可靠性
云平台远程访问与工作负载提交OriginQ Cloud 接入层安全性和可用时间披露

架构显示,硬件和软件层相互依赖。

[CE005, CE010, CE011, CE012, CE015, CE016]
FE002: 客户工作流 / 运营流

用户可以从云、教育或装机系统路径进入,最后仍落到同一套技术栈里。

[CE001, CE003, CE013, CE017, CE019, CE020]
FE003: 关键依赖图

技术表现取决于芯片、控制、低温、云和软件能否协同推进。

[CE010, CE011, CE012, CE016, CE019, CE028]

5.3 部署、支持与验证

对一家前沿硬件供应商来说,公司公开资料对部署步骤的描述异常明确:供货、安装、测试、支持和维护都被点名。这很重要,因为它释放出一个信号:公司愿意像工业系统供应商那样运作,而不是停留在实验室研究团队。云层把同一部署逻辑延伸给永远不会拥有硬件的用户。因此,Origin 可以用同一套更宽的技术栈,同时服务装机系统客户和远程用户。 验证也部分体现在论文索引和活跃活动日历里。论文页面展示了科学和应用工作负载中的使用,云活动页面则展示竞赛、激励项目和培训课程,扩大用户基础。这些不能替代 SLA 或正常运行时间指标,但它们是一个活跃产品生态的可信证据。[CE019, CE020, CE021, CE031, CE032]

信任 / 质量 / 合规表
控制项公开证据强度缺口
监控与告警Origin Pilot 文档可见未披露正式 SLA
噪声校正Origin Pilot 文档可见效果未经独立基准验证
安装 / 维护整机交付流程可见服务 KPI 未公开
网络安全 / 合规认证公开证据弱需要正式认证材料包

信任控制在产品运营层比在认证层更可见。

[CE016, CE020, CE033, CE034]
路线图 / 发布 / 开发阶段表
阶段里程碑日期解读
操作系统Origin Pilot 发布2021软件栈较早成熟
第三代72 量子比特 Origin Wukong2024-01可通过云访问的 NISQ 平台
公共生态Origin Pilot 下载2026-02开发者拓展
第四代Wukong-180 上线2026-05工程化扩容
未来状态逻辑量子比特 / 容错升级未来尚未公开验证

路线图在集成和发布节奏上的证据强于公开容错证明。

[CE013, CE022, CE025, CE026, CE030, CE035]

5.4 差异化与技术风险

技术优势逻辑很清楚:技术栈宽度、软件编排和自研子系统。技术风险逻辑同样清楚:Origin 仍未公开展示足以消除核心工程不确定性的容错证据、正常运行时间统计或制造良率数据。就连 Origin 自己的资料,也把逻辑量子比特能力描述为未来方向,而不是当前成果。PostQuantum 的外部画像更明确地指出了差距:Origin 落后于西方前沿容错项目。 因此,Origin 的产品故事应被理解为工程成熟度加主权一体化,而不是物理问题已经解决。公司作为已部署的 NISQ 时代平台看起来可信,但作为近期容错胜出者,证明还不足。投资人应拆开这两个产品主张,不能让其中一个替代另一个。 因此,技术逻辑在被评估为一个拥有真实部署界面的集成平台时最强;在被评估为已经越过今天工程瓶颈、公开证明的容错计算领导者时最弱。 本章保持谨慎的另一个原因是,现场可靠性指标、客户 SLA 语言和重复服务证据在公开文件中仍大体缺席。更强的产品投资逻辑需要证明工程集成正在转化为生产环境中可预测的运行表现。如果 Origin 披露正常运行时间历史、服务指标,以及更清晰的证据,证明云用户和装机系统用户把这套技术栈体验为可靠运行产品,而不是一次性工程里程碑,公开证明会显著改善。[CE022, CE023, CE024, CE025, CE026, CE027]

FE004: 产品成熟度 / 能力图

Origin 在技术栈集成上成熟度高;公开证据显示,容错能力成熟度较低。

[CE013, CE017, CE018, CE025, CE026, CE035]

5.5 图表

Chapter 06

06客户情况

6.1 客户分层与渠道结构

Origin Quantum 的公开客户叙事有意做成多层。公司同时面向高校、研究人员、开发者、公共机构和企业销售。这种宽度体现在教育产品、研究论文索引、开发者工具、云平台和垂直解决方案页面中。Origin 没有定义单一买方,而是定义了一组入口。学生可以通过教育和竞赛项目进入,研究人员通过论文和云访问进入,企业则通过金融、能源、生物医药、天气和 AI 等应用用例进入。 对一个需求仍在被创造的前沿计算平台来说,这种分层策略合理。它也意味着,客户故事在细分层面强于单个账户层面。公开资料清楚展示了用户类别,但远不如展示谁付多少钱那么清楚。[CU001, CU007, CU008, CU009, CU010, CU011]

客户细分表
客群入门产品公开证据商业含义
高校 / 学生教育解决方案、竞赛、云合作高校、竞赛、教育页面长期人才与线索渠道
研究人员云平台 + 论文论文页面、活动、云指标科学可信度与使用深度
企业试点垂直解决方案金融、智能电网、生物医药、气象页面应用场景漏斗
公共机构 / 国家项目已部署系统和战略项目公司简介和出口项目报道国家关联需求潜力
国际基础设施伙伴综合计算中心项目西班牙项目报道出口与声誉路径

公开材料里,客群比具名客户经济性更清晰。

[CU001, CU007, CU008, CU011, CU019, CU025]
FU001: 客户旅程图

Origin 的公开获客路径是一条漏斗:从教育和云端试用进入,再走向工具、应用和战略部署。

[CU007, CU008, CU011, CU017, CU018, CU030]

6.2 公开证明点与采用证据

Origin 最可信的公开证明点是使用覆盖和学术生态深度。云平台宣称服务超过 145 个国家和地区,与 60 多所高校合作,累计超过 1.19 million 次计算任务和超过 30 million 次全球访问。这些是有意义的采用信号,因为它们说明公司没有被关在封闭实验室环境里。论文和云活动页面也通过活跃实验和平台参与度强化了这一印象。 但这些指标是采用代理,不是商业化指标。它们没有披露付费账户数、合同价值、留存或收入结构。因此,证据支持“用户存在且活动真实”,但不支持“客户经济已经被证明”。[CU002, CU003, CU004, CU005, CU006, CU009]

具名客户验证表
验证点公开信号强度缺口
合作高校60+无付费转化细节
地理覆盖145+ 个国家 / 地区未披露区域收入拆分
计算任务1.19M+未披露付费与免费拆分
全球访问量30M+流量不等于客户
具名企业标识稀少需要合同支撑的客户背书
国际部署西班牙项目项目经济性未披露

最好的公开证据支持使用量,但货币化账户透明度仍不足。

[CU002, CU003, CU004, CU005, CU006, CU019]
客户增长 / 采用轨迹表
阶段用户需求产品触点证据
发现学习 / 实验教育内容与竞赛教育页面、竞赛页面
试用远程实验OriginQ Cloud云页面和云指南
开发算法和应用开发QPanda3、VQNet、Origin Pilot工具页面
应用行业工作流试点垂直解决方案页面金融 / 电网 / 生物医药 / 气象页面
规模化已部署系统或战略项目Wukong / 计算中心整机页面和西班牙项目报道

Origin 似乎在管理一条从好奇到战略部署的阶梯式采用漏斗。

[CU017, CU018, CU030, CU031]
FU002: 采用 / 部署漏斗

公开平台指标显示触达面广,但没有披露变现细节。

[CU002, CU003, CU004, CU005, CU006, CU027]

6.3 国际与企业扩张

西班牙集成计算中心项目是 Origin 国际客户野心最强的公开符号。多篇独立报告把这项合作描述为建设欧洲最大集成计算中心的努力,这意味着 Origin 能出口的不只是概念,还有装机能力。与此同时,公司的企业解决方案页面显示,它正尝试在金融、智能电网管理、分子模拟和天气预报等实际领域销售价值。合在一起,这些信号表明 Origin 希望被视为一个具备出口意义的主权基础设施供应商。 但投资人不应过度解读。国际项目可见度无法抹掉地缘政治摩擦,应用营销也不会自动等于规模化收入。因此,客户故事有希望,但仍处在过渡期。[CU011, CU012, CU013, CU014, CU015, CU018]

FU003: 客户证据矩阵

公开证据质量在不同客群之间差异明显。

[CU009, CU011, CU019, CU023, CU024]

6.4 集中度、披露与承销风险

核心客户风险在于披露深度。公开资料让人容易看出 Origin 希望需求来自哪里,但更难验证这些需求的规模、黏性和付费质量。具名灯塔客户稀少。客户集中度没有披露。公开证据没有区分教育活动与企业生产使用,也没有区分公共部门赞助与经常性商业需求。MERICS 还强调,地缘政治敏感性会过滤中国量子公司进入海外市场的通道。 这并不推翻客户故事。它意味着应把这个故事按“生态牵引 + 合同透明度不足”来承销。下一步尽调是客户访谈、合同审阅和队列分析,而不是更多漏斗顶部营销指标。 因此,未来客户尽调应从覆盖指标转向账户质量:谁付费、多久续约一次、报告了什么结果,以及收入在研究、公共部门和企业桶之间有多集中。 这个区分很重要,因为一家基础设施公司可以在积累高质量经常性收入之前很久,就先积累用户。因此,客户章节对采用宽度保持支持,但在具名参考客户和续约得到验证之前,对变现账户深度刻意保守。一个耐久的客户投资逻辑,必须把这些漏斗顶部证据转化为参考客户、续约、付费用量和分部集中度数据,并经得起更硬的承销标准。 最现实的近期尽调推进应当分段进行:确认高校和研究基础是否会导入付费云使用,测试战略项目是否转化为长期合同,并把象征性国际胜利与有经济意义的经常性客户分开。这个动作很可能把本章从生态乐观,推进到更硬的商业质量判断。[CU021, CU022, CU023, CU024, CU025, CU026]

留存 / 重复使用 / 满意度表
指标客群置信度尽调请求
付费留存 / NRR企业 / 机构索取付费细分客群的队列留存
重复科研使用云端任务量上升研究人员索取重复活跃用户定义
满意度 / NPS全部用户索取调研结果或客户访谈
合同期限战略项目索取已签署期限摘要

公开客户证据在活跃度上最强,在留存披露上最弱。

[CU006, CU029, CU031, CU032]
扩张与集中度风险表
扩张驱动因素集中度风险影响尽调路径
云优先入门免费转付费不确定可能夸大牵引力索取漏斗转化
高校网络科研占比偏高商业化节奏可能滞后索取付费与学术客户结构
战略项目国家关联集中政策相关收入风险索取头部客户敞口
国际项目地缘政治摩擦可能拖慢海外变现索取项目经济性和合同

存在扩张潜力,但集中度和变现质量披露仍不足。

[CU018, CU021, CU025, CU032, CU033]
FU004: 留存 / 重复使用队列

基于公开证据质量绘制的留存可见度示意图,不是已披露合同数据。

Origin Quantum 未公开披露实际留存百分比;这些数值反映分析师对重复使用可见度的信心,而非真实收入留存。

[CU006, CU029, CU031, CU032]

6.5 图表

Chapter 07

07风险

7.1 技术与运营风险

Origin Quantum 的技术风险首先来自一个现实:Wukong-180 仍是超导 NISQ 时代系统,不是公开证明的容错机器。官方性能指标有意义,但它们没有填平高规格系统发布与持续逻辑量子比特性能之间的缺口。Origin 自己的资料也承认这一点,把逻辑量子比特和容错能力描述为升级路径。公司关于量子纠错、量子芯片和量子计算机组件的解释材料也显示,系统要规模化,需要多少层紧密协同。 这不是 Origin 独有的批评,而是品类内生问题。但用于承销时,它意味着即便已经有可见发布,物理和工程风险仍是一阶风险。[CR001, CR002, CR003, CR004, CR005, CR006]

监管 / 法律风险登记表
风险严重程度公开证据备注
容错缺口逻辑量子比特路线图措辞、QEC 解释材料核心技术不确定性仍在
技术栈集成瓶颈芯片 / 控制 / 低温系统相互依赖任一薄弱子系统都可能拖慢整套系统
商业化不透明货币化客户披露薄弱使用量证据强于收入证明
财务披露不透明未披露经审计现金 / 烧钱速度推高融资和估值风险
治理 / 人才厚度公开治理细节薄弱,人才市场稀缺更难评估规模化纪律

最重要的风险是累积性的,不是孤立的。

[CR003, CR006, CR009, CR018, CR020, CR021]
FR001: 依赖图

Origin 的硬件栈依赖多个紧密耦合的子系统,每一环都可能卡成瓶颈。

[CR006, CR007, CR008, CR009]
FR003: 风险传导图

风险会级联:技术延误可能加重融资需求,融资压力又可能在政策压力下压缩商业化选择。

[CR023, CR028, CR029, CR034, CR037]

7.2 监管、出口管制与地缘政治风险

量子计算不是普通软件市场,法律来源已经说得很清楚。中国法律综述把该领域框定为战略且与政策相关;美国和行业分析则显示,出口管制和地缘政治限制会塑造协作、采购和跨境商业化。MERICS 进一步强调,中国量子公司的欧洲野心仍要穿过政治过滤器。 因此,Origin 与西班牙相关的出口可见度是一把双刃剑。它验证了技术野心和国际相关性,但也提高了审查强度。同一个证明可出口性的项目,也会让公司更容易被监管机构和地缘政治批评者识别。投资人应把本节理解为有证据支撑的风险镜头,而不是已经完整披露的风险清单。[CR010, CR011, CR012, CR013, CR014, CR015]

运营 / 质量 / 安全风险登记表
风险面来源当前状态影响
中国战略科技治理Bird & Bird / GLI具战略性且受政策影响国内监管 / 对齐
美国出口管制Quantum.gov / BIS 政策来源管制已生效合作与采购摩擦
行业出口管制分析QSI更广泛生态预警人才和供应链影响
地缘政治下的市场准入MERICS面向欧洲的敏感性仍在海外客户摩擦

政策风险已经发生,不是假设。

[CR010, CR011, CR012, CR013, CR014, CR015]
伙伴 / 依赖风险登记表
依赖项对手方角色集中度失败情景严重程度缓释剩余敞口
低温与控制子系统专业供应商支撑整机运行组件延误拖慢交付库存和重新设计选项不清晰
国际项目伙伴西班牙 / 欧洲生态支撑出口叙事政策或采购阻力需要合同备选方案
云与用户生态研究人员 / 高校驱动漏斗和证据活跃度未能变现需要转化指标

依赖风险横跨硬件、政策和商业化层。

[CR009, CR015, CR018, CR029]
FR002: 风险热力图

最关键的风险严重性高,短期可降低性中低。

[CR003, CR012, CR014, CR018, CR021, CR022]

7.3 商业化与组织风险

商业风险的核心,不在于 Origin 是否有用户,而在于这些用户能否足够快地转化为耐久且有利润的账户。公开证据强力支持生态活动,但尚未支持成熟的留存、集中度或变现客户深度披露。这意味着投资人无法干净区分探索性使用和生产关键采用。公开治理披露也偏薄,让外界更难判断一个研究出身的组织将如何治理资本配置和规模化纪律。 人才又增加了一层风险。全栈量子系统需要横跨物理、低温、控制、软件和应用的稀缺跨学科人才。人才竞争既全球化,也具有战略性。[CR018, CR019, CR020, CR021, CR022, CR023]

人员 / 执行风险登记表
角色 / 职能依赖或缺口可能性严重程度缓释尽调路径
量子硬件工程高端人才稀缺使命吸引力与政策意义索取流失率和招聘数据
控制系统 / 软件集成跨栈协同负担一体化平台设计索取组织架构图和发布节奏
商业 / 财务纪律公开治理披露薄公开记录无法判断索取董事会和运营节奏

执行风险卡在稀缺人才和治理成熟度两端。

[CR020, CR021, CR035]

7.4 风险联动与缓释视角

不能用单个风险红旗理解 Origin。它的风险会叠加。技术延迟会拉长资金需求窗口。融资不透明会扩大披露折价。出口管制会拖慢国际协作或组件可得性。商业化延迟会让原本亮眼的生态指标随时间推移显得更难变现。因此,风险问题不是“有没有一个致命缺陷?”而是“公司能否按顺序跨过多道门槛?” 鼓励性证据在于,Origin 已经把宽技术栈整合进可见产品和公开云访问。尚未解决的问题在于,这种整合优势是否足以跑赢物理、资本、政策和商业化风险的合力拖累。这是核心投资风险框架。 风险堆叠是累积性的,因此投资问题与其说是是否存在某个红旗,不如说是 Origin 能否在资本或信任被耗薄之前,持续跨过技术、商业和政策关口。 因而,监控纪律是核心。如果 Origin 在风险累积之前更快改善可靠性披露、变现证明和政策韧性,那么带来风险的同一批战略资产也可能创造稀缺价值。反之,风险堆叠会反过来压制股权逻辑,而不是支撑它。投资人还应记住,风险不会静止:一家战略动能很强的公司,如果披露、变现或政策韧性没有与技术野心同步成熟,仍会变得更脆弱。 落到实践,高价值尽调问题应该是顺序性的、可监控的:可靠性披露改善了吗?具名付费客户和续约更可见了吗?融资条款更透明了吗?跨境部署是否从声望头条走向耐久收入?这些答案将直接决定,当前的高风险标签是在开始收缩,还是变得更加固化。[CR024, CR026, CR027, CR028, CR029, CR030]

缓释措施与放弃标准表
风险最佳监测指标缓释状态下一步尽调
技术扩展逻辑量子比特和可用时间基准部分技术专家评审
出口管制敞口供应商与合作图谱公开证据弱供应链尽调
客户变现续约和头部客户公开证据弱合同审查
资本充足性经审计现金 / 烧钱速度 / 现金跑道公开证据弱索取财务资料包
人才厚度流失和招聘漏斗公开证据弱组织审查和背调

几个关键风险只能靠私有证据降低,不能靠更多公开叙事解决。

[CR018, CR020, CR022, CR024, CR031, CR034]

7.5 图表

Chapter 08

08估值

8.1 公开估值锚点及可靠性

Origin Quantum 的公开估值图景一上来就是冲突,而不是精确。一个锚点来自 CB Insights:它在 2025 年 9 月给出约 $969.89 million 的估值标记。另一个锚点来自 C114:其报道称 2026 年 IPO 前融资对应 CNY 21 billion 融资前估值。若逐字读取,这两组数字对应的置信区间会完全不同。更合理的理解不是一个必然为真、另一个必然为假,而是 Origin 私募融资的公开可见度并不完整。 这会立即影响投资测算。公开锚点分歧这么大,不能靠单条标题给公司定价。正确做法是先圈出区间,再解释哪些因素把公司推向区间下半段或上半段。[CV001, CV002, CV003, CV027, CV028]

乐观 / 基准 / 悲观情景表
情景锚定逻辑指示区间核心理由
保守情景偏向 CBI 锚点,并大幅折减不透明度$0.9B-$1.3B公开基线,披露弱
基准 / 战略中位承认主权全栈价值,同时保留折价$1.3B-$2.1B平台真实,但投资验证不完整
上行 / 国内战略纳入媒体报道的私募热度$2.1B-$2.9B战略稀缺性和私募资本胃口

区间为启发式情景估算,因为公开股权结构表和审计财务缺位。

[CV003, CV024, CV025, CV026, CV027, CV028]
FV001: 估值 / 回报区间

公开证据支撑的是宽情景区间,而不是单一估值目标。

[CV024, CV025, CV026, CV027, CV028, CV035]

8.2 可比框架与同业映射

最合适的公开同业框架,要把上市与未上市可比公司放在一起看。IonQ 和 Rigetti 提供上市量子公司的当前公开市场参照;Quantinuum 是未上市全栈战略可比;IBM 更像生态天花板,而不是直接可比。这些同业说明,前沿量子股权哪怕当前收入不高,也能拿到很大的估值,尤其当投资人承保的是长期战略期权,而不是短期盈利。 同业也说明,抄捷径很危险。公开流动性、司法辖区、披露质量和商业模式差异,让估值倍数一键平移并不可靠。Origin 还需要针对不透明度、地缘政治和发展阶段做调整。因此,投资人应把本节视作有证据支撑的风险镜头,而不是一套完整披露材料。[CV004, CV005, CV006, CV007, CV008, CV009]

可比估值表
公司状态估值锚点收入锚点启示
Origin Quantum未上市CBI 约 $0.97B;C114 投前 CNY21B外部估计约 $14M / RMB99.4M披露口径跨度大
IonQ上市公司$12.78B 市值2025 年收入 $130.0M披露更强的上市龙头
Rigetti上市公司$4.73B 市值2025 年收入 $7.1M证明量子股权定价可领先当前收入
Quantinuum未上市2024 年投前 $5B;2025 年投前 $10B此处未见公开拆分最合适的战略型未上市全栈可比公司
IBM上市公司$200.19B 市值量子业务未单独披露仅作上限 / 生态在位者参照

可比公司只用于框定估值,不做一步到位的倍数平移。

[CV001, CV002, CV004, CV005, CV006, CV007]
投资逻辑 / 反向逻辑表
论点什么会改变判断
全栈主权科技平台,工程进展真实若披露审计收入、具名客户和在线率,判断会改善
国内战略资本可能支撑溢价定价若后续轮次大幅下调估值,判断会走弱
不透明度支撑估值折价若共享股权结构表和收入数据,折价可收窄
地缘政治可能限制跨境上行若海外部署和合同稳定,风险可缓和

把估值投资逻辑和足以改变判断的证据一一配对。

[CV018, CV021, CV022, CV032, CV033]
FV002: 估值敏感性

Origin 的价值构建先来自战略平台价值,再因披露、客户、技术和地缘政治风险向下调整。

[CV018, CV021, CV022, CV023, CV032, CV033]
FV004: 投资 KPI

投委会式 KPI 打分解释了:公司能获得高溢价叙事,但还不足以给出买入建议。

[CV013, CV018, CV021, CV032, CV034]

8.3 折价、溢价与情景设计

Origin 既有理由拿战略溢价,也必须承受硬折价。溢价来自全栈整合、主权科技相关性、Wukong 的可见发布,以及西班牙项目这类国际基础设施雄心。折价来自经审计披露偏薄、客户变现不清、容错证明未解,以及地缘政治 / 出口管制摩擦。换句话说,战略故事是真的,但风险还没有完全拆掉。 因此,情景分析比单点估值更站得住。下行情景靠近较低的公开锚点,并施加较大的披露折价。上行情景可以承认,国内战略资本支付的价格可能远高于单靠西方式经审计可比公司能支撑的水平。中间情景应奖励平台价值,同时继续惩罚不透明度。[CV019, CV020, CV021, CV022, CV023, CV024]

建议摘要表
输入公开状态对估值影响备注
审计收入负向仅见外部估计
客户证据好坏参半触达可见,变现薄
战略政策意义正向支撑主权科技溢价
技术前沿证据中 / 弱负向容错尚未公开
股权结构表和股数负向阻断精确点估计
地缘政治暴露负向支撑风险折价

这是加权定性模型,不是传统 DCF。

[CV011, CV018, CV021, CV022, CV023, CV024]

8.4 估值底线立场

截至 2026-07-21,最站得住的立场既不是把 Origin 打成炒作,也不是照单全收最高的公开私募估值。公开证据能支持三件事:公司有真实战略价值、真实工程进展和真实期权价值。公开证据不能支持一个精确、高置信的点估值。因此,投资人应把 Origin 视为有溢价的未上市战略资产,但可写进投资模型的价值上限受披露质量约束。 落到模型上,公开数据支持一个宽区间:低端由数据库中低于 $1 billion 的锚点约束,高端由媒体报道约 $2.9 billion 等值的上方锚点约束。在经审计财务、客户证明和股权结构条款出现前,中点应低于最乐观的媒体数字。 因此,正确的公开市场姿态是纪律,而不是虚假的精确:Origin 可能值得战略溢价,但证据集仍要求投资人在接受最高估值叙事前打出有意义的折扣。 实务含义是,投资人该锚定决策质量,而不是最聪明的点估值。一个更宽但推理更扎实的估值区间,比建立在薄弱披露和不完整市场证据上的紧数字更站得住。情景纪律因此比胆量更重要。公司可以具备战略重要性,同时仍然过于不透明,难以给出窄区间估值;本章因此保持宽区间和保守建议。 这种姿态也与报告其余部分一致:Origin 不像该被一笔勾销的资产,但也不像能只靠公开数据自信定价的资产。最站得住的投资人做法,是在模型里保留上行期权,同时要求每个乐观假设都经受披露、变现和政策现实的检验。[CV003, CV027, CV028, CV032, CV033, CV034]

投资逻辑破裂与否决触发表
触发项阈值对投资逻辑的传导操作含义
降价轮融资定价显著低于公开下沿锚点打破溢价叙事下修估值区间
客户转化弱使用增长但缺少付费账户证据削弱变现逻辑转为观察 / 回避
技术里程碑延误缺少更强可靠性或逻辑量子比特证据提高执行折价下调基准情景
政策冲击出口 / 合作收紧削弱战略 TAM 叙事提高地缘政治折价

否决触发项把叙事风险落到可监控的投资信号上。

[CV021, CV022, CV023, CV034]
最终尽调问题表
主题缺失证据重要性责任方或尽调路径
股权结构表股数、优先权、期权池精确估算股权价值所需公司财务团队
审计财务收入、毛利率、现金、烧钱速度评估增长质量所需审计师 / 财务团队
客户证据头部账户、续约、合同条款验证需求质量所需销售负责人和客户访谈
技术证据在线率、良率、逻辑量子比特路线图收窄执行折价所需CTO / 工程评审

最终尽调应直击估值不确定性的源头,而不是继续做叙事外推。

[CV011, CV021, CV022, CV024, CV034]
FV003: 投资建议逻辑

投资建议沿着一条链条得出:先看战略价值,再扣除披露折价,最后落在“继续研究”立场。

[CV018, CV021, CV032, CV034, CV040]

8.5 图表

免责声明

本尽调报告仅基于截至 21 July 2026 的公开信息。不构成投资建议,也不构成买入或卖出任何证券的招揽。作者与 Origin Quantum、其投资者或顾问没有关联。本报告中的财务和估值区间,是根据已披露融资锚点、同业披露和情景分析搭建的分析性组合;不是经审计的公司指引。读者在作出任何投资决定前,应自行完成技术、法律、财务和客户尽调。

证据索引

结论
编号陈述可信度来源
CO001 Origin Quantum was established in Hefei High-Tech Zone in 2017. SO002, SO019
CO002 Origin Quantum Computing Technology (Hefei) Co., Ltd. is headquartered in Hefei, Anhui, China. SO002, SO019
CO003 The company describes itself as a full-stack quantum-computing provider spanning machines, cloud, developer tools, and industry applications. SO001, SO004
CO004 Origin Quantum traces its technology origin to the CAS Key Laboratory of Quantum Information and the USTC ecosystem. SO002, SO011
CO005 Professor Guo Guoping is publicly identified as a founder and technical leader of Origin Quantum. SO002, SO019
CO006 Academician Guo Guangcan is publicly identified as a founding scientific sponsor of the company. SO002, SO019
CO007 Public materials reviewed do not disclose a detailed board composition or independent-governance structure. SO002, SO019, SO020
CO008 Origin Quantum remains a private company as of July 2026. SO019, SO025
CO009 CB Insights public data shows eight funding rounds and $165.65 million of disclosed total raised capital. SO025
CO010 CB Insights lists a latest June 7, 2026 unattributed VC round involving Norinco, CASVC Investment, China Internet Investment Fund, Hefei Hi-Tech Investment, Shenzhen Capital Group, and undisclosed investors. SO025
CO011 CB Insights shows a September 2025 valuation marker of $969.89 million on the public profile. SO025
CO012 Chinese trade press C114 reported that Origin Quantum closed a nearly CNY 3 billion pre-IPO round at a CNY 21 billion pre-investment valuation in 2026. SO026
CO013 Public sources therefore present a wider 2025-2026 valuation range than a single clean market-clearing mark. SO025, SO026
CO014 No public revenue, ARR, gross margin, or EBITDA disclosure was found in the reviewed official materials. SO001, SO020
CO015 The official cloud page reports 60+ partner universities on the platform. SO004
CO016 The official cloud page reports service coverage across 145+ countries and regions. SO004
CO017 The official cloud page reports 1.19 million or more computing tasks processed. SO004
CO018 The official cloud page reports 30 million or more global visits. SO004, SO019
CO019 Origin Wukong-180 is Origin Quantum’s fourth-generation superconducting quantum computer launched for global users in May 2026. SO005, SO012
CO020 Wukong-180 is built around 180 computational qubits and 251 coupling qubits. SO003, SO005
CO021 Official Wukong-180 materials disclose average T1 coherence time of 40 microseconds and T2 echo coherence time of 20 microseconds. SO003, SO005
CO022 Official Wukong-180 materials disclose 99.90% single-qubit gate fidelity and 99.00% two-qubit and readout fidelity. SO003, SO005
CO023 The company presents a three-hardware plus three-software layer architecture around chip, control, environmental systems, operating system, cloud, and applications. SO009, SO019
CO024 Origin Pilot became publicly downloadable in 2026 after first being launched in 2021. SO006, SO011
CO025 Origin Pilot is described as China’s first quantum computer operating system. SO006, SO019
CO026 Origin Quantum’s commercial flagship before Wukong-180 was the 72-qubit Origin Wukong processor launched in January 2024. SO011, SO019
CO027 PostQuantum reports that Origin Quantum completed an approximately RMB 1 billion Series B in 2022. SO019, SO010
CO028 The Quantum Insider describes Origin Quantum as China’s most prominent full-stack quantum-computing company. SO011, SO014
CO029 The Spain Malaga computing-center agreement is a visible 2025 internationalization milestone for Origin Quantum. SO023, SO024
CO030 MERICS argues that Origin Quantum’s European partnerships create both innovation upside and strategic dependency concerns for Europe. SO018
CO031 China legal and policy reviews show quantum computing became an explicitly favored strategic industry in current national planning. SO016, SO017
CO032 StockCounterparts states that Origin Quantum does not publish quarterly revenue, profit, cash, or backlog figures. SO020
CO033 StockCounterparts attributes over 18 million users and over 320,000 tasks to the prior Wukong generation, but those figures differ from current official cloud metrics and should not be treated as the sole canonical proxy. SO020, SO004
CO034 C114 reports 1,326 publicly disclosed quantum-computing patents for Origin Quantum, while other analyst profiles present lower family counts, implying methodology differences rather than a clean single patent number. SO026, SO020
CO035 The company publicly supports talent-building and ecosystem events such as the 2026 OriginQ Cup programming challenge. SO008, SO027
CO036 No public evidence of bank debt, project finance, or disclosed credit lines was identified in reviewed sources. SO019, SO025
CO037 Public source gaps around employee count, board seats, and 2026 revenue keep the company-overview chapter dependent on qualitative rather than audited scale markers. SO019, SO020, SO025
CM001 IMARC estimates the China quantum-computing market reached USD 258.64 million in 2025. SM026
CM002 IMARC projects the China quantum-computing market to reach USD 3.564 billion by 2034. SM026
CM003 IMARC projects a 2026-2034 CAGR of 33.84% for the China quantum-computing market. SM026
CM004 The Quantum Insider reports that China’s broader quantum industry reached CNY 11.56 billion in 2025. SM011
CM005 The Quantum Insider reports annual growth above 30% for China’s broader quantum industry in 2025. SM011
CM006 China’s 15th Five-Year Plan names quantum technology first among seven future industries for 2026-2030. SM010, SM011
CM007 The National Venture Guidance Fund allocated CNY 121.8 billion across regional quantum-focused vehicles according to specialist coverage. SM010, SM011
CM008 Twobirds identifies MIIT-led policy attention to fault-tolerant quantum computing and hardware performance in China. SM016, SM017
CM009 The China market boundary for this chapter excludes quantum communications infrastructure and sensing-only vendors unless they directly support computing workloads. SM016, SM017
CM010 Origin Quantum’s relevant market sits at the intersection of superconducting hardware, cloud access, developer software, and early industry applications. SM001, SM021, SM004
CM011 Buyer groups for Origin-like offerings include universities, national labs, supercomputing centers, government agencies, and large enterprises exploring AI, finance, energy, and healthcare workloads. SM028, SM004, SM026
CM012 The official education page positions universities and STEM programs as explicit customer segments for Origin Quantum. SM028
CM013 The official smart-grid page positions utilities and grid operators as a target application market. SM023
CM014 The official bio-medicine page positions molecular simulation and drug-discovery users as a target application market. SM024
CM015 The official quantum-financial-system page positions portfolio optimization, derivatives pricing, and risk management users as target buyers. SM022
CM016 The official weather page positions forecasting and modeling users as another target demand segment. SM025
CM017 Cloud delivery lowers adoption friction because users do not need their own cryogenic lab to access superconducting processors. SM004, SM034
CM018 Origin’s cloud and education strategy effectively turns universities into both demand nodes and talent multipliers. SM028, SM004, SM008
CM019 McKinsey’s 2026 monitor frames quantum as approaching a commercial tipping point but not yet a mass-market software category. SM027
CM020 IMARC attributes market growth to government investment, healthcare deployment, and academic-industry integration. SM026
CM021 The Quantum Insider describes China’s current funding model as hybrid rather than purely private, because state-owned institutions remain central capital providers. SM010
CM022 Commercialization support, procurement mandates, and manufacturing subsidies receive more emphasis in the 15th Plan than in the 14th Plan period. SM010, SM015
CM023 IMARC highlights a critical shortage of skilled quantum professionals as a major market constraint. SM026
CM024 IMARC notes the industry needs interdisciplinary talent spanning physics, materials, cryogenics, electronics, and software. SM026
CM025 IMARC identifies export restrictions and geopolitical technology barriers as a core market challenge for Chinese quantum computing. SM026, SM017
CM026 Quantum.gov and BIS materials show the United States treats advanced quantum technologies and critical components as export-controlled strategic assets. SM032, SM033
CM027 IMARC states that China still trails the United States on fault tolerance and some advanced error-correction dimensions. SM026, SM027
CM028 Origin’s realistic TAM is smaller than the whole quantum sector because it should focus on superconducting compute infrastructure and adjacent software rather than all quantum communications spending. SM001, SM021, SM026
CM029 A practical SAM for Origin is concentrated in Chinese public research, education, and regulated industry pilots that can use cloud quantum access or on-prem systems. SM028, SM004, SM026
CM030 A practical SOM for the next few years is narrower still because recurring enterprise production workloads are not yet broadly evidenced in public sources. SM026, SM027
CM031 Entangled Future estimates China’s cumulative national quantum investment at roughly $15 billion or more over the past decade. SM015, SM010
CM032 The Quantum Insider notes that analyst estimates on Chinese quantum investment often require caveats about announced versus effectively realized spending. SM010
CM033 The strongest public proof of near-term demand still skews toward research usage, training, and pilot experimentation rather than recurring high-volume enterprise production. SM004, SM008, SM026
CM034 No broad public pricing sheet for Chinese cloud-quantum services was found in the reviewed material. SM004, SM034
CM035 Because Origin already offers applications in finance, energy, weather, and biomedicine, sector adjacency is a real demand tailwind even if monetization remains immature. SM021, SM022, SM023, SM024, SM025
CM036 Quantum cloud, developer tools, and education products create a lower-friction on-ramp than direct hardware sales alone. SM004, SM029, SM030, SM031
CM037 The market case for Origin is therefore strongest in a policy-supported early-adoption segment rather than in a mature software market with transparent ROI benchmarks. SM010, SM026, SM027
CP001 The direct competitive set for Origin Quantum includes IBM Quantum, Google Quantum AI, IonQ, Rigetti, Quantinuum, and Chinese peers such as SpinQ and QuantumCTek. SP030, SP011, SP014
CP002 Origin Quantum’s strongest differentiation claim is full-stack vertical integration from chips through operating system and cloud. SP019, SP020
CP003 PostQuantum describes Origin as uniquely in-house across processor, cryogenics, control electronics, OS, programming framework, and cloud delivery. SP019
CP004 IonQ reported $130.0 million of 2025 GAAP revenue, the highest disclosed annual revenue among pure-play quantum names cited in this chapter. SP031
CP005 Rigetti reported $7.1 million of 2025 revenue and a $216.2 million GAAP net loss. SP032
CP006 Quantinuum raised $600 million in 2025 at a $10 billion pre-money valuation. SP026
CP007 Quantinuum previously closed a $300 million round at a $5 billion pre-money valuation in 2024. SP025
CP008 CompaniesMarketCap valued IonQ at roughly $13 billion on the fetched date. SP028
CP009 CompaniesMarketCap valued Rigetti at roughly $4.69 billion on the fetched date. SP034
CP010 CompaniesMarketCap valued IBM at roughly $199 billion on the fetched date, but IBM’s quantum activity is embedded inside a much larger business. SP036, SP035
CP011 IonQ positions itself as a full-stack quantum platform but is built on trapped-ion technology rather than superconducting hardware. SP031, SP021
CP012 Rigetti positions itself as a full-stack superconducting player with chiplet-based scaling and cloud plus on-prem deployment options. SP032, SP033
CP013 Quantinuum competes from a trapped-ion modality with strong fault-tolerance and software credentials. SP026, SP024
CP014 IBM frames quantum as one of its next business opportunities rather than as a separately reported segment. SP035
CP015 Google appears in the competitive set primarily as a frontier benchmark rather than as a disclosed China-facing commercial rival. SP019, SP037
CP016 Origin’s China-specific moat comes from sovereign-stack positioning, local policy alignment, and domestic supply-chain localization. SP015, SP018, SP019
CP017 MERICS warns that export controls and geopolitical bifurcation are producing parallel quantum ecosystems rather than a shared global market. SP018
CP018 Origin Pilot and OriginQ Cloud give Origin a software and orchestration layer that can deepen switching costs beyond bare hardware sales. SP006, SP009
CP019 Origin’s cloud access and tooling make multi-homing possible for learning users, but deeper lock-in rises when customers adopt the full Origin stack. SP004, SP006, SP009
CP020 Pricing remains largely opaque across both Origin and most frontier peers, with public materials emphasizing capabilities over list prices. SP004, SP021, SP032
CP021 IonQ disclosed more than 60% of 2025 revenue from commercial customers and more than 30% from international sales. SP031
CP022 Rigetti emphasizes government and research institutions for on-prem quantum-system demand. SP032
CP023 Quantinuum emphasizes performance leadership, software applications, and strategic partnerships with NVIDIA, JPMorgan, and regional programs. SP026, SP025
CP024 Origin’s own buyer map remains more state-and-research weighted than IonQ’s disclosed commercial mix. SP029, SP004, SP031
CP025 SpinQ occupies a more education-centric and portable-system niche than Origin’s full-stack superconducting commercialization path. SP011, SP015
CP026 QuantumCTek is stronger in communications infrastructure and public-market status than in Origin-style full-stack compute commercialization. SP015, SP011
CP027 Substitute competition also comes from classical HPC, AI accelerators, and public-cloud experimentation environments that can absorb some exploratory workloads. SP037, SP035
CP028 Lambda Finance treats quantum pure-plays as extremely expensive on current revenue multiples, which weakens Origin’s case for premium private-market marks without stronger commercial evidence. SP021, SP024
CP029 AInvest’s 2026 comparison argues that public markets reward scale and commercialization stories unevenly across quantum peers. SP024
CP030 Origin remains behind frontier fault-tolerance narratives that benefit Quantinuum and leading U.S. ecosystems. SP019, SP037
CP031 At the same time, Origin’s domestic supply-chain and policy alignment can be a stronger moat inside China than raw comparison to U.S. public multiples would suggest. SP018, SP019, SP015
CP032 Origin’s capability breadth across chip, control, cloud, OS, and applications is wider than many specialist competitors that focus on one layer. SP001, SP019, SP020
CP033 The competitive bar is therefore two-sided: Origin has broad domestic-stack coverage, but frontier peers disclose more revenue scale, capital-market transparency, or fault-tolerance progress. SP019, SP031, SP032, SP026, SP035
CP034 No public competitor price sheet or renewal schedule was reviewed that would permit a rigorous apples-to-apples packaging comparison. SP004, SP021, SP032
CP035 Origin’s public materials do not yet show the same level of audited commercial-customer mix disclosure that IonQ now provides. SP004, SP031
CP036 Competitive benchmarking should therefore weight both technical frontier metrics and strategic fit inside China’s sovereign ecosystem rather than raw public-market size alone. SP015, SP018, SP021, SP026
CI001 Origin Quantum publicly signals four revenue surfaces: hardware systems, cloud access, developer software, and industry applications. SI001, SI037, SI004
CI002 The official site markets quantum machines including computers, chips, control systems, and cryogenic infrastructure. SI001, SI019
CI003 The official cloud page positions OriginQ Cloud as a separately consumable access product rather than a hardware-only sales funnel. SI004
CI004 The official financial-solution page shows Origin commercializes application-layer products in portfolio optimization, derivative pricing, risk management, and anomaly detection. SI037
CI005 No public price list was found for Origin hardware, cloud runtime, or enterprise software tiers. SI004, SI037
CI006 The best public traction proxies are cloud visits, countries served, partner universities, and computing-task counts rather than revenue. SI004, SI020
CI007 No official revenue, ARR, gross margin, or EBITDA disclosures were identified for Origin Quantum. SI001, SI020
CI008 StockCounterparts estimates approximately RMB 99.4 million of 2024 revenue for Origin Quantum. SI020
CI009 PostQuantum estimates approximately $14 million of 2024 revenue for Origin Quantum. SI019
CI010 Those specialist revenue estimates are unaudited and should not be treated as management-confirmed numbers. SI019, SI020
CI011 The CB Insights funding ledger confirms repeated external equity access, but it still looks incomplete when set against the much larger 2026 pre-IPO round reported by Chinese trade press. SI029, SI030
CI012 CB Insights shows 23 investors and a latest June 7, 2026 unattributed VC round. SI029
CI013 C114 reports a nearly CNY 3 billion 2026 pre-IPO round at a CNY 21 billion pre-money valuation. SI030
CI014 The coexistence of the CB Insights public ledger and the C114 financing report implies that public funding chronology is incomplete and not fully reconciled. SI029, SI030
CI015 IonQ reported 2025 revenue of $130.0 million and cash, cash equivalents, and investments of $3.3 billion. SI022
CI016 Rigetti reported 2025 revenue of $7.1 million and year-end cash, cash equivalents, and available-for-sale investments of $589.8 million. SI023
CI017 Rigetti also reported a 2025 GAAP net loss of $216.2 million. SI023
CI018 Quantinuum raised $600 million in 2025 to accelerate scaling and fault-tolerant roadmaps, illustrating how capital hungry frontier full-stack quantum platforms remain. SI036
CI019 Quantinuum also closed a $300 million round in 2024, reinforcing the sustained capital intensity of leading quantum stacks. SI035
CI020 Origin’s likely cost structure includes heavy R&D, chip development, control electronics, cryogenic hardware, cloud operations, and ecosystem support. SI001, SI019, SI020
CI021 Hardware sales are likely lower frequency and higher ticket than cloud and software consumption, which matters for revenue volatility. SI001, SI004, SI037
CI022 Because Origin operates both cloud and hardware businesses, gross-margin quality likely varies materially across product lines. SI001, SI004, SI037
CI023 No public retention, NRR, GRR, or renewal cohort data was identified for Origin Quantum. SI004, SI020
CI024 No public burn-rate or runway disclosure was identified for Origin Quantum. SI019, SI020, SI029
CI025 Public evidence therefore supports capital dependence but does not support a quantified runway estimate. SI029, SI030, SI036, SI023
CI026 Origin’s customer mix appears more research and public-sector weighted than IonQ’s more commercial-revenue-heavy mix. SI004, SI022
CI027 Cloud usage metrics do not reveal how many users are paying, how much they spend, or how often they repeat. SI004, SI020
CI028 The absence of debt or project-finance disclosures suggests the public financing story is equity-led rather than leverage-led. SI019, SI029
CI029 If a STAR Market listing is delayed, the most plausible next-round trigger would be continued hardware scaling and commercialization financing rather than balance-sheet self-funding. SI030, SI036, SI023
CI030 Peer disclosures show that even companies with stronger commercialization still operate with significant losses or depend on large external capital pools. SI022, SI023, SI036
CI031 That peer pattern implies Origin should not be assumed to be self-financing absent explicit audited proof. SI022, SI023, SI036
CI032 Financial underwriting is blocked less by lack of strategic importance than by lack of audited, segmented, and reconciled numbers. SI019, SI020, SI029, SI030
CI033 The chapter’s strongest financial conclusion is qualitative: Origin has multiple monetization surfaces, but public evidence cannot yet prove revenue quality. SI001, SI037, SI004, SI019, SI020
CI034 The specialist revenue estimates are useful only as low-confidence calibration points, not as investable truth. SI019, SI020
CI035 Because financing evidence is partly inconsistent, valuation work must apply a disclosure discount even before geopolitical and technical discounts. SI029, SI030, SI031, SI034
CI036 Public sources do not disclose Origin’s working capital, deferred revenue, or capital-expenditure schedule. SI019, SI020, SI029
CI037 Origin’s financial story today is therefore commercialization optionality backed by strategic capital, not audited operating leverage. SI029, SI030, SI036
CE001 Origin Quantum delivers a full-stack product set spanning quantum machines, cloud access, developer tools, and industry solutions. SE001, SE021, SE004, SE025
CE002 The hardware layer includes quantum computers, superconducting chips, control systems, dilution refrigerators, microwave interconnect modules, and laser annealing equipment. SE021, SE022, SE023, SE024
CE003 The software layer includes Origin Pilot, OriginQ Cloud, QPanda3, and VQNet. SE004, SE025, SE026, SE027, SE006
CE004 The application layer includes solution templates for finance, smart grid, biomedicine, education, and weather forecasting. SE029, SE030, SE031, SE032, SE033, SE034
CE005 Official Wukong-180 materials describe the system as Origin Quantum’s next-generation cloud-ready superconducting quantum computer. SE003, SE009
CE006 Wukong-180 is built on a single-chip architecture with 180 computational qubits. SE003, SE005
CE007 Wukong-180 also includes 251 coupling qubits according to official specs. SE003, SE005
CE008 Official materials cite 40 microseconds T1 and 20 microseconds T2 echo coherence times for Wukong-180. SE003, SE005
CE009 Official materials cite 99.90% single-qubit fidelity and 99.00% two-qubit and readout fidelity for Wukong-180. SE003, SE005
CE010 The product stack is organized around three hardware pillars and three software layers. SE009, SE019
CE011 The control-system layer is branded as Origin Tianji and is designed specifically for superconducting quantum chips. SE023
CE012 The cryogenic support layer includes the Origin SL1000 dilution refrigerator with sub-10mK operating conditions. SE024
CE013 Origin Pilot was launched in 2021 and publicly downloadable in 2026. SE006, SE011
CE014 Origin Pilot is described as China’s first quantum computer operating system. SE006, SE019
CE015 Origin Pilot supports multiple hardware backends including superconducting, ion-trap, semiconductor, neutral-atom, and photonic systems. SE006
CE016 Origin Pilot advertises unified task scheduling, resource management, monitoring, alerting, and system-level noise correction. SE006
CE017 QPanda3 is presented as a high-performance software-hardware collaborative quantum programming framework. SE026
CE018 VQNet is presented as a quantum machine-learning framework for hybrid quantum-classical AI workloads. SE027
CE019 The official cloud page positions Origin’s platform as a no-lab entry point for running real superconducting quantum experiments. SE004, SE038
CE020 Official machine-delivery materials describe a service workflow spanning supply, installation, testing, operational support, and maintenance. SE003
CE021 The company’s publication index demonstrates usage in physics, fluid simulation, quantum ML, chemistry, and healthcare-related research. SE007
CE022 The Wukong-180 release advances the product line from the 72-qubit Origin Wukong generation into a 180-qubit engineering phase. SE005, SE011
CE023 Origin’s product differentiation relies heavily on self-developed chip, control, environment, OS, cloud, and application layers rather than on qubit count alone. SE005, SE009, SE019
CE024 The official stack still does not disclose uptime, SLA, or defect-yield metrics. SE003, SE024, SE006
CE025 PostQuantum highlights the absence of significant public fault-tolerance proof at Origin relative to western frontier peers. SE019
CE026 Origin’s own Wukong-180 blog says the platform is being progressively upgraded to support logical qubits and fault-tolerant logical gate operations. SE005
CE027 The gap between “being progressively upgraded” and demonstrating fault tolerance remains a key product-risk boundary. SE005, SE019
CE028 The technical stack depends on superconducting chip quality, microwave interconnect, low-temperature stability, control precision, and software orchestration all functioning together. SE021, SE022, SE023, SE024, SE006, SE009
CE029 The public cloud and software layers improve accessibility, but they do not eliminate the underlying hardware scaling challenge. SE004, SE006, SE019
CE030 Superconducting-vs-trapped-ion educational material on Origin’s site frames superconducting systems as fast and scalable but more infrastructure intensive. SE039
CE031 Origin’s product roadmap is easier to believe at the stack-integration level than at the fault-tolerance level. SE005, SE006, SE019
CE032 Academic publications and competitions indicate that the company is trying to turn product maturity into an ecosystem rather than a single machine launch. SE007, SE008
CE033 The trust and quality layer is partially visible through monitoring, alerting, and noise-correction features in Origin Pilot. SE006
CE034 The trust and quality layer is still under-disclosed on formal compliance, cybersecurity certification, and uptime commitments. SE006, SE019
CE035 Origin’s deepest technical moat remains co-optimization across stack layers, not a public claim of world-leading logical-qubit performance. SE005, SE006, SE019
CE036 The product chapter therefore supports a strong engineering-platform case and only a provisional frontier-performance case. SE005, SE006, SE019
CU001 Origin Quantum’s public customer story spans government/public-sector actors, universities, researchers, enterprise pilots, and cloud users. SU028, SU030, SU004, SU007, SU008
CU002 The cloud platform reports service coverage across more than 145 countries and regions. SU004, SU039
CU003 The cloud platform reports cooperation with more than 60 partner universities. SU004, SU039
CU004 The cloud platform reports more than 1.19 million total computing tasks. SU004, SU039
CU005 The cloud platform reports more than 30 million global visits. SU004, SU039
CU006 These cloud metrics demonstrate reach and activity, but they do not by themselves prove paid customer count or revenue quality. SU004, SU020
CU007 Education is a material user-acquisition channel because Origin markets dedicated quantum education solutions. SU030, SU008
CU008 The 2026 CCF Quantum Computing Competition is explicit evidence that the company invests in funnel-building among students and developers. SU038, SU008
CU009 The publications index is evidence that researchers and academic teams use the company’s stack for scientific work. SU007
CU010 The events page is evidence of an active community and training program around the platform. SU008
CU011 Solution pages show that Origin markets into finance, smart grid, biomedicine, weather, and education verticals. SU028, SU029, SU030, SU031, SU032, SU033
CU012 The quantum financial system page indicates a target customer persona in portfolio optimization and risk-management workflows. SU029, SU025
CU013 The smart-grid page indicates a target customer persona in power dispatch and grid optimization workflows. SU031
CU014 The biomedicine page indicates a target customer persona in drug discovery and molecular simulation workflows. SU032
CU015 The weather-forecasting page indicates a target customer persona in forecasting and simulation workflows. SU033, SU026
CU016 Quantum AI marketing content indicates an additional target persona among AI developers and hybrid-compute experimenters. SU024, SU035
CU017 The cloud service guide positions Origin’s platform as a way for users to experiment with quantum computing without owning hardware. SU039, SU004
CU018 That cloud-first path broadens the accessible user base beyond institutions able to buy a machine outright. SU004, SU039
CU019 The Spain integrated computing-center project is evidence of international deployment ambition beyond China. SU036, SU037, SU021, SU022
CU020 Third-party coverage describes the Spain project as Europe’s largest integrated computing center, raising the profile of Origin’s export story. SU036, SU037, SU021, SU022
CU021 MERICS identifies Europe-dependency and geopolitical sensitivity as a practical constraint on scaling Chinese quantum firms abroad. SU018
CU022 The customer base therefore appears broad in geography and use-case marketing, but still exposed to geopolitical filtration in commercialization. SU036, SU037, SU021, SU022, SU018
CU023 Origin’s official materials do not publicly enumerate a long list of named paying enterprise customers. SU028, SU029, SU031, SU032, SU033, SU004
CU024 Public customer proof is stronger at the segment and workflow level than at the signed-account logo level. SU028, SU029, SU031, SU032, SU033, SU004
CU025 The customer narrative is likely weighted toward research, education, and public-infrastructure programs rather than large-scale western-style enterprise ARR. SU030, SU004, SU007, SU008, SU018, SU020
CU026 This mix is not inherently weak, but it implies different commercialization timing than a pure enterprise software model. SU030, SU004, SU007, SU008, SU020
CU027 The presence of partner universities and publications makes academic credibility one of Origin’s strongest customer-proof categories. SU004, SU007
CU028 The presence of many visits and tasks makes user activity one of Origin’s strongest adoption-proof categories. SU004, SU039
CU029 Neither category proves retention, contract size, or conversion to durable high-margin revenue. SU004, SU020
CU030 Origin’s customer acquisition strategy appears ecosystem-led: education, cloud access, tools, competitions, and applications all feed the funnel. SU030, SU004, SU034, SU008, SU038, SU039
CU031 The company’s public support journey implies onboarding through cloud access and deepening through tooling, applications, or system delivery. SU003, SU004, SU034, SU039
CU032 The public materials reviewed do not disclose the exact number of paying customers or annual active enterprise accounts. SU004, SU008, SU020
CU033 The public materials reviewed do not disclose customer concentration or the share of revenue from state-linked accounts. SU004, SU020, SU018
CU034 Because the marketing story is broad but named-account disclosure is thin, customer diligence should focus on contracts, renewals, and reference calls. SU028, SU004, SU008, SU020
CU035 The breadth of marketed use cases is strategically valuable because it lets Origin frame demand as infrastructure-like rather than single-vertical. SU028, SU029, SU030, SU031, SU032, SU033
CU036 That same breadth also raises the risk that some customer proof is exploratory rather than production-critical. SU028, SU029, SU030, SU031, SU032, SU033, SU020
CU037 Overall, the customer chapter supports real platform usage and ecosystem penetration, but not yet a fully disclosed roster of monetized lighthouse accounts. SU004, SU007, SU008, SU036, SU037, SU018, SU020
CR001 Origin’s core hardware modality is superconducting quantum computing, which inherits coherence, calibration, cryogenic, and scaling risks. SR029, SR003, SR030, SR032, SR005
CR002 Official Wukong-180 performance metrics are strong for an engineering platform but do not by themselves solve fault tolerance. SR003, SR005, SR044
CR003 Origin’s own Wukong-180 materials place logical qubits and fault-tolerant logical gate operations in an upgrade path rather than a finished state. SR005
CR004 That wording means Origin remains exposed to the core physics and engineering uncertainty of the NISQ-to-fault-tolerance transition. SR005, SR019, SR043
CR005 The quantum error-correction explainer on Origin’s site itself underscores the complexity and overhead involved in reliable quantum computation. SR043
CR006 Origin’s stack depends on superconducting chip quality, control precision, microwave interconnect performance, and stable cryogenic operation. SR030, SR031, SR032, SR027
CR007 The components explainer highlights the breadth of subsystem coordination required for a functioning quantum computer. SR027
CR008 The quantum-chip explainer highlights fabrication and design complexity distinct from conventional silicon manufacturing. SR026
CR009 Because the stack is vertically integrated, a bottleneck in one subsystem can delay commercial delivery across the whole platform. SR031, SR032, SR005, SR026, SR027
CR010 Bird & Bird’s 2026 China overview frames quantum computing as strategically sensitive and embedded in a maturing regulatory environment. SR016
CR011 Global Legal Insights similarly frames quantum computing in China as a regulated strategic technology with state-policy relevance. SR017
CR012 U.S. export-control releases in 2024 expanded controls on quantum-related technologies and related advanced systems. SR023, SR024
CR013 Quantum Strategy Institute analysis warns that export controls can affect collaboration, talent mobility, and supply chains across the quantum sector. SR021, SR022
CR014 MERICS warns that Europe-facing Chinese quantum efforts still depend on policy and geopolitics, not just technical quality. SR018
CR015 The Spain export project increases strategic visibility but also raises the chance of geopolitical scrutiny. SR033, SR034, SR035, SR036, SR018
CR016 Superconducting-vs-trapped-ion comparison material implicitly acknowledges architecture trade-offs rather than a universally superior approach. SR025
CR017 Those trade-offs include speed and scalability advantages offset by greater infrastructure intensity and calibration burden. SR025, SR027
CR018 Commercialization risk remains high because the company’s public customer proof is broader on reach than on monetized-account depth. SR004, SR008, SR018, SR020
CR019 Commercialization risk is amplified by the long adoption cycle typical of frontier quantum infrastructure. SR019, SR039, SR042
CR020 Talent risk is structurally high because the company competes in a scarce global market for quantum scientists, engineers, and systems operators. SR042, SR021, SR022
CR021 Governance-disclosure risk persists because public materials do not present detailed board, committee, or independent-control structures. SR002, SR019, SR020
CR022 Financial-disclosure risk persists because public materials do not disclose audited revenue, cash, burn, or runway. SR019, SR020, SR037, SR038
CR023 That disclosure gap creates valuation and financing risk even if strategic demand remains intact. SR037, SR038, SR039, SR040
CR024 The absence of uptime, SLA, and yield disclosure is itself an operating risk because it obscures service reliability and reproducibility. SR003, SR032, SR006
CR025 The absence of outage or incident history also prevents public assessment of operational resilience. SR004, SR006, SR008
CR026 Origin’s sovereign-technology positioning partially offsets market-access risk by aligning the company with national-priority demand. SR002, SR010, SR011, SR016, SR017
CR027 However, alignment with national-priority agendas can intensify scrutiny in foreign markets rather than reducing it. SR016, SR017, SR018, SR021, SR023
CR028 Risk interactions matter: technical delays can worsen financing needs, which can worsen dilution risk, which can slow commercialization. SR005, SR037, SR038, SR040, SR041
CR029 Regulatory or export-control shocks can similarly disrupt collaborations, component sourcing, and international customer wins at the same time. SR018, SR021, SR022, SR023, SR024
CR030 The best risk-mitigation evidence is Origin’s demonstrated ability to integrate multiple stack layers into a working product. SR003, SR005, SR006, SR009
CR031 The weakest mitigated area is still public proof of fault tolerance, mature economics, and globally frictionless expansion. SR005, SR018, SR019, SR020, SR037
CR032 Investors should therefore treat Origin as a high-strategic-value, high-execution-risk infrastructure company. SR005, SR016, SR017, SR018, SR037
CR033 Most of the biggest risks are not binary “fraud or success” risks; they are time, capital, physics, and policy risks. SR005, SR018, SR037, SR021, SR023
CR034 That makes diligence especially dependent on milestone pacing, reference checks, and proprietary technical review. SR005, SR019, SR020
CR035 Current evidence is strong enough to dismiss the company as purely promotional, but not strong enough to dismiss execution risk as second-order. SR003, SR004, SR005, SR006, SR018, SR020
CR036 In short, Origin’s risk profile is front-loaded: the company has already proven it can build and launch, but still must prove it can scale, monetize, and navigate policy shock. SR004, SR005, SR006, SR018, SR037, SR023
CR037 No public litigation or enforcement record was identified in the reviewed materials, which leaves regulatory-compliance risk more about future oversight than known open cases. SR016, SR017, SR023
CR038 A measurable de-risking signal would be publication of uptime, yield, or logical-qubit milestones rather than additional generic launch coverage. SR005, SR006, SR043
CR039 If financing, customer conversion, and export execution all slow at once, Origin’s strategic narrative can remain intact while equity upside compresses materially. SR021, SR037, SR038
CR040 The practical kill criteria are delayed technical milestones, absent monetization proof, or new policy barriers that materially restrict collaboration or foreign deployment. SR018, SR021, SR023
CR041 PitchBook and sector market-cap trackers underline that private quantum valuation opacity is itself a cross-cutting risk factor when investors try to benchmark Origin against public comps. SR046, SR047
CR042 LevelFields coverage of quantum-stock watchlists shows how fast narrative shifts can reprice the sector, increasing mark-volatility risk for late private rounds. SR048
CR043 Rigetti’s annual-report risk factors provide a public reference for how frontier-quantum companies frame prolonged commercialization and capital-intensity risk to investors. SR049, SR041
CR044 These external market references do not change Origin’s technical quality, but they do raise the cost of valuation error if execution slips. SR046, SR047, SR048
CR045 Independent MIT, RAND, and CNAS analyses show that commercialization, supply-chain concentration, and industrial-base depth remain structural risk factors across the quantum sector, not just company-specific execution issues. SR050, SR051, SR052, SR053
CV001 CB Insights public data shows a September 2025 valuation marker of $969.89 million for Origin Quantum. SV032
CV002 C114 reported that Origin Quantum raised nearly CNY 3 billion at a CNY 21 billion pre-investment valuation in 2026. SV033
CV003 These two public Origin valuation anchors are directionally inconsistent and require a disclosure-quality discount. SV032, SV033
CV004 IonQ’s market cap was about $12.78 billion in July 2026 according to CompaniesMarketCap. SV041
CV005 Rigetti’s market cap was about $4.73 billion in July 2026 according to CompaniesMarketCap. SV043
CV006 IBM’s market cap was about $200.19 billion in July 2026 according to CompaniesMarketCap. SV045
CV007 Quantinuum announced a $300 million round at a $5 billion pre-money valuation in 2024. SV038
CV008 Quantinuum announced a $600 million raise at a $10 billion pre-money valuation in 2025. SV039
CV009 IonQ reported $130.0 million of GAAP revenue for 2025. SV040
CV010 Rigetti reported $7.1 million of revenue for 2025. SV042
CV011 Origin lacks audited public revenue, but specialist profiles estimate roughly RMB 99.4 million or about $14 million for 2024. SV019, SV020
CV012 That Origin revenue estimate is useful only as a calibration point, not as an investable audited fact. SV019, SV020
CV013 Public public-market peer valuations show that quantum equity often prices strategic narrative and future optionality more than current earnings. SV040, SV041, SV042, SV043
CV014 A direct EV/revenue multiple transfer from IonQ to Origin would be misleading because Origin’s revenue is unaudited and its market context is materially different. SV019, SV020, SV040, SV041
CV015 A direct comparison to Rigetti is also incomplete because Rigetti is publicly listed, U.S.-reported, and valued within a different liquidity regime. SV042, SV043
CV016 A direct comparison to IBM is useful mainly as a strategic-incumbent ceiling, not as a like-for-like valuation comp. SV044, SV045
CV017 Quantinuum is the most relevant strategic private comp because it is a full-stack frontier player with major capital backing and high private valuation. SV038, SV039
CV018 Origin deserves a discount to Quantinuum because its public disclosure is thinner and its commercialization scale is less visible. SV020, SV032, SV038, SV039
CV019 Origin may deserve a premium to much smaller or earlier private quantum firms because it demonstrates full-stack integration and exportable infrastructure ambition. SV005, SV028, SV029, SV033, SV039
CV020 Exportable infrastructure proof such as the Spain project matters because it widens the strategic-addressable market story beyond domestic R&D. SV028, SV029, SV030, SV031
CV021 Customer-disclosure weakness matters because valuation without contract visibility increases the chance of narrative overreach. SV004, SV008, SV020
CV022 Fault-tolerance uncertainty matters because public proof remains stronger on engineering integration than on logical-qubit leadership. SV005, SV019, SV051
CV023 Geopolitical and export-control risk matters because it can reduce international monetization or increase collaboration friction. SV018, SV047, SV048, SV049, SV050
CV024 A scenario methodology is more defensible than a single-point target because Origin lacks audited statements, share count, and term-sheet visibility. SV019, SV020, SV032, SV033
CV025 The conservative scenario should lean closer to the lower public anchor and heavily discount unsupported narrative upside. SV032, SV034, SV036, SV037
CV026 The strategic upside scenario can acknowledge sovereign-tech value, full-stack integration, and private-market enthusiasm for quantum leaders. SV033, SV038, SV039, SV046
CV027 The reported CNY 21 billion pre-investment valuation is not impossible in a strategic domestic market context, but it is difficult to underwrite from public disclosure alone. SV033, SV038, SV039
CV028 The CB Insights anchor near $1 billion is easier to accept as a public-database baseline, but may lag later private financing developments. SV032, SV033
CV029 IonQ’s market cap being multiple times larger than Origin’s public anchors suggests the market awards very large option value to quantum leaders with public liquidity and clearer disclosures. SV032, SV040, SV041
CV030 Rigetti’s multibillion-dollar market cap despite modest revenue shows that current revenue alone does not explain quantum-sector valuation levels. SV042, SV043
CV031 That peer behavior supports using strategic-positioning adjustments in addition to crude revenue heuristics. SV038, SV039, SV040, SV041, SV042, SV043
CV032 However, peer exuberance is itself not proof that Origin should clear the upper end of reported private valuation claims. SV033, SV034, SV035, SV036, SV037
CV033 The most defensible public valuation stance is to treat Origin as valuable strategic infrastructure with a meaningful disclosure discount. SV032, SV033, SV038, SV039, SV047
CV034 Under that stance, the company looks more expensive than a generic early-stage deep-tech startup and less underwritable than a mature disclosed quantum leader. SV032, SV033, SV038, SV039, SV040, SV042
CV035 A prudent investor should avoid pretending that public data supports a precise point estimate. SV019, SV020, SV032, SV033
CV036 Instead, the public evidence supports a broad scenario range centered between the sub-$1 billion database anchor and the roughly $2.9 billion equivalent of the 2026 CNY 21 billion press anchor. SV032, SV033
CV037 Within that range, the middle case should sit below the press-reported 2026 anchor because contract, revenue, and cap-table transparency remain weak. SV020, SV032, SV033
CV038 Exit-readiness remains limited by missing audited numbers and cap-table transparency, even if strategic narrative quality is high. SV032, SV004
CV039 The upside case is easiest to tell narratively and hardest to defend mechanically without customer and financing detail. SV032, SV004
CV040 A credible path from research-more to track would require audited revenue, named customer proof, and a reconciled financing history. SV032, SV004
CV041 Additional market-cap guides for D-Wave and Arqit show that listed quantum-adjacent equities can sustain substantial market values even when business maturity differs sharply across the sector. SV052, SV053
CV042 Entangled Future’s 2026 public-company guide reinforces how broad the quantum public-comps universe has become, which helps frame Origin inside a wider strategic-technology basket. SV054
CV043 Lambda Fin’s 2026 stock guide underscores downside risk as well as upside enthusiasm, supporting continued use of a disclosure and commercialization haircut. SV055
CV044 These additional public comparables strengthen the case for scenario ranges and weaken the case for a single-point private-market number. SV052, SV053, SV054, SV055
CV045 Additional public-comp data for QUBT, QBTS, and ARQQ expands the comparable universe and reinforces that quantum-related equity valuations can vary widely even before consistent profitability appears. SV056, SV057, SV058, SV059, SV060
来源
编号出版方标题引文
SO001 Origin Quantum Origin Quantum | Making Quantum Computing Accessible
SO002 Origin Quantum About Origin Quantum | Origin Quantum
SO003 Origin Quantum Origin WuKong 180 Superconducting Quantum Computer
SO004 Origin Quantum Quantum Cloud Platform | User-Friendly Quantum Computing for Everyone
SO005 Origin Quantum OriginQ Wukong 180: China's 4th Gen Superconducting Quantum Computer
SO006 Origin Quantum Origin Pilot: China's First Quantum Computer Operating System Now Available for Download
SO007 Origin Quantum Cloud Publications - Origin Quantum Cloud
SO008 Origin Quantum Cloud Events - Origin Quantum Cloud
SO009 Origin Quantum Cloud Origin Wukong 180 - Deliveringworld-classquantum computing power
SO010 The Quantum Insider China's Quantum Sector Sees Investment Surge as Larger Funding Rounds Return
SO011 The Quantum Insider Top Chinese Quantum Computing Companies in 2026
SO012 The Quantum Insider Origin Quantum Launches Wukong-180 Quantum System
SO013 Quantum Computing Report Origin Quantum Unveils Origin Wukong-180 Fourth-Generation Quantum Computer - Quantum Computing Report
SO014 Quantum Zeitgeist China Quantum Computing Companies: Complete 2026 Guide
SO015 Quantum Navigator Quantum Computing in China: Companies, Programs and Progress 2026
SO016 Bird & Bird Quantum Computing Laws and Regulations 2026 – China
SO017 Global Legal Insights Quantum Computing Laws and Regulations 2026 | China
SO018 MERICS China starts exporting quantum computers as its systems become more competitive
SO019 PostQuantum.com Origin Quantum Computing Technology Co.
SO020 StockCounterparts Origin Quantum profile and market insights | StockCounterparts
SO021 Origin Quantum Quantum Computing Education Solutions
SO022 Origin Quantum Top Superconducting Quantum Computing Companies in 2026
SO023 China's Diplomacy in the New Era Hefei quantum company, Spanish partner to build Europe's largest integrated computing center_China's Diplomacy in the New Era
SO024 Xinhua Spain, Chinese quantum company collaborate to build Europe's largest integrated computing center
SO025 CB Insights Origin Quantum Stock Price, Funding, Valuation, Revenue & Financial Statements
SO026 C114 Origin Quantum Secures 3 Billion Yuan in Pre-IPO Funding - AI
SO027 Origin Quantum 2026 CCF Quantum Computing Competition | Win Over 1 Million RMB Prizes
SO028 Origin Quantum What Is a Quantum Cloud Service? The Ultimate Guide for 2026
SM001 Origin Quantum Origin Quantum | Making Quantum Computing Accessible
SM002 Origin Quantum About Origin Quantum | Origin Quantum
SM003 Origin Quantum Origin WuKong 180 Superconducting Quantum Computer
SM004 Origin Quantum Quantum Cloud Platform | User-Friendly Quantum Computing for Everyone
SM005 Origin Quantum OriginQ Wukong 180: China's 4th Gen Superconducting Quantum Computer
SM006 Origin Quantum Origin Pilot: China's First Quantum Computer Operating System Now Available for Download
SM007 Origin Quantum Cloud Publications - Origin Quantum Cloud
SM008 Origin Quantum Cloud Events - Origin Quantum Cloud
SM009 Origin Quantum Cloud Origin Wukong 180 - Deliveringworld-classquantum computing power
SM010 The Quantum Insider China's Quantum Sector Sees Investment Surge as Larger Funding Rounds Return
SM011 The Quantum Insider Top Chinese Quantum Computing Companies in 2026
SM012 The Quantum Insider Origin Quantum Launches Wukong-180 Quantum System
SM013 Quantum Computing Report Origin Quantum Unveils Origin Wukong-180 Fourth-Generation Quantum Computer - Quantum Computing Report
SM014 Quantum Zeitgeist China Quantum Computing Companies: Complete 2026 Guide
SM015 Quantum Navigator Quantum Computing in China: Companies, Programs and Progress 2026
SM016 Bird & Bird Quantum Computing Laws and Regulations 2026 – China
SM017 Global Legal Insights Quantum Computing Laws and Regulations 2026 | China
SM018 MERICS China starts exporting quantum computers as its systems become more competitive
SM019 PostQuantum.com Origin Quantum Computing Technology Co.
SM020 StockCounterparts Origin Quantum profile and market insights | StockCounterparts
SM021 Origin Quantum Quantum Computing Solutions | Industry Applications
SM022 Origin Quantum Quantum Financial System - Portfolio Optimization & Risk Management
SM023 Origin Quantum Quantum Smart Grid Solutions - Grid Optimization & Efficiency
SM024 Origin Quantum Quantum Bio-Medicine Solutions - Drug Discovery & Molecular Simulation
SM025 Origin Quantum Quantum Weather Forecasting Solutions
SM026 IMARC Group China Quantum Computing Market Size, Share, Trends and Forecast by Offering, Deployment, Application, End User, and Region, 2026-2034
SM027 McKinsey & Company Quantum Technology Monitor
SM028 Origin Quantum Quantum Computing Education Solutions
SM029 Origin Quantum Quantum Developer Tools | Origin Quantum
SM030 Origin Quantum QPanda3 Quantum Framework | Quantum Programming SDK & Toolsk
SM031 Origin Quantum VQNet Quantum Machine Learning Framework | Hybrid Quantum-Classical AI SDK
SM032 U.S. National Quantum Coordination Office Department of Commerce Releases Export Controls on Quantum Technologies
SM033 U.S. Bureau of Industry and Security (no title)
SM034 Origin Quantum What Is a Quantum Cloud Service? The Ultimate Guide for 2026
SP001 Origin Quantum Origin Quantum | Making Quantum Computing Accessible
SP002 Origin Quantum About Origin Quantum | Origin Quantum
SP003 Origin Quantum Origin WuKong 180 Superconducting Quantum Computer
SP004 Origin Quantum Quantum Cloud Platform | User-Friendly Quantum Computing for Everyone
SP005 Origin Quantum OriginQ Wukong 180: China's 4th Gen Superconducting Quantum Computer
SP006 Origin Quantum Origin Pilot: China's First Quantum Computer Operating System Now Available for Download
SP007 Origin Quantum Cloud Publications - Origin Quantum Cloud
SP008 Origin Quantum Cloud Events - Origin Quantum Cloud
SP009 Origin Quantum Cloud Origin Wukong 180 - Deliveringworld-classquantum computing power
SP010 The Quantum Insider China's Quantum Sector Sees Investment Surge as Larger Funding Rounds Return
SP011 The Quantum Insider Top Chinese Quantum Computing Companies in 2026
SP012 The Quantum Insider Origin Quantum Launches Wukong-180 Quantum System
SP013 Quantum Computing Report Origin Quantum Unveils Origin Wukong-180 Fourth-Generation Quantum Computer - Quantum Computing Report
SP014 Quantum Zeitgeist China Quantum Computing Companies: Complete 2026 Guide
SP015 Quantum Navigator Quantum Computing in China: Companies, Programs and Progress 2026
SP016 Bird & Bird Quantum Computing Laws and Regulations 2026 – China
SP017 Global Legal Insights Quantum Computing Laws and Regulations 2026 | China
SP018 MERICS China starts exporting quantum computers as its systems become more competitive
SP019 PostQuantum.com Origin Quantum Computing Technology Co.
SP020 StockCounterparts Origin Quantum profile and market insights | StockCounterparts
SP021 Lambda Finance Quantum Computing Stocks 2026: Pure-Plays, Tech Giants, and Private Leaders - Lambda Finance
SP022 Data Center Dynamics Quantum computing earnings Q4 and FY25: IonQ, D-Wave, Rigetti results
SP023 MarketBeat How the 3 Leading Quantum Firms Stack Up After Q1 Earnings
SP024 AInvest Quantinuum at $14.3 Billion vs IonQ at $26.9 Billion - The Quantum Comparison That Changes the Story
SP025 Quantinuum Honeywell Announces the Closing of $300 Million Equity Investment Round for Quantinuum at $5B pre-money valuation
SP026 Quantinuum Honeywell Announces $600 Million Capital Raise For Quantinuum at $10b Pre-Money Equity Valuation to Advance Quantum Computing at Scale
SP027 IonQ IonQ - Annual reports
SP028 CompaniesMarketCap IonQ (IONQ) - Market capitalization
SP029 Origin Quantum Quantum Computing Education Solutions
SP030 Origin Quantum Top Superconducting Quantum Computing Companies in 2026
SP031 IonQ IonQ | IonQ Achieves $130.0 Million of GAAP Revenues, Beating Guidance by 20%
SP032 Rigetti Rigetti Computing Reports Fourth Quarter and Full-Year 2025 Financial Results
SP033 Nasdaq Rigetti Computing Reports First Quarter 2026 Financial Results
SP034 CompaniesMarketCap Rigetti Computing (RGTI) - Market capitalization
SP035 SEC ibm-20251231
SP036 CompaniesMarketCap IBM (IBM) - Market capitalization
SP037 McKinsey & Company Quantum Technology Monitor
SI001 Origin Quantum Origin Quantum | Making Quantum Computing Accessible
SI002 Origin Quantum About Origin Quantum | Origin Quantum
SI003 Origin Quantum Origin WuKong 180 Superconducting Quantum Computer
SI004 Origin Quantum Quantum Cloud Platform | User-Friendly Quantum Computing for Everyone
SI005 Origin Quantum OriginQ Wukong 180: China's 4th Gen Superconducting Quantum Computer
SI006 Origin Quantum Origin Pilot: China's First Quantum Computer Operating System Now Available for Download
SI007 Origin Quantum Cloud Publications - Origin Quantum Cloud
SI008 Origin Quantum Cloud Events - Origin Quantum Cloud
SI009 Origin Quantum Cloud Origin Wukong 180 - Deliveringworld-classquantum computing power
SI010 The Quantum Insider China's Quantum Sector Sees Investment Surge as Larger Funding Rounds Return
SI011 The Quantum Insider Top Chinese Quantum Computing Companies in 2026
SI012 The Quantum Insider Origin Quantum Launches Wukong-180 Quantum System
SI013 Quantum Computing Report Origin Quantum Unveils Origin Wukong-180 Fourth-Generation Quantum Computer - Quantum Computing Report
SI014 Quantum Zeitgeist China Quantum Computing Companies: Complete 2026 Guide
SI015 Quantum Navigator Quantum Computing in China: Companies, Programs and Progress 2026
SI016 Bird & Bird Quantum Computing Laws and Regulations 2026 – China
SI017 Global Legal Insights Quantum Computing Laws and Regulations 2026 | China
SI018 MERICS China starts exporting quantum computers as its systems become more competitive
SI019 PostQuantum.com Origin Quantum Computing Technology Co.
SI020 StockCounterparts Origin Quantum profile and market insights | StockCounterparts
SI021 IonQ (no title)
SI022 IonQ IonQ | IonQ Achieves $130.0 Million of GAAP Revenues, Beating Guidance by 20%
SI023 Rigetti Rigetti Computing Reports Fourth Quarter and Full-Year 2025 Financial Results
SI024 Nasdaq Rigetti Computing Reports First Quarter 2026 Financial Results
SI025 CompaniesMarketCap Rigetti Computing (RGTI) - Market capitalization
SI026 IBM Annual Report - Investor Relations | IBM
SI027 SEC ibm-20251231
SI028 CompaniesMarketCap IBM (IBM) - Market capitalization
SI029 CB Insights Origin Quantum Stock Price, Funding, Valuation, Revenue & Financial Statements
SI030 C114 Origin Quantum Secures 3 Billion Yuan in Pre-IPO Funding - AI
SI031 Lambda Finance Quantum Computing Stocks 2026: Pure-Plays, Tech Giants, and Private Leaders - Lambda Finance
SI032 Data Center Dynamics Quantum computing earnings Q4 and FY25: IonQ, D-Wave, Rigetti results
SI033 MarketBeat How the 3 Leading Quantum Firms Stack Up After Q1 Earnings
SI034 AInvest Quantinuum at $14.3 Billion vs IonQ at $26.9 Billion - The Quantum Comparison That Changes the Story
SI035 Quantinuum Honeywell Announces the Closing of $300 Million Equity Investment Round for Quantinuum at $5B pre-money valuation
SI036 Quantinuum Honeywell Announces $600 Million Capital Raise For Quantinuum at $10b Pre-Money Equity Valuation to Advance Quantum Computing at Scale
SI037 Origin Quantum Quantum Financial System - Portfolio Optimization & Risk Management
SI038 LevelFields Top Quantum Computing Stocks to Watch 2026
SI039 IonQ IonQ 2025 Annual Report
SI040 SEC Untitled-1
SI041 IBM Annual Report - Investor Relations | IBM
SI042 Quantum Strategy Institute Export Controls & Quantum Technologies
SI043 Quantum Strategy Institute Export Controls & Quantum Technologies (PDF)
SE001 Origin Quantum Origin Quantum | Making Quantum Computing Accessible
SE002 Origin Quantum About Origin Quantum | Origin Quantum
SE003 Origin Quantum Origin WuKong 180 Superconducting Quantum Computer
SE004 Origin Quantum Quantum Cloud Platform | User-Friendly Quantum Computing for Everyone
SE005 Origin Quantum OriginQ Wukong 180: China's 4th Gen Superconducting Quantum Computer
SE006 Origin Quantum Origin Pilot: China's First Quantum Computer Operating System Now Available for Download
SE007 Origin Quantum Cloud Publications - Origin Quantum Cloud
SE008 Origin Quantum Cloud Events - Origin Quantum Cloud
SE009 Origin Quantum Cloud Origin Wukong 180 - Deliveringworld-classquantum computing power
SE010 The Quantum Insider China's Quantum Sector Sees Investment Surge as Larger Funding Rounds Return
SE011 The Quantum Insider Top Chinese Quantum Computing Companies in 2026
SE012 The Quantum Insider Origin Quantum Launches Wukong-180 Quantum System
SE013 Quantum Computing Report Origin Quantum Unveils Origin Wukong-180 Fourth-Generation Quantum Computer - Quantum Computing Report
SE014 Quantum Zeitgeist China Quantum Computing Companies: Complete 2026 Guide
SE015 Quantum Navigator Quantum Computing in China: Companies, Programs and Progress 2026
SE016 Bird & Bird Quantum Computing Laws and Regulations 2026 – China
SE017 Global Legal Insights Quantum Computing Laws and Regulations 2026 | China
SE018 MERICS China starts exporting quantum computers as its systems become more competitive
SE019 PostQuantum.com Origin Quantum Computing Technology Co.
SE020 StockCounterparts Origin Quantum profile and market insights | StockCounterparts
SE021 Origin Quantum Quantum Machines, Quantum Computing Hardware | Origin Quantum
SE022 Origin Quantum Superconducting Quantum Chips | Origin Quantum
SE023 Origin Quantum Origin 'Tianji' Quantum Control System
SE024 Origin Quantum Origin SL1000 Dilution Refrigerator
SE025 Origin Quantum Quantum Developer Tools | Origin Quantum
SE026 Origin Quantum QPanda3 Quantum Framework | Quantum Programming SDK & Toolsk
SE027 Origin Quantum VQNet Quantum Machine Learning Framework | Hybrid Quantum-Classical AI SDK
SE028 Origin Quantum What is Quantum Error Correction? A Clear Guide (2026)
SE029 Origin Quantum Quantum Computing Solutions | Industry Applications
SE030 Origin Quantum Quantum Financial System - Portfolio Optimization & Risk Management
SE031 Origin Quantum Quantum Computing Education Solutions
SE032 Origin Quantum Quantum Smart Grid Solutions - Grid Optimization & Efficiency
SE033 Origin Quantum Quantum Bio-Medicine Solutions - Drug Discovery & Molecular Simulation
SE034 Origin Quantum Quantum Weather Forecasting Solutions
SE035 Origin Quantum Top Quantum Computing Companies to Watch in 2026: A Strategic Guide
SE036 Origin Quantum NISQ Era Status 2026: Current State of Quantum Computing
SE037 Quantum Zeitgeist Origin Wukong-180 Fourth-Generation Superconducting Quantum Computer
SE038 Origin Quantum What Is a Quantum Cloud Service? The Ultimate Guide for 2026
SE039 Origin Quantum Superconducting vs Trapped Ion: Which Quantum Architecture Fits You?
SE040 The Qubit Report China’s Origin Quantum Launches Origin Wukong-180
SE041 Window to China 2026/05 Origin Quantum Co. launches Origin Wukong-180 quantum computer – window-to-china.de
SE042 Origin Quantum 2026 CCF Quantum Computing Competition | Win Over 1 Million RMB Prizes
SU001 Origin Quantum Origin Quantum | Making Quantum Computing Accessible
SU002 Origin Quantum About Origin Quantum | Origin Quantum
SU003 Origin Quantum Origin WuKong 180 Superconducting Quantum Computer
SU004 Origin Quantum Quantum Cloud Platform | User-Friendly Quantum Computing for Everyone
SU005 Origin Quantum OriginQ Wukong 180: China's 4th Gen Superconducting Quantum Computer
SU006 Origin Quantum Origin Pilot: China's First Quantum Computer Operating System Now Available for Download
SU007 Origin Quantum Cloud Publications - Origin Quantum Cloud
SU008 Origin Quantum Cloud Events - Origin Quantum Cloud
SU009 Origin Quantum Cloud Origin Wukong 180 - Deliveringworld-classquantum computing power
SU010 The Quantum Insider China's Quantum Sector Sees Investment Surge as Larger Funding Rounds Return
SU011 The Quantum Insider Top Chinese Quantum Computing Companies in 2026
SU012 The Quantum Insider Origin Quantum Launches Wukong-180 Quantum System
SU013 Quantum Computing Report Origin Quantum Unveils Origin Wukong-180 Fourth-Generation Quantum Computer - Quantum Computing Report
SU014 Quantum Zeitgeist China Quantum Computing Companies: Complete 2026 Guide
SU015 Quantum Navigator Quantum Computing in China: Companies, Programs and Progress 2026
SU016 Bird & Bird Quantum Computing Laws and Regulations 2026 – China
SU017 Global Legal Insights Quantum Computing Laws and Regulations 2026 | China
SU018 MERICS China starts exporting quantum computers as its systems become more competitive
SU019 PostQuantum.com Origin Quantum Computing Technology Co.
SU020 StockCounterparts Origin Quantum profile and market insights | StockCounterparts
SU021 Silk Road Information Service Spain, Chinese quantum company collaborate to build Europe's largest integrated computing center
SU022 Global Construction Review Chinese tech firm plans Europe’s biggest computing centre in Malaga - Global Construction Review
SU023 Origin Quantum Real World Applications of Quantum Computing in 2026: A Complete Guide
SU024 Origin Quantum Quantum AI Applications: How the Next Tech Leap Will Change Everything
SU025 Origin Quantum What Is Quantum Financial System And How QFS Is Changing Finance
SU026 Origin Quantum How Quantum Computing is Revolutionizing Weather Forecast Accuracy
SU027 Origin Quantum Top Quantum Computing Companies You Need to Know in 2025
SU028 Origin Quantum Quantum Computing Solutions | Industry Applications
SU029 Origin Quantum Quantum Financial System - Portfolio Optimization & Risk Management
SU030 Origin Quantum Quantum Computing Education Solutions
SU031 Origin Quantum Quantum Smart Grid Solutions - Grid Optimization & Efficiency
SU032 Origin Quantum Quantum Bio-Medicine Solutions - Drug Discovery & Molecular Simulation
SU033 Origin Quantum Quantum Weather Forecasting Solutions
SU034 Origin Quantum Quantum Developer Tools | Origin Quantum
SU035 Origin Quantum VQNet Quantum Machine Learning Framework | Hybrid Quantum-Classical AI SDK
SU036 China's Diplomacy in the New Era Hefei quantum company, Spanish partner to build Europe's largest integrated computing center_China's Diplomacy in the New Era
SU037 Xinhua Spain, Chinese quantum company collaborate to build Europe's largest integrated computing center
SU038 Origin Quantum 2026 CCF Quantum Computing Competition | Win Over 1 Million RMB Prizes
SU039 Origin Quantum What Is a Quantum Cloud Service? The Ultimate Guide for 2026
SU040 Q-Day Is Coming China's Origin Wukong-180: A 180-Qubit Quantum Leap and What It Means for Q-Day
SR001 Origin Quantum Origin Quantum | Making Quantum Computing Accessible
SR002 Origin Quantum About Origin Quantum | Origin Quantum
SR003 Origin Quantum Origin WuKong 180 Superconducting Quantum Computer
SR004 Origin Quantum Quantum Cloud Platform | User-Friendly Quantum Computing for Everyone
SR005 Origin Quantum OriginQ Wukong 180: China's 4th Gen Superconducting Quantum Computer
SR006 Origin Quantum Origin Pilot: China's First Quantum Computer Operating System Now Available for Download
SR007 Origin Quantum Cloud Publications - Origin Quantum Cloud
SR008 Origin Quantum Cloud Events - Origin Quantum Cloud
SR009 Origin Quantum Cloud Origin Wukong 180 - Deliveringworld-classquantum computing power
SR010 The Quantum Insider China's Quantum Sector Sees Investment Surge as Larger Funding Rounds Return
SR011 The Quantum Insider Top Chinese Quantum Computing Companies in 2026
SR012 The Quantum Insider Origin Quantum Launches Wukong-180 Quantum System
SR013 Quantum Computing Report Origin Quantum Unveils Origin Wukong-180 Fourth-Generation Quantum Computer - Quantum Computing Report
SR014 Quantum Zeitgeist China Quantum Computing Companies: Complete 2026 Guide
SR015 Quantum Navigator Quantum Computing in China: Companies, Programs and Progress 2026
SR016 Bird & Bird Quantum Computing Laws and Regulations 2026 – China
SR017 Global Legal Insights Quantum Computing Laws and Regulations 2026 | China
SR018 MERICS China starts exporting quantum computers as its systems become more competitive
SR019 PostQuantum.com Origin Quantum Computing Technology Co.
SR020 StockCounterparts Origin Quantum profile and market insights | StockCounterparts
SR021 Quantum Strategy Institute Export Controls & Quantum Technologies
SR022 Quantum Strategy Institute (no title)
SR023 U.S. National Quantum Coordination Office Department of Commerce Releases Export Controls on Quantum Technologies
SR024 U.S. Bureau of Industry and Security (no title)
SR025 Origin Quantum Superconducting vs Trapped Ion: Which Quantum Architecture Fits You?
SR026 Origin Quantum What Is Quantum Chip and How Does It Differ From Silicon Chip?
SR027 Origin Quantum Components of Quantum Computer: Why Your Laptop Can't Do This
SR028 Q-Day Is Coming China's Origin Wukong-180: A 180-Qubit Quantum Leap and What It Means for Q-Day
SR029 Origin Quantum Quantum Machines, Quantum Computing Hardware | Origin Quantum
SR030 Origin Quantum Superconducting Quantum Chips | Origin Quantum
SR031 Origin Quantum Origin 'Tianji' Quantum Control System
SR032 Origin Quantum Origin SL1000 Dilution Refrigerator
SR033 China's Diplomacy in the New Era Hefei quantum company, Spanish partner to build Europe's largest integrated computing center_China's Diplomacy in the New Era
SR034 Xinhua Spain, Chinese quantum company collaborate to build Europe's largest integrated computing center
SR035 Silk Road Information Service Spain, Chinese quantum company collaborate to build Europe's largest integrated computing center
SR036 Global Construction Review Chinese tech firm plans Europe’s biggest computing centre in Malaga - Global Construction Review
SR037 CB Insights Origin Quantum Stock Price, Funding, Valuation, Revenue & Financial Statements
SR038 C114 Origin Quantum Secures 3 Billion Yuan in Pre-IPO Funding - AI
SR039 Lambda Finance Quantum Computing Stocks 2026: Pure-Plays, Tech Giants, and Private Leaders - Lambda Finance
SR040 Quantinuum Honeywell Announces $600 Million Capital Raise For Quantinuum at $10b Pre-Money Equity Valuation to Advance Quantum Computing at Scale
SR041 Rigetti Rigetti Computing Reports Fourth Quarter and Full-Year 2025 Financial Results
SR042 McKinsey & Company Quantum Technology Monitor
SR043 Origin Quantum What is Quantum Error Correction? A Clear Guide (2026)
SR044 The Qubit Report China’s Origin Quantum Launches Origin Wukong-180
SR045 Window to China 2026/05 Origin Quantum Co. launches Origin Wukong-180 quantum computer – window-to-china.de
SR046 PitchBook https://match.adsrvr.org/track/cmf/rubicon
SR047 Quantum Market Cap Quantum Market Cap — Live Quantum Computing Stock Prices & Rankings
SR048 LevelFields Top Quantum Computing Stocks to Watch 2026
SR049 SEC Rigetti 2025 Annual Report (PDF)
SR050 MIT IDE MIT Report Describes Quantum Opportunities, Challenges - MIT Initiative on the Digital Economy
SR051 MIT CTL Mapping Risks to the Quantum Computing Supply Chain
SR052 RAND An Assessment of U.S.-Allied Nations' Industrial Bases in Quantum Technology
SR053 CNAS Quantum's Industrial Moment
SV001 Origin Quantum Origin Quantum | Making Quantum Computing Accessible
SV002 Origin Quantum About Origin Quantum | Origin Quantum
SV003 Origin Quantum Origin WuKong 180 Superconducting Quantum Computer
SV004 Origin Quantum Quantum Cloud Platform | User-Friendly Quantum Computing for Everyone
SV005 Origin Quantum OriginQ Wukong 180: China's 4th Gen Superconducting Quantum Computer
SV006 Origin Quantum Origin Pilot: China's First Quantum Computer Operating System Now Available for Download
SV007 Origin Quantum Cloud Publications - Origin Quantum Cloud
SV008 Origin Quantum Cloud Events - Origin Quantum Cloud
SV009 Origin Quantum Cloud Origin Wukong 180 - Deliveringworld-classquantum computing power
SV010 The Quantum Insider China's Quantum Sector Sees Investment Surge as Larger Funding Rounds Return
SV011 The Quantum Insider Top Chinese Quantum Computing Companies in 2026
SV012 The Quantum Insider Origin Quantum Launches Wukong-180 Quantum System
SV013 Quantum Computing Report Origin Quantum Unveils Origin Wukong-180 Fourth-Generation Quantum Computer - Quantum Computing Report
SV014 Quantum Zeitgeist China Quantum Computing Companies: Complete 2026 Guide
SV015 Quantum Navigator Quantum Computing in China: Companies, Programs and Progress 2026
SV016 Bird & Bird Quantum Computing Laws and Regulations 2026 – China
SV017 Global Legal Insights Quantum Computing Laws and Regulations 2026 | China
SV018 MERICS China starts exporting quantum computers as its systems become more competitive
SV019 PostQuantum.com Origin Quantum Computing Technology Co.
SV020 StockCounterparts Origin Quantum profile and market insights | StockCounterparts
SV021 Origin Quantum Top Quantum Computing Companies to Watch in 2026: A Strategic Guide
SV022 Origin Quantum NISQ Era Status 2026: Current State of Quantum Computing
SV023 Quantum Zeitgeist Origin Wukong-180 Fourth-Generation Superconducting Quantum Computer
SV024 PitchBook https://match.adsrvr.org/track/cmf/rubicon
SV025 Quantum Market Cap Quantum Market Cap — Live Quantum Computing Stock Prices & Rankings
SV026 LevelFields Top Quantum Computing Stocks to Watch 2026
SV027 Rigetti Untitled-1
SV028 China's Diplomacy in the New Era Hefei quantum company, Spanish partner to build Europe's largest integrated computing center_China's Diplomacy in the New Era
SV029 Xinhua Spain, Chinese quantum company collaborate to build Europe's largest integrated computing center
SV030 Silk Road Information Service Spain, Chinese quantum company collaborate to build Europe's largest integrated computing center
SV031 Global Construction Review Chinese tech firm plans Europe’s biggest computing centre in Malaga - Global Construction Review
SV032 CB Insights Origin Quantum Stock Price, Funding, Valuation, Revenue & Financial Statements
SV033 C114 Origin Quantum Secures 3 Billion Yuan in Pre-IPO Funding - AI
SV034 Lambda Finance Quantum Computing Stocks 2026: Pure-Plays, Tech Giants, and Private Leaders - Lambda Finance
SV035 Data Center Dynamics Quantum computing earnings Q4 and FY25: IonQ, D-Wave, Rigetti results
SV036 MarketBeat How the 3 Leading Quantum Firms Stack Up After Q1 Earnings
SV037 AInvest Quantinuum at $14.3 Billion vs IonQ at $26.9 Billion - The Quantum Comparison That Changes the Story
SV038 Quantinuum Honeywell Announces the Closing of $300 Million Equity Investment Round for Quantinuum at $5B pre-money valuation
SV039 Quantinuum Honeywell Announces $600 Million Capital Raise For Quantinuum at $10b Pre-Money Equity Valuation to Advance Quantum Computing at Scale
SV040 IonQ IonQ | IonQ Achieves $130.0 Million of GAAP Revenues, Beating Guidance by 20%
SV041 CompaniesMarketCap IonQ (IONQ) - Market capitalization
SV042 Rigetti Rigetti Computing Reports Fourth Quarter and Full-Year 2025 Financial Results
SV043 CompaniesMarketCap Rigetti Computing (RGTI) - Market capitalization
SV044 SEC ibm-20251231
SV045 CompaniesMarketCap IBM (IBM) - Market capitalization
SV046 McKinsey & Company Quantum Technology Monitor
SV047 Quantum Strategy Institute Export Controls & Quantum Technologies
SV048 Quantum Strategy Institute (no title)
SV049 U.S. National Quantum Coordination Office Department of Commerce Releases Export Controls on Quantum Technologies
SV050 U.S. Bureau of Industry and Security (no title)
SV051 Origin Quantum What is Quantum Error Correction? A Clear Guide (2026)
SV052 CompaniesMarketCap D-Wave Quantum (QBTS) - Market capitalization
SV053 CompaniesMarketCap Arqit Quantum (ARQQ) - Market capitalization
SV054 Entangled Future Quantum Computing Stocks Guide 2026 | Public Companies & IPOs
SV055 Lambda Fin Quantum Computing Stocks 2026: Pure-Plays, Tech Giants, and Private Leaders
SV056 CompaniesMarketCap Quantum Computing (QUBT) - Market capitalization
SV057 SEC qbts-20251231
SV058 Yahoo Finance Quantum Computing Inc. (QUBT) Valuation Measures & Financial Statistics
SV059 Yahoo Finance Arqit Quantum Inc. (ARQQ) Valuation Measures & Financial Statistics
SV060 Yahoo Finance D-Wave Quantum Inc. (QBTS) Valuation Measures & Financial Statistics