初创公司尽调
尽调报告 Quantum computing infrastructure / developer tools late-stage private / Series D 2026-08-29

SpinQ

中国少见的全栈量子平台,后期融资动能真实,但估值披露仍达不到买入级要求

SpinQ 是可信的后期量子平台,也可能是低独角兽资产,但公开经济性和股权结构披露太薄,结论仍是观察而非买入。

封面要素

成立时间 01
2018 year [CO001]
总部 02
Shenzhen, China [CO001]
已宣布 Series D 轮 03
1000 RMB M [CO028, CV001]
2026 年上半年融资额 04
2000 RMB M [CO028, CV001]
市场数据聚合平台记录的最新轮次 05
147.22 USD M [CV003]
市场数据聚合平台记录的累计融资 06
256.94 USD M [CV003]
部署覆盖 07
40+ countries / regions [CO018, CV009]

公司概况

SpinQ 是一家 2018 年成立、总部位于深圳的量子计算公司,把两个少见战略押注合在一个平台里:面向教育和科研的桌面与实验室级 NMR 系统,以及面向更高阶工业和科研负载的超导量子硬件。公司还销售云平台、私有云部署服务和 SpinQit 软件栈,因此是少数能在硬件、软件和访问层都拿出可见产品面的中国量子初创公司之一。到 2026 年中,它已在 Series C、C+ 和 D 轮快速融资,宣布了相当广的海外部署,并把自己定位为国内战略性量子基础设施资产;但公开披露仍不足以让投资者有把握判断精确经济性或当前估值。

官网
www.spinqtech.com
成立时间
2018-08-27
创始人
Jingen Xiang
创立地点
Shenzhen, China
总部
Shenzhen, China
产品
SpinQ 销售 NMR 桌面和实验室量子系统、超导量子计算机和芯片、量子云访问、私有云部署,以及 SpinQit 编程框架。
客户
高校、科研机构,以及越来越多在金融、医疗健康、AI 和材料场景评估量子工作流的工业或科研买方。
商业模式
变现看起来由硬件销售、教育平台、部署与支持服务、云访问和软件赋能共同组成,而不是单一纯 SaaS 或纯硬件模式。
阶段
late-stage private / Series D
融资情况
SpinQ 公开宣布 2026 年 1 月 Series C、4 月 Series C+(使 Series C 总融资接近 RMB 1 billion)以及 6 月 RMB 1 billion 的 Series D。CB Insights 将最新轮次记为约 US$147.22 million,累计融资约 US$256.94 million;但公开来源仍未披露精确投后估值或优先股堆叠。
[CO001, CO003, CO005, CO018, CO020, CO022, CO028, CO031]

执行摘要

主要优势

  • NMR 与超导量子系统双路线定位少见,SpinQ 的产品可选项比许多单模态同行更宽。
  • 2026H1 快速融资,加上国资和产业相关投资人底座,释放出战略相关性和长期资本可得性。
  • 公开证据支持公司在教育硬件、出口系统、云访问和软件工具上已有真实商业化界面,而不只是实验室主张。
  • 如果国产量子产业化加速,中国制造和平台集成可能变成优势。

主要风险

  • 公开来源仍未披露审计收入、毛利率、现金消耗或股权结构条款,估值精度很弱。
  • 具名客户证据在教育和科研端强得多,在可复制的工业量产部署上仍不足。
  • 量子品类估值波动大、被里程碑牵引,商业化证据一旦落空,价格可能快速压缩。
  • 资本强度、政策敏感性、出口或海外支持约束,可能同时伤到承销逻辑。

未决问题

  • 2026 年各轮融资的确切投后估值、摊薄后持股和清算优先权。
  • FY2025 和 FY2026 审计财务报表,含分部收入和毛利率明细。
  • 云服务或 SpinQit 经常性变现证据,包括付费使用、续约和附加率。
  • 超导系统的具名工业在手订单、复购和试点转量产证据。
  • 具体上市前退出准备材料,证明任何 pre-IPO 路径是否真实、有时间表且治理就绪。

目录

Chapter 01

01公司概况

1.1 身份定位、起点与商业模式

SpinQ 把自己呈现为一站式量子计算公司,而不是单一产品的硬件实验室。最有力的官方表述来自公司英文和中文「关于我们」页面:SpinQ 的使命是用工业超导系统、教育用 NMR 机器、云访问和软件工具组成的全栈组合,把量子计算工业化、普及化。这个定位很关键,因为它解释了为什么 SpinQ 的公开叙事同时包含科研硬件、课堂设备和开发者软件。许多量子初创公司押注单一技术路线,SpinQ 则明确销售超导和核磁共振两条路线:用 NMR 系统扩大科研和教育采用,同时把超导系统推向更硬的工业用例。公司称其服务科研、教育、药物发现、金融科技和人工智能场景,因此 SpinQ 看起来不像纯组件供应商,更像垂直整合的基础设施平台。成立和地点证据也一致:官方材料与第三方画像都把公司起点放在 2018 年 8 月的深圳。深圳硬件根基、宽产品打包和商业化表述,构成了后续章节应复用的事实底座。[CO001, CO002, CO003, CO004, CO007, CO008]

FO002: 公司快照逻辑

SpinQ 把学术创始人可信度、双技术路线、产品栈宽度和战略融资串成商业化叙事。

[CO002, CO005, CO007, CO008, CO013, CO014]

1.2 创始人画像、领导层集中度与治理可见度

SpinQ 的公共身份高度集中在创始人兼 CEO Jingen Xiang 博士身上。官方融资稿、Seedtable 公司画像和 36Kr 2026 年 4 月报道都将 Xiang 标识为创始人兼 CEO;36Kr 还补充了更细的技术履历:清华物理训练、Harvard 博士后经历,以及超过 15 年量子计算研发经验。这一背景解释了公司为何敢同时竞争两条技术路线,也解释了投资者为何愿意把团队视为深科技执行团队,而不是软件初创公司来下注。Xiang 之外的公开披露更薄。Seedtable 只露出一个很小的领导层阵容,包括高级副总裁/CTO Tiejun Meng 和高级科学家 Guanru Feng;官网则强调更广泛创始团队的学术质量,而不是完整披露董事会或独立治理结构。尽调上,技术领导力信号强于治理透明度信号。公开证据足以相信 SpinQ 有严肃工程组织,但还不足以有把握画出完整董事会构成、少数股东保护,或上市公司级财务与内控基础设施。[CO004, CO005, CO006, CO007, CO024, CO035]

领导层与创始人表
人物 / 职务公开证据与使命匹配度关键人物或治理结论
Jingen Xiang — 创始人兼 CEO官方融资公告、Seedtable、36Kr深厚物理与工程背景,匹配双路线策略愿景、融资和技术优先级高度依赖关键人物
Tiejun Meng — SVP 兼 CTOSeedtable 领导层档案在 CEO 之外补足技术执行深度公开披露仅限目录级档案
Guanru Feng — 高级科学家Seedtable 领导层档案显示产品栈背后有可见科研梯队职责范围和汇报线未公开细化
创始团队来自 Harvard / MIT / Tsinghua / PKU / USTC / HKUST官方关于页面前沿硬件招聘有强学术品牌背书学术声望不能替代完整治理披露
董事会 / 独立董事 / CFO 梯队所审阅公开来源未清楚披露Unknown治理透明度落后于融资规模和上市前叙事

公开领导层披露以创始人为中心,技术可信度高,但按后期或上市前标准仍偏薄。

[CO004, CO005, CO006, CO019, CO024, CO040]

1.3 融资进展、规模代理指标与商业化信号

到 2026 年中,SpinQ 已明显进入后期融资阶段。2026 年 1 月 Series C、4 月 Series C+ 和 6 月 Series D 连在一起,显示融资节奏快速且规模逐轮变大,最终落到 RMB 1 billion 的 Series D,以及此前六个月累计 RMB 2 billion 的融资。投资人结构和金额一样值得注意:多方来源都描述了国资或产业资本的强参与;中文 Series D 新闻稿显示一个跨区域财团,横跨 CICC Capital、上海半导体资本、AVIC 关联资本和其他政策邻近基金。商业化信号有意义,但不均匀。官方和第三方来源反复称产品已部署到 40 多个国家、200 多家机构;36Kr 和 Quantum Computing Report 则给出更接近收入的代理指标:NMR 系统作为可重复教育业务、2026 年一季度订单量同比增长 80%、超导业务成为收入多数。这些指标令人鼓舞,但还没达到经审计财务披露。公开来源仍没有足够精确地给出收入、毛利率、现金或现金跑道,难以完成完整投资审查。[CO018, CO020, CO021, CO022, CO023, CO024]

关键指标快照表
指标数值 / 状态日期置信度缺口 / 备注
成立2018-08-272018-08-27官方关于页面和时间线一致指向成立日期
总部中国深圳2026-08-29多个官方页面显示总部位于深圳
商业模式全栈超导 + NMR + 云 + 软件2026-08-29公开定位很宽,但具体分板块占比未披露
Series D 轮RMB 1.0B2026-06-30官方和独立来源相互印证规模
2026 年上半年融资额六个月内 RMB 2.0B2026-06-30来源于官方 Series D 公告及 TQI/HPCwire
已部署产品40+ 个国家 / 地区2026-06-30准确国家列表未公开
服务客户 / 机构200+2026-06-30官方表述混合大学、研究机构和产业用户
研发强度70%+ 员工从事研发2026-04-03依据 36Kr 独家报道,非官方财务文件
2026 年一季度订单增长同比 80%2026-04-03第三方媒体报道
超导收入占比收入占比 ~65%2026-04-03仅 36Kr;没有审计收入基数
旗舰超导配置最高 103 量子比特2026-06-30官方产品页和 Series D 公告相互印证
审计收入 / 现金 / 现金跑道未公开披露2026-08-29核心投资判断缺口仍未关闭

汇总稳定身份事实、最新公开融资与商业化代理指标;除非明确注明,财务指标均未经审计。

[CO001, CO002, CO018, CO022, CO024, CO025]
利益相关方 / 投资人地图
利益相关方角色重要性尽调含义
创始人 / 管理层技术与战略控制决定路线选择、融资叙事和商业化优先级评估接班梯队厚度和治理制衡
Series C 投资人集团2026 年初成长资本为超导扩容和商业扩张提供资金确认条款、优先权和跟投权
Series C+ 投资人集团国资关联和产业资本加速迈向标准化生产和上市前叙事区分政策协同与商业回报预期
Series D 投资人集团由 CICC Capital 领投的国家级、省级和产业投资人体现战略重要性和深厚耐心资本池厘清股权结构表、董事会权利和退出预期
高校和科研机构NMR 核心客户群提供近期采用和教育收入量化复购和集中度
产业 / 科研伙伴超导系统目标用户支撑从教学向产业工作负载过渡区分试点和经常性生产收入
海外交易对手证明可出口性,也暴露支持负担验证 SpinQ 能在中国以外交付硬件核查服务质量、地缘政治敞口和付款条件

这张图只梳理对控制权、商业化和后期投资判断最关键的利益相关方,并不试图重建完整股权结构表。

[CO018, CO020, CO022, CO023, CO028, CO029]
FO003: 快照 KPI

SpinQ 最好的公开成熟度信号,是融资速度、全球部署主张、研发强度和 103-qubit 超导配置。

加号表示公开主张的下限,而不是精确经审计数量。

[CO018, CO024, CO028, CO033]

1.4 里程碑、技术宽度与反向解读

SpinQ 的里程碑记录在工程宽度和交付证明上强于透明经济性。官方时间线从 2020 年推出可编程桌面 NMR 量子计算机开始,到 2021 年 Triangulum 桌面型号、2022 年 Gemini Mini 便携设备、2024 年 Gemini Lab 教学平台,再到持续扩张的超导栈;目前栈里包含芯片、控制系统、云软件、私有云部署,以及最高 103-qubit 的系统配置。最具商业意义的里程碑主张,是 2023 年首次将中国超导芯片交付海外、2024 年首次将完整中国超导量子计算机交付海外,随后在 2025 年批量交付 Ursa Major 系统。对中国私营量子公司来说,这些是少见的证明点。反向解读是,公开叙事仍重度依赖公司主张、里程碑营销和融资新闻。精确客户集中度、海外需求持久性,以及从工程演示走向可重复工业收入的精确路径,独立确认仍有限。外部宏观分析也提示,中国量子投资浪潮部分由政策驱动,因此不能把拿到资本误读为商业化风险已经解除。[CO010, CO011, CO012, CO013, CO015, CO016]

里程碑表
日期事件类型金额 / 状态参与方含义
2018-08-27SpinQ 在深圳成立成立公司成立创始团队商业化导向量子公司的起点
2020-01-01可编程桌面 NMR 计算机发布产品Gemini 发布SpinQ教育和科研的早期产品市场切口
2021-09-01Triangulum 3 量子比特桌面 NMR 计算机发布产品3 量子比特桌面系统SpinQ扩展室温教学产品线
2022-01-01Gemini Mini 便携式量子计算机发布产品2 量子比特便携系统SpinQ降低动手教学采用门槛
2023-11-01中国超导芯片首次海外交付规模化芯片出口海外SpinQ 与海外研究客户证明超导硬件具备可出口性
2024-01-01Gemini Lab 实验平台发布产品高等教育平台SpinQ拓宽课程和科研供给
2024-08-06中国完整超导量子计算机首次海外交付规模化整机出口完成SpinQ 与海外客户证明工程和部署能力可走出国内市场
2026-01-21Series C 融资公布融资数亿 RMBLongli、Jadex、HTHS、ADDOR 等为产业级超导扩张提供资金
2026-04-03Series C+ 融资公布融资RMB 600M;Series C 累计约 RMB 1BGuotai Junan Innovation、Cornerstone、Sichuan Zhenxing 等压缩融资周期并强化上市前叙事
2026-04-0336Kr 披露商业化指标反向订单同比增长 80%;超导贡献 65% 收入;70%+ 员工从事研发36Kr 与公司访谈正向牵引信号,但仍未经审计
2026-06-30Series D 融资公布融资RMB 1.0B;六个月内 RMB 2.0BCICC Capital 与国资 / 产业投资人集团确立后期战略资本背书
2026-06-30容错路线图和 25/103 量子比特芯片验证获重点强调治理2026 年 d=3 QEC 目标SpinQ叙事从量子比特数量转向容错工程就绪度

这是公司成立、产品发布、出口里程碑、融资,以及截至 2026-08-29 可见的最重要商业化 / 反向标记的唯一主时间线。

[CO001, CO010, CO011, CO015, CO016, CO020]
FO001: 公司里程碑时间线

2018 至 2026 年,SpinQ 从教育型 NMR 产品发布,推进到超导系统出口和后期融资。

官方时间线只给到月份的里程碑,在保留来源没有精确日期时按当月第一天处理。

[CO001, CO010, CO011, CO013, CO015, CO016]

1.5 图表要点

Chapter 02

02市场分析

2.1 市场边界与规模测算口径

SpinQ 的适用市场窄于整个量子技术综合体。SpinQ 销售或推广超导硬件、NMR 教育系统、云访问和软件,支撑优化、仿真、机器学习和科研工作流。这意味着公司主要参与量子计算基础设施与服务,而不是量子通信、传感或学术拨款支出这些更宽泛篮子;后者常常抬高中国量子行业标题数字。公开市场研究仍不完美,但方向上有用。IMARC 估计中国量子计算市场 2025 年为 USD 258.64 million,并预计 2034 年达到 USD 3.56 billion,对应 33.84% CAGR。The Quantum Insider 另行给出更宽的中国量子产业规模,2025 年约 CNY 11.56 billion,覆盖的生态系统比 SpinQ 眼前可服务市场更大。尽调视角应分层:TAM 是中国量子计算支出;SAM 是 SpinQ 实际服务行业中的系统、云和应用工作流子集;SOM 则是更小的近期池子,即今天能购买或使用 SpinQ 产品的教育、科研和选择性工业试点。[CM001, CM002, CM003, CM004, CM005, CM006]

市场定义表
层级是否纳入?对 SpinQ 的重要性排除项 / 注意点
量子计算硬件系统SpinQ 销售超导系统和 NMR 机器量子通信和量子传感不纳入
量子云和软件SpinQ 推广云访问、私有云和 SpinQit通用 AI 或云预算不等于量子预算
教育和科研工具NMR 和实验室平台构成近期主要变现切口并非所有学术经费都能转成产品需求
行业解决方案试点金融、生物医药和 AI 用例形成有资金支持的试点路径试点活动不等于规模化生产收入
国家量子政策支出部分政策重要,因为它塑造采购和资金流向大额基础设施支出可能夸大 SpinQ 近期可触达市场

定义本章使用的市场边界;它刻意窄于中国所有量子技术活动。

[CM001, CM011, CM020, CM021, CM025]
TAM / SAM / SOM 或规模测算口径表
口径定义数值 / 区间置信度
中国量子计算 TAM中国量子计算系统和服务市场2025 年 USD 258.64M,2034 年增至 USD 3.564B
更广义中国量子产业包括相邻量子板块的更广泛生态2025 年 CNY 11.56B
SpinQ 类 SAM目标垂直场景中的系统、云、软件、教育和早期应用中国量子计算 TAM 的子集
近期 SOM当下有实际预算的教育、科研和部分产业试点明显小于 SAM,且公开口径不清

使用公开市场研究和政策市场背景,再收窄到 SpinQ 凭当前产品可合理服务的范围。

[CM002, CM003, CM004, CM005, CM021, CM022]
FM001: 市场规模测算视角

公开市场估计显示中国量子计算有可观机会,但 SpinQ 眼下可触达支出明显窄于顶层赛道叙事。

第四根柱为定性展示,不是有来源的点估计;它用来说明 SpinQ 近期 SOM 远小于顶层市场总量。

[CM002, CM003, CM005, CM006, CM021]
FM002: 市场估计区间

最可信的市场判断,应覆盖从狭窄近期可触达支出到长期全国量子计算增长的宽区间。

只有 TAM 两端点有来源支撑。SOM 和 SAM 区间是分析性区间,用来展示分层,不是报道中的市场数字。

[CM002, CM003, CM011, CM021]

2.2 买方图谱与采用路径

SpinQ 自己的解决方案页面把买方图谱讲得很清楚。高校、K-12 项目和科普机构是明确客户段,因为 SpinQ 把设备、课件和培训打包成一站式教育方案。教育楔子重要:公司不用等到大规模工业容错实现,也能先把量子访问变现。科研机构和高阶大学实验室位于采用曲线上一层,使用桌面 NMR 系统、实验平台和云工具做动手研究与教学。再往上是企业或准企业试点。SpinQ 的金融页面强调投资组合优化、风险管理、预测建模、市场分析、信用评分和欺诈检测;生物医药页面强调基因测序、药物发现、疾病建模和基因组组装;AI 页面强调梯度优化、神经网络训练和量子机器学习。横跨这些类别,云和软件都重要,因为它们降低试验门槛:买方不必一开始就安装完整超导系统,也能用上平台。这条分阶段采用路径——先教育、再科研和试点、最后工业系统——是 SpinQ 在完全容错前变现的核心。[CM012, CM013, CM014, CM015, CM016, CM017]

细分市场 / 买方地图
细分买方用户预算逻辑
量子教育高校、K-12 学校、科普机构学生、教师、实验室管理者设备 + 课程 + 培训预算
学术和应用研究研究机构、高阶大学实验室研究人员、研究生科研设备和实验预算
金融服务试点创新团队、银行科技部门、风险 / 优化负责人量化、运营、分析团队优化、风险和决策支持试点预算
生物医药和生命科学试点研发负责人、研究机构、基因组团队科学家和数据研究人员分子模拟和基因组分析实验
AI 和先进计算团队AI 实验室、算法团队、自主系统研究者机器学习工程师和研究人员量子计算 / AI 混合实验预算
云自助与培训开发者、教育者、研究人员个人或小团队用户购买本地硬件前的低成本访问

SpinQ 的需求路径由机构牵引:先教学和科研,再进入特定领域产业试点,最后走向更重的基础设施采购。

[CM012, CM013, CM014, CM015, CM016, CM017]
FM003: 买方 / 细分市场地图

SpinQ 最强的即时需求来自教育和科研,工业预算更有选择性,也更由试点驱动。

[CM012, CM013, CM014, CM015, CM016, CM017]
FM004: 采用漏斗或价值链地图

SpinQ 的市场进入路径从教育和云访问开始,逐步走向科研使用、试点验证,最后进入工业部署。

[CM012, CM016, CM017, CM018, CM019, CM020]

2.3 增长驱动与商业化顺风

最强市场顺风是政策。多家独立来源称,中国“十五五”规划把量子从前沿研究主题升级为指定未来产业,并由国家和地方资金工具支撑。The Quantum Insider 将这一政策变化与 2026 年更大额私募融资直接相连,包括 SpinQ 自身融资;Bird & Bird 和 Global Legal Insights 则指向 MIIT 政策文件,重点放在容错量子计算、软件、云平台以及测量与控制系统。第二个增长驱动是中国需求结构。量子预算越来越不只是科学声望,也被解释为金融、生物医药、AI 和先进制造的基础设施。SpinQ 的解决方案正好嵌入这个框架。第三个驱动是靠访问模式商业化。McKinsey 2026 年监测报告认为,量子技术正从探索走向规模化价值捕获,付费共同开发、量子即服务和混合 HPC-QC 集成变得核心。这个趋势有利于 SpinQ 这类能把硬件、云和软件组合起来的供应商。结果是市场真实存在,但加速仍依赖持续政策支持、客户出资研发,以及具体用例相对经典替代方案能交出更好结果的证明。[CM005, CM006, CM007, CM008, CM009, CM010]

增长驱动与约束表
因素方向证据市场含义
第十五个五年规划和 MIIT 政策正向量子被列入未来产业;容错和云 / 软件目标已明确维持资金供给和采购意愿
大型国资和战略投资载体正向CNY 121.8B 引导基金载体和更大规模 2026 年融资轮次改善 SpinQ 等供应商的融资条件
云和混合访问模式正向量子即服务和云交付降低采用门槛把 SAM 扩展到不能托管硬件的买方
教育需求和人才培养正向高校和 K-12 采用带来培训预算和用户管线支撑近期收入和长期生态增长
人才短缺负向量子技能缺口和跨学科招聘瓶颈仍然严峻拖慢规模化部署和服务质量
出口管制与供应链分化负面管制会加速本地化,但推高成本和复杂度奖励本土能力,同时限制全球灵活性
技术成熟度差距负面纠错和规模化生产应用仍未解决让企业大规模采用继续后移

把正向商业化驱动与结构性约束并列:这些约束让近期市场小于头部预测所暗示的规模。

[CM006, CM007, CM008, CM009, CM010, CM020]

2.4 采用约束、监管与尽调注意事项

市场逻辑成立,但投资者不该把政策支持等同于无摩擦需求。IMARC 强调量子专业人才严重短缺;法律评论和生态分析也显示,出口管制和国内采购规则不是短期噪音,而是中国量子市场的结构性特征。Entangled Future 和 PostQuantum 都把中国量子生态描述为越来越自给自足、政治上更可读,这有利于主权供应商,但也可能收窄国际合作并拉长供应链周期。技术本身仍不成熟:IMARC 将通用商业量子计算描述为长期开发项目,纠错、低温和扩展仍未解决。McKinsey 全球监测报告对商业化乐观,但即便在那份报告里,重点也是付费共同开发和混合工作流,而不是像软件一样常态化放量。具体到 SpinQ,近期市场在教育、科研和试点部署上有吸引力;若没有更好的公开数据证明经常性需求、预算和客户从实验转向生产的转化,它仍难以按广义企业平台做投资测算。[CM023, CM024, CM025, CM026, CM027, CM028]

公开市场缺口表
问题公开状态重要性下一步尽调动作
中国教育和试点硬件量子计算可服务市场的精确规模未公开需要为 SpinQ 做更窄口径的自下而上测算按买方逐一搭建预算模型
高校 / 研究机构细分采购预算多数未公开教育需求可能覆盖广,但单点预算浅索取订单簿和头部客户数据
云端实验向硬件销售的转化未公开是判断先落地再扩张能否成立的关键审查漏斗和队列数据
出口管制对 SpinQ 专属 BOM 与交付周期的影响部分公开供应冲击会改变利润率和路线图索取供应商图谱和交付周期数据
工业试点能转化为经常性生产收入的证据未公开区分叙事需求与可持续市场需求获取合同、续约和案例数据

这是审查公开资料后仍然存在的主要市场规模和采用未知项。

[CM021, CM026, CM027, CM029, CM036]

2.5 图表要点

Chapter 03

03竞争格局

3.1 竞争对手范围与战略定位

SpinQ 没有一个干净单一竞争组,因为业务横跨教育 NMR 系统、超导量子硬件、软件和云访问。最相关的直接量子同业是 Quantinuum、IonQ、Rigetti、IBM Quantum、D-Wave 和 Origin Quantum 等全栈软硬件供应商。在中国,Origin Quantum 是超导系统上最明显的国内全栈同业;QuantumCTek、Tencent Quantum Lab 和其他国资背景组织等更广生态玩家,则争夺心智、政策支持和采购入口。在教育访问领域,SpinQ 的桌面 NMR 系统占据更少见的细分位:它们不太是在和超大规模前沿机器竞争,更像是在和模拟器、实验课程包,以及其他动手量子学习路径竞争。这种分层竞争很重要,因为 SpinQ 最强卖点不是绝对前沿领先,而是可及性、硬件宽度和以中国为中心的商业化组合。因此,正确问题不是 SpinQ 是否比 IonQ 或 IBM 更大,而是 SpinQ 是否拥有一个独特市场片段:便携教育、科研上手和主权超导能力在这里交汇。[CP001, CP002, CP003, CP004, CP005, CP006]

竞争对手画像表
公司技术路线 / 模式商业姿态规模指标
SpinQ核磁共振(NMR)+ 超导,从教育到工业的全栈模式未上市,以中国为中心,硬件 + 软件 + 云40+ 个国家、200+ 家机构、2026 年 Series D
Origin Quantum超导全栈未上市,中国战略基础设施玩家Wukong-180 和云平台
Quantinuum离子阱全栈未上市,全球企业级、软件权重高的平台Helios,以及 Nexus 上 150+ 家组织
IonQ离子阱全栈量子平台上市,靠云分发,聚焦企业2025 年收入 $130M,市值 $15.88B
Rigetti超导全栈上市,销售 QPU / 系统,也聚焦研究Novera 9 量子比特、Cepheus 107 量子比特,市值 $5.20B
IBM Quantum既有全栈生态企业平台与网络模式300+ 个客户和伙伴,100+ 量子比特设备群
D-Wave退火 + 新兴门模型双平台上市,面向优化和 QCaaS聚焦 Leap 云和生产级优化

比较战略姿态和产品模式,并非暗示所有玩家销售可互换产品。

[CP001, CP005, CP006, CP007, CP008, CP009]
FP001: 竞争定位图

SpinQ 处在前沿基础设施玩家和教育优先型接入厂商之间;可及性强于多数同行,但披露深度弱于上市公司或更大型私营龙头。

[CP004, CP005, CP006, CP007, CP012, CP018]

3.2 能力宽度、技术路线与客户重心

能力比较先看技术路线。SpinQ 把用于教育和科研的室温 NMR 产品,与面向更高要求用例的超导系统组合起来。相比之下,Quantinuum 和 IonQ 是离子阱公司,全球企业生态更强;Rigetti、IBM 和 Origin Quantum 更明确走超导路线。D-Wave 又走另一条路,先是退火,后来推进门模型野心。在这个场域里,SpinQ 将可及的 NMR 系统和工业超导系统放在一起,确实形成差异化。公司由此能覆盖比多数同业更宽的“学习到科研”连续谱。但能力宽度不等于前沿深度。Quantinuum 公开宣传行业领先的 Helios 精度、宽软件套件和 Nexus 上 150 多家组织。IonQ 公开宣传更宽的平台,覆盖计算、网络、传感和安全,并拥有多个云渠道和大型企业合作。IBM 拥有全球最大 100-plus-qubit 系统队列和 300 多个网络成员,Rigetti 则强调可部署 QPU 和 107-qubit 系统。SpinQ 的宽度真实,但公开证明在企业级规模和生产使用上仍薄于这些披露更充分的对手。[CP004, CP005, CP006, CP007, CP008, CP009]

功能 / 能力矩阵
功能SpinQOrigin QuantumQuantinuumIonQIBM
自有硬件
云端访问
易获得的教育硬件公开重点有限公开重点有限不是核心切入点不是核心切入点
工业级超导系统
离子阱系统
开发者工具 / 软件套件SpinQit + 云Origin Pilot / 工具Nexus + TKET + Guppy + InQuanto量子云 + 应用Qiskit + IBM Quantum 平台
公开可见的企业生态深度

突出 SpinQ 的特殊强项:把 NMR 教育硬件延伸到超导系统,而不是在前沿离子阱上领先。

[CP004, CP005, CP006, CP007, CP008, CP012]
FP002: 功能广度 / 能力图

SpinQ 覆盖学习、云与硬件三条线,但在公开企业级验证或特定技术路线深度上,同行仍领先。

该图是对已审阅来源的方向性综合,不是数字化基准评分卡。

[CP004, CP005, CP006, CP007, CP009, CP011]

3.3 定价、打包、分发与切换动态

量子计算领域公开定价出人意料地不透明,SpinQ 也不例外。大多数被审阅公司把买方引向按报价销售系统、云访问或合作伙伴驱动部署,而不是简单标价。即便如此,打包差异仍能看见。SpinQ 的教育方案捆绑设备、资源和培训;云和软件层降低上手门槛;超导系统似乎以集成解决方案出售,而不是只卖组件。Quantinuum 强调跨本地部署和云交付的硬件即服务,IBM 强调通过平台和网络会员访问机群,IonQ 通过主要云和企业合作伙伴分发,D-Wave 则靠 Leap 云访问、混合求解器和面向优化的方案商业化。这些差异塑造切换成本。大学如果围绕 Gemini、Triangulum 或 SpinQit 标准化实验室、课程或工具,SpinQ 就能形成锁定效应。但云访问也会降低休闲或探索型用户的切换成本,尤其当竞争对手通过热门公有云渠道开放机器时。换句话说,SpinQ 的打包有助于获客和上手,但不能保证那种由经审计多年企业软件收入支撑的更硬锁定。[CP004, CP010, CP011, CP012, CP013, CP018]

定价 / 打包方式对比
公司公开打包模式价格可见度切换 / 锁定动态
SpinQ教育套装,整合硬件、云和软件低;多以报价为主课程、实验室部署和工具能形成黏性
Origin Quantum系统、云、软件、战略项目中国境内的自主全栈集成能形成机构锁定
Quantinuum硬件即服务、云、本地部署、软件库平台、软件和企业联合开发会抬高切换成本
IonQ主流云分发 + 企业直销系统云覆盖广会降低上手摩擦,但企业产品广度支撑扩张
IBM平台 / 网络会员 + Qiskit 生态生态规模和开发者熟悉度是强锁定驱动
D-WaveLeap 云、混合求解器、优化解决方案围绕具体用例部署,能形成高黏性的优化工作流

量子计算很少公开标价;本表改为比较商业打包和锁定动态。

[CP024, CP025, CP026, CP027, CP028, CP029]

3.4 护城河持久性、披露缺口与反向证据

SpinQ 的护城河在“可及性和主权”比绝对前沿性能更重要的地方最强。NMR 教育业务是一个真实楔子,因为它把量子学习变成实体产品,而不只是模拟器。中国本土语境也重要:出口管制、采购优先级和国资支持的量子生态,提高了本土硬件能力的价值。即便西方同业在规模或披露上领先,这些因素也可能利好 SpinQ。但反向证据同样重要。IonQ、Quantinuum 和 IBM 都披露了更强企业生态或财务标记。Rigetti 和 D-Wave 显示,公开市场投资者可以给量子可选性很高估值;它们也显示,全行业早期收入和盈利能力仍脆弱。相比这些公众同业,SpinQ 对经常性收入、合同深度、流失或客户集中度披露少得多。因此竞争结论是平衡的:SpinQ 拥有差异化赛道,也可能具备战略意义,但护城河更像情境化、分细分市场成立,而不是全球主导。投资者应把 SpinQ 视为有上行空间的可信专业玩家,而不是已在整个量子版图胜出的赢家。[CP014, CP015, CP016, CP017, CP018, CP019]

护城河耐久性 / 竞争风险登记
风险或护城河因素对 SpinQ 的方向证据含义
NMR + 超导双路线产品策略正面本组主要同行没有同样从教育到工业的桥让 SpinQ 在早期采用阶段形成差异
教育硬件可获得性正面便携和桌面产品扩大可触达用户基础支撑培训和早期收入
前沿性能披露负面Quantinuum、IonQ、IBM 等同行披露了更强的基准或生态指标SpinQ 在企业前沿场景的验证看起来不足
财务和客户披露深度负面上市同行披露更多收入和客户细节增加投资测算不确定性
中国自主科技与采购适配正面国内政策和供应链本地化可能利好本土冠军让本土市场定位更有支撑
云端多归属风险负面云端访问降低试用替代方案的门槛削弱轻度用户的锁定
资本市场可比公司压力负面上市可比公司估值高,但预期波动也大披露跟不上时,SpinQ 估值会被更严格约束

把 SpinQ 独特结构优势与量子市场成熟后可能侵蚀这些优势的因素配对。

[CP004, CP014, CP015, CP018, CP023, CP030]
FP003: 护城河 / 就绪度 KPI

最关键的竞争 KPI 不只是量子比特,还包括技术路线广度、交付验证、公开披露和生态规模。

加号表示公开口径的下限标记,不是经审计的精确运营数量。

[CP004, CP008, CP015, CP019, CP021, CP022]

3.5 图表要点

Chapter 04

04财务情况

4.1 收入来源与确认复杂度

SpinQ 的产品目录强烈暗示,它是混合收入模型,而不是单线硬件生意。公司销售或推广 Gemini Mini 等便携 NMR 系统、Triangulum 等桌面 NMR 系统、Gemini Lab 实验平台、超导量子系统、量子计算云平台、私有云部署服务和 SpinQit 开发框架。这个组合很重要,因为每条线的合同价值、实施负担和收入确认时点大概率不同。教育 NMR 设备可能作为产品销售成交,并附带培训或支持。超导系统更可能像解决方案交易,需要里程碑、安装、验收和售后义务。私有云部署看起来服务成分重,可能涉及定制、集成和持续支持。软件和云访问可能带来最好的经常性收入路径,但公开证据没有量化使用量、转化率或平均合同规模。因此,SpinQ 有一个合理但未验证的多流收入架构。投资者不应把 SpinQ 当作干净 SaaS 公司或纯设备 OEM;它看起来是硬件、软件和服务混合体,其会计质量目前无法从公开材料验证。[CI001, CI002, CI003, CI004, CI005, CI006]

收入流表
收入流机制单位当前状态质量尽调要求
Gemini Mini / Mini Pro硬件销售,配套教育内容和支持按设备 / 套装官方在售;无公开定价可能偏交易型,但在教育场景可重复平均售价、附加率和复购数据
Triangulum面向教学和研究的桌面 NMR 硬件按设备 / 套装官方在售;无公开定价客单价可能高于 Mini,但仍面向教育交易规模、胜率和渠道组合
Gemini Lab实验型全栈 NMR 平台按平台官方在售;无公开定价可能打包设备、软件和服务合同结构和分组件利润率
超导系统集成系统销售 / 项目交付按系统 / 项目官方在售;路线图绑定 25 和 103 量子比特项目可能是大单,但收入不平滑里程碑、验收条款和积压订单
量子云平台用量 / 订阅 / 访问模式席位、用量或机构合同模式未知官方在售;收入模式未披露最可能形成经常性收入,但尚未量化活跃用户、付费转化和流失
私有云部署定制、部署和支持服务项目 / 年度支持模式未知官方按定制化建设推广服务占比高,毛利率可能低于软件实施投入、支持负担和续约率
SpinQit 框架软件赋能、培训或企业支持模式未知许可 / 支持模式未披露官方推广,经济性未披露可能成为切入产品,但变现不清晰商业条款和付费用量组合

收入流清单有来源支撑,但变现和收入确认细节大多未披露。

[CI002, CI003, CI004, CI005, CI006, CI007]
定价 / 变现表
产品公开价格 / 单位 / 合同标价与实际成交价折扣 / 未知项来源
Gemini Mini未找到公开标价Unknown实际成交价未知;支持套装可能不同SI011
Triangulum未找到公开标价Unknown实际成交价未知SI012
Gemini Lab未找到公开标价UnknownLab 配置可能定制SI013
超导系统未找到公开标价Unknown项目定价可能定制SI004/SI005
量子云平台未找到公开标价Unknown可能按机构或用量计费SI016
私有云部署按定义即报价制Unknown定制化和规模可能驱动价格SI014
SpinQit未找到公开许可价格Unknown变现可能打包,也可能先免费上手SI015

公开可验证的价格透明度接近为零;在商业数据证明之前,投资人应假设销售以报价为主。

[CI007, CI008, CI024]
FI001: 收入模式桥接图

SpinQ 看起来把产品好奇心和机构需求转化为硬件、部署、云和软件收入的组合,而不是只靠单一变现路径。

[CI002, CI006, CI007, CI009, CI010, CI023]

4.2 销售打法与单位经济代理指标

公开证据很少谈 CAC、销售效率、回本周期或渠道经济性,所以财务分析只能依赖方向性的销售打法代理指标。SpinQ 的 NMR 产品面向高校、教学实验室和科研培训,这通常意味着销售需要顾问式沟通,但周期短于主权或工业超导部署。公司的私有云和工业系统方案暗示更长企业周期,包含技术售前、定制、采购审查和安装后服务。这说明一家公司内部至少有两套差异很大的销售动作。教育产品可能支撑更宽的漏斗顶部和更标准化包装;超导系统单笔交易所需销售投入可能高得多,但票面金额也大得多。单位经济问题在于,软件、云访问、维护和培训是否足够大,能抵消硬件项目收入的不规则性。公开来源没有回答。但它们展示了可能关键的机制:SpinQit 附着、云使用、部署支持,以及学术或机构重复购买。因此,SpinQ 的销售打法看起来可能合理,但还无法用披露数据衡量。[CI002, CI006, CI007, CI008, CI009, CI010]

单位经济性表
指标数值 / 状态置信度重要性尽调要求
按产品线划分的平均合同价值未公开区分低价教育设备与高价系统项目按产品族提供 ACV / ASP
按产品线划分的毛利率未公开硬件、服务和软件可能差异很大提供毛利率桥接
教育产品销售周期可能短于工业系统决定 CAC 效率和可预测性按细分提供中位销售周期
超导系统销售周期可能较长,且咨询式销售占主导长周期会增加营运资金和管线风险提供企业销售周期中位数
付费云转化未公开检验平台访问是在变现,还是主要服务战略提供活跃付费用户和付费转化
续约 / 维护绑定未公开判断经常性收入质量的关键提供支持合同附加率 / 续约情况
安装 / 服务负担对私有云和超导系统可能影响较大服务占比高可能压低利润率提供部署工时和支持工单
渠道经济性未公开需要用来判断国际触达的经济账提供经销与直销占比

大多数单位经济性字段未公开;这里的重点是拆出哪些缺失变量最影响判断。

[CI024, CI025, CI026, CI027, CI028, CI029]
FI002: GTM 至利润率桥接图

公开的单位经济桥接从产品复杂度和顾问式销售延伸到不确定的毛利率,因为关键变量仍未披露。

[CI023, CI024, CI025, CI026, CI027, CI028]

4.3 成本结构、资本强度与资金充足性

SpinQ 2026 年 6 月 Series D 以及 2026 年更早轮融资,只有放在资本密集语境里才说得通。公司和独立报道都称,资金用途包括容错通用量子计算研发、核心工艺迭代、洁净室或制造能力、封装,以及全球生态容量扩张。独立报道还把 SpinQ 路线图与 25-qubit 和 103-qubit 超导处理器的流片和验证,以及 Ursa Major 系统批量交付相连。这不是轻资本软件模型,而是硬件加平台公司;成本结构很可能包括芯片设计、材料、低温或实验室基础设施、控制系统、工程人员、仿真资源、现场支持和国际交付。正面解读是,SpinQ 在 2026 年上半年募得非常可观资本,仅 Series D 就达到 RMB 1 billion,六个月融资总额据报为 RMB 2 billion。负面解读是,公开来源没有披露账面现金、烧钱速度、债务、营运资本压力或现金跑道。投资者可以得出 SpinQ 获得了有意义财务支持,但不能得出它已被舒适地资助到明确商业化里程碑。[CI011, CI012, CI013, CI014, CI015, CI016]

资本充足性表
项目公开数值 / 状态置信度影响尽调要求
Series D 融资2026-06-30 完成 RMB 1 billion为路线图执行补充可观新资金股权结构表和投后估值
2026 H1 总融资主要轮次合计披露 RMB 2 billion显示资本支持强,但看不出资金续航时长从融资总额到可用现金的桥表
资金用途容错研发、核心工艺迭代和全球生态扩张资金投向扩张,不是清理资产负债表按工作线拆分详细预算
账上现金未公开无法判断资金续航提供当前现金和受限现金
月度烧钱未公开看不出对融资的依赖度提供月度净烧钱和资本开支烧钱
债务 / 项目融资义务未公开可能显著改变资金续航质量提供债务、租赁、担保
下一轮融资触发条件可能绑定技术里程碑和商业化进展下一次资本抬升前,公司可能需要拿出证据定义下一轮 KPI 门槛
营运资本压力对硬件库存和系统交付可能影响较大项目节奏不均可能扭曲现金生成提供库存、预付款和应收账款账龄

沿用前文已经梳理的 2026 融资时间线,但这里看的是未来资金充足性,而不是重复历史。

[CI011, CI012, CI013, CI014, CI015, CI016]
FI003: 财务估计区间

有来源支持的最佳数字边界来自融资锚点和少数上市同行可比数据,而不是 SpinQ 的收入或烧钱数据。

该图有意使用公开融资和同行数字,因为 SpinQ 未公开收入、烧钱速度或现金余额。

[CI011, CI013, CI016, CI019, CI020, CI021]
FI004: 资本强度 / 现金流图

SpinQ 的主要财务压力点来自深科技扩张,不只是普通创业公司的运营费用。

[CI014, CI015, CI016, CI017, CI018, CI030]

4.4 财务结论与投资审查阻碍

核心财务问题不是 SpinQ 有没有产品可卖;它显然有。问题在于,公开披露不足以让人有把握判断收入质量、毛利结构或融资依赖。投资者不知道年收入、经常性收入占比、各产品线毛利率、积压订单转化、实施成本、续约行为或月度烧钱速度。即便拿公众同业对比,也正反两面都有。IonQ 表明,量子公司可以把收入扩到九位数,仍深度依赖投资;Rigetti 和 D-Wave 则说明,相对市值,收入可以很小且波动很大。这些可比公司支持一个判断:SpinQ 在业务达到自我融资规模前,可能还需要大额、反复融资。好消息是,SpinQ 似乎有不止一个变现杠杆,也有以中国为中心的有意义资本基础。坏消息是,缺少私有数据时,投资审查仍结构性不完整。财务上,SpinQ 足够有希望继续尽调,但透明度不足以仅靠公开信息通过投资委员会。[CI019, CI020, CI021, CI022, CI023, CI028]

公开财务缺口表
缺失指标对投资判断的影响精确尽调路径
年收入和分部结构无法判断规模,或是否依赖单一产品索取按产品线和地区拆分的经审计年收入
经常性收入占比无法区分项目收入与可持续订阅 / 支持收入索取 ARR、维护收入和云端经常性收入占比
分业务毛利率无法建模盈利路径索取硬件、软件、服务毛利率
在手订单和销售管线转化无法检验已签需求能否覆盖路线图烧钱索取合格在手订单和历史转化数据
现金余额和烧钱速度无法估算资金续航索取 24 个月月度现金桥表
客户集中度无法评估是否依赖少数高校或战略买家索取前 20 大客户集中度表
续约 / 流失 / NRR无法检验云或支持收入是否有粘性索取续约 cohort 和分业务流失率
资本开支和库存强度无法判断未来融资需求索取资本开支计划、库存政策和供应商条款

这些是缺失的最低限度数据点;没有它们,就拼不出投资级财务判断。

[CI016, CI026, CI027, CI028, CI029, CI034]

4.5 图表要点

Chapter 05

05产品与技术

5.1 从客户工作流看产品定义与阵容

SpinQ 的产品组合应该按用户旅程理解,而不是一堆互不相干的 SKU。入门层,公司提供 Gemini Mini、Triangulum 和 Gemini Lab 等 NMR 设备,让学校、实验室和研究人员从概念性量子教育走向真机实验。软件和云访问与这些系统配套,使用户无需立刻购买前沿规模硬件,也能学习、编码、仿真、跑实验并分析结果。高阶端,SpinQ 还销售超导量子系统和私有云部署,把工作流从课堂或实验室赋能推向机构级基础设施。SpinQit 是这些步骤之间的连接层,因为它支持在多个后端上编程、仿真和执行。这套阵容在商业上自洽:用容易上手的设备降低进入门槛,再提供通往更严肃平台的升级路径。产品问题不在于 SpinQ 模块够不够多,而在于每个模块是否足够成熟、支持是否足够到位,能否转化为持久的机构采用。[CE001, CE002, CE003, CE004, CE005, CE006]

产品模块 / 资产矩阵
模块 / 资产 / 产品线主要用户状态 / 成熟度差异化尽调缺口
Gemini Mini / Mini Pro教师、学生、演示受众已商业化销售便携式真实 NMR 量子设备,内置学习资源实际出货台数和支持负担
Triangulum大学实验室和科研教学已商业化销售面向课堂与科研衔接的 3-qubit 桌面 NMR 系统按地区拆分的装机量
Gemini Lab高阶教育和实验用户已商业化销售基于 NMR 原理的全栈实验平台使用强度和续约行为
超导系统 / Ursa Major 产品线研究实验室和战略机构已商业化销售,但前沿规模成熟度不够透明与 QPU 路线图绑定的国产全栈超导方案基准可复现性和可用性披露
量子云平台学习者、开发者、机构用户已商业化销售远程访问降低上手门槛付费转化和服务等级指标
私有云部署需要控制权或安全性的机构定制化服务 / 解决方案专用私有部署,带监控和数据控制实施负担和毛利率
SpinQit开发者、研究人员、高阶学习者对外打包发布的 beta 软件基于 Python 的 SDK,支持多个后端和模拟器活跃用户、文档深度和 issue 支持

矩阵按买家的使用体验来归类这套栈:设备、软件、平台和机构部署。

[CE001, CE002, CE003, CE004, CE005, CE006]
工作流 / 用例表
用户任务当前流程SpinQ 方案可衡量收益局限
量子教育演示只能用幻灯片或模拟器Gemini Mini,内置学习内容室温下真实机器演示不是前沿规模科研系统
大学量子实验课拼理论、notebook 和碎片化工具Triangulum 或 Gemini Lab,加 SpinQit软硬件一体化教学路径公开定价和部署工作量不清楚
算法原型验证只面向模拟器写代码SpinQit 加模拟器和云端目标在同一生态里从模拟走到执行与竞品 SDK 的基准对比未公开
机构在线量子访问依赖公有云或第三方队列SpinQ 云或私有云平台环境更可定制,控制更本地化没有公开 SLA 或可用性数据
工业 / 主权量子探索为先进硬件寻找外部伙伴超导系统配本地软件和支持国产栈选项,战略控制更强技术成熟度仍需更深证据

这张表按具体用户任务呈现产品线,而不是按抽象技术类别分类。

[CE001, CE006, CE007, CE008, CE009, CE017]
FE002: 客户工作流 / 运营流程

SpinQ 工作流带用户从学习和写代码走向模拟、真机执行和机构部署。

[CE001, CE003, CE004, CE005, CE006, CE007]

5.2 架构与运营模式

SpinQ 的公开材料显示出可信的全栈运营模式。硬件从 NMR 教育设备起步,延伸到超导系统和 QPU 路线图。软件以 SpinQit 为锚,支持 Python、Qiskit 语法、OpenQASM 2.0、经典-量子混合工作流、CPU 和 GPU 模拟器,以及本地硬件和云平台等多个执行目标。私有云服务增加一层部署能力,提供定制架构、资源调度、监控和更高安全性的机构环境。这意味着 SpinQ 的技术架构不只是机器,而是分层系统:用户界面和教学资源、编程与仿真框架、云或私有云编排,以及实体硬件后端。这种宽度有战略吸引力,因为客户可以先从软件或教育设备开始,之后接入更高阶基础设施。它也制造技术依赖复杂度。编译器、模拟器、硬件集成、云可靠性和本地支持要同时维护,难度远高于交付单一用途设备。[CE002, CE006, CE007, CE008, CE009, CE014]

技术 / 运营架构表
层级 / 流程 / 组件角色依赖风险
教学和 UX 层学习内容、用户交互、实验指导设备 UI、培训材料、支持团队采用效果可能取决于上手引导和教学设计质量
SpinQit 编程层电路编写、编译、混合工作流Python 运行时、解析器兼容性、编译器维护API 或编译器不成熟,可能拖慢从业者采用
模拟层CPU/GPU 本地或托管模拟计算资源和软件优化大规模模拟成本可能高,运营也复杂
云 / 私有云编排远程执行、账户控制、监控、调度网络运维、监控、容器或集群管理可靠性、安全性和延迟很难靠公开资料验证
硬件执行层NMR 设备和超导系统承载实验制造、校准、控制系统、服务支持硬件可用性和校准漂移披露不足
现场部署和维护安装、培训、问题响应、升级国际支持能力和备件物流全球服务能力可能跟不上商业野心

架构分层清晰,也比较自洽;但每多一层,就多一层支持和可靠性义务。

[CE006, CE007, CE008, CE009, CE016, CE017]
FE001: 产品架构图

SpinQ 将学习界面、软件、编排和硬件叠成一个从教育到基础设施的统一栈。

[CE002, CE003, CE004, CE005, CE006, CE007]
FE003: 关键依赖图

SpinQ 在一条很宽的技术栈上依赖软件维护、云运营、硬件校准和服务支持。

[CE006, CE007, CE008, CE011, CE016, CE019]

5.3 部署、成熟度、支持与路线图

公开证据支持技术栈的一部分已经具备真实部署成熟度,但并不均匀。最强成熟信号来自面向教育的 NMR 系统和开发者工具。这些产品具体、有文档,并绑定学习、实验和编程工作流。PyPI 数据显示,SpinQit 在 2026 年 4 月发布 0.2.4 beta 版,并提供 Linux、Windows 和 macOS wheel 包;这对实践者来说是有意义证据,说明软件不只是营销文案,而是打包给外部使用。另一个成熟信号是超导系统海外交付,说明至少部分硬件已走出内部实验室。与此同时,路线图仍不对称。独立报道描述了 25-qubit 和 103-qubit 超导 QPU 验证以及纠错里程碑,但相比 IBM、IonQ、Quantinuum 或 Rigetti,SpinQ 仍少披露基准、正常运行时间和路线图。成熟度结论因此是混合的:SpinQ 显然越过概念阶段,但产品组合中技术野心最大的部分,仍需要更深入尽调来验证可复现性、可支持性和性能。[CE010, CE011, CE012, CE013, CE014, CE015]

路线图 / 发布 / 发展阶段表
日期 / 阶段功能 / 里程碑状态影响来源
2024-08超导系统海外交付报道称已完成显示具备非实验室部署能力SE014
2026-04-01SpinQit 0.2.4 在 PyPI 发布beta 版已发布公开打包发布增强开发者信号可信度SE013
2026-04与硬件线相关的 Series C 扩展融资已报道显示 NMR 和超导两条线仍在持续搭产品SE023
2026-06面向容错路线图的 Series D 融资已报道路线图重点仍是前沿硬件扩张SE015
202625-qubit 和 103-qubit QPU 验证QCR 报道指向具体技术里程碑,但还需要独立基准测试SE015
2026面向 d=3 表面码验证的纠错进展QCR 报道体现认真推进技术的野心,但执行风险仍在SE015
2026IBM、IonQ、Quantinuum 和 Rigetti 披露的路线图界面更充分观察所得同业透明度仍领先 SpinQSE017/SE018/SE019/SE020

SpinQ 正在交付和发布产品,但同业披露仍是技术透明度的标尺。

[CE010, CE011, CE014, CE015, CE023, CE024]
FE004: 产品成熟度 / 能力图

SpinQ 在教育可及性上最强,在其最先进超导路线图的公开基准透明度上最弱。

成熟度图是方向性判断,综合了有来源支撑的发布、打包和部署信号,而不是经审计的产品阶段认定。

[CE010, CE011, CE012, CE014, CE015, CE024]

5.4 差异化、信任与产品控制缺口

SpinQ 最清晰差异化不是单一基准声明,而是产品架构。很少有同业把室温 NMR 教学系统、全栈软件、云访问、私有云部署和工业超导路线图放在同一个品牌下。这在教育占比高的市场和以中国为中心的采购环境里可能很重要,因为完整国产栈具有战略价值。但信任和控制证据明显薄于产品营销。被审阅页面展示了售后支持、培训、监控和私有部署表述,却没有提供可与成熟基础设施供应商相比的公开企业级安全或可靠性披露。甚至中文站点上的用户协议和隐私政策链接在审阅时显示为失效页面;这不致命,但对产品表面打磨和治理卫生是一个小警讯。净评估是:SpinQ 的技术差异化真实,但相对于栈的雄心,公开信任、质量和合规表面仍显发育不足。[CE012, CE018, CE019, CE020, CE021, CE022]

信任 / 质量 / 合规表
控制 / 质量信号状态范围缺口
私有部署选项已具备机构控制权和数据本地化需求未披露公开的独立安全审计或认证
监控 / 后端管理产品文案中出现私有云运营未披露公开可用性 / 事故历史
培训和售后支持产品文案中出现教育和部署支持支持 SLA 和升级流程未公开
隐私政策和用户协议界面已审阅的中文链接存在失效网站治理层法务链接失效不大,但确实影响信任界面
企业合规认证公开资料未发现整个平台未发现公开 SOC、ISO 或类似认证证据
公开状态页 / 服务健康界面公开资料未发现云 / 平台运营用户无法独立验证运营可靠性

这张表把控制权表述和独立证据拆开。

[CE008, CE019, CE020, CE028, CE029, CE030]

5.5 图表要点

Chapter 06

06客户情况

6.1 客户群分层与 SpinQ 的买方

SpinQ 的公开客户表面指向以教育和科研机构为主的买方组合,上面叠加少量工业和金融用例证据。最强具名客户证据来自高校和学校:墨西哥 UNAM、University of Western Australia、Oslo Metropolitan University、Bandung Institute of Technology,以及 SpinQ 自己全球扩张页面列出的更长机构名单。36Kr 画像同样称 SpinQ 已进入 40 多个国家和地区的高校、科研机构和工业领域,并重点提到其教育产品和服务覆盖全球 200 多所高校和中学。这个分层很重要。它说明当前客户群并非由 Fortune-500 生产级基础设施买方主导;SpinQ 似乎在量子教育、实验室赋能和早期实验这些核心任务上最强。公司确实在金融、生物医药和 AI 方向释放了商业用例信号,但这些证明比教育足迹更窄、更依赖案例。客户宽度真实;客户变现深度仍不太可见。[CU001, CU002, CU003, CU004, CU010, CU011]

客户细分表
细分买方 / 用户 / 付款方地理 / 渠道证据影响
高校教师、实验室、院系;由机构预算付款全球直销 / 机构采购列出或描述了 UNAM、UWA、OsloMet、Bandung已验证的最强客户细分
学校 / 中学教育教师、学校运营方、学生可能是机构直接采购36Kr 称已服务 200+ 所高校和中学支撑教育切入点和早期销售管线
科研院所研究人员和实验室机构直销官方和独立资料反复提到科研用户可能通向更高级部署
工业探索用户企业创新团队或主权项目定制方案销售官方解决方案和应用博客提到行业用例深度不如教育场景透明
金融服务用户创新团队 / 银行用例项目制或概念验证Huaxia Bank 案例研究显示已做应用实验有具名证据,但扩展深度不清楚
生物医药 / AI 用户研究和技术团队项目或解决方案驱动应用博客提到 BGI Genomics 和 AI 相关工作未披露商业复购

客户结构看起来以教育为主,辅以少量应用行业证据。

[CU001, CU004, CU011, CU014, CU015, CU016]
FU001: 客户旅程图

SpinQ 的客户旅程通常从教育痛点出发,并可能延伸到更广的教学、实验室、云和机构部署。

旅程阶段综合公开客户故事和解决方案定位,不是实测 CRM 漏斗。

[CU001, CU005, CU006, CU017, CU021, CU025]

6.2 采用轨迹与具名客户证据

SpinQ 的采用轨迹似乎从低摩擦教育部署开始,再分支到更深机构参与。UNAM 案例最干净:两台 Gemini Mini Pro 系统交付给工程学院后,学校计划重设课程、培训教师、开设专题课程,并扩大到更多学生使用。这比模糊 logo 页更有价值,因为它显示产品进入了实际教学工作流。CB Insights 为 University of Western Australia、Oslo Metropolitan University、Bandung Institute of Technology 和 UNAM 提供佐证;SpinQ 自己的博客和全球扩张页面则扩展了具名机构和地理范围。36Kr 和 GDToday 的独立报道支持出口和全球分发叙事,包括超导硬件海外交付和覆盖五大洲。浮现出的模式不是爆发式自助软件病毒增长,而是一个部署模型:单个机构胜利可以扩展为课程采用、培训和更广可见度。需要注意,公开证明仍明显更强于具名学术使用,而不是重复工业生产使用。[CU004, CU005, CU006, CU007, CU008, CU009]

客户增长 / 采用轨迹表
信号公开数值 / 状态时效性质量重要性
地理覆盖据报道覆盖 40+ 个国家 / 地区当前中高说明全球触达面广
机构覆盖据报道有 200+ 家客户 / 机构当前中高说明规模已超过少数试点
覆盖五大洲主张官方声称历史信息但反复出现暗示具备全球销售能力
海外超导交付据报道已完成历史说明 NMR 教育之外也能出口高阶硬件
UNAM 部署两套 Gemini Mini Pro 系统在用历史信息且客户具名清晰证明已落地运行
UWA / OsloMet / Bandung 证据通过 CB Insights 和官方材料获得具名客户证明当前支撑其在教育买家中的可复制性

公开采用轨迹覆盖面广,但多数里程碑指向部署,而非收入。

[CU002, CU003, CU005, CU007, CU008, CU010]
具名客户证明表
客户 / 证明状态来源质量结果 / 信号限制
UNAM官方具名部署用于课程、部署在工程学院、配套培训计划未披露合同金额或续约数据
University of Western Australia(高校)CB Insights 和官方名单具名教学中实操 Gemini 和 Triangulum未看到院校直接新闻稿
Oslo Metropolitan UniversityCB Insights 和官方名单具名学生通过实操运行量子电路并学习算法未披露合同范围
Bandung Institute of Technology(高校)CB Insights 具名出现在教育用户名单中部署深度公开细节有限
Huaxia Bank具名应用案例用于 ATM 优化的量子 AI 模型更像用例证明,而非大规模产品部署
BGI Genomics具名应用案例量子方法用于基因组组装类挑战未披露商业复购

具名证明在教育场景最强,在规模化企业生产使用上较弱。

[CU004, CU005, CU006, CU007, CU008, CU009]
FU002: 采用 / 部署漏斗

公开客户证据显示漏斗顶部覆盖很广,但漏斗底部的持久性披露较弱。

最后两步衡量可见验证深度,不代表真实客户转化。

[CU002, CU003, CU010, CU014, CU015, CU019]
FU003: 客户验证质量矩阵

客户验证在具名学术部署上最强,在留存或规模化企业深度上最弱。

矩阵评分反映公开证据质量,不代表内部客户健康度。

[CU028, CU004, CU005, CU007, CU008, CU009]

6.3 持久性、扩张路径与集中风险

SpinQ 客户故事最弱处是持久性披露。没有发现公开 NRR、GRR、流失、合同期限、续约率或队列数据。这意味着投资者无法直接检验:一所大学购买 Gemini 系统后,是否会增加席位、设备、云使用、私有部署或超导基础设施。即便如此,公开工作流证据暗示了一条合理扩张路径:学校可以从教学设备开始,增加培训和 SpinQit,再升级到更广实验室使用或托管访问。教育、金融和其他行业解决方案页面展示了 SpinQ 想把这种扩张带向何处。集中风险在于,大量公开证明仍显得偏教育、偏机构。这不一定坏,但可能意味着采购周期长、依赖拨款或公共预算,落地后扩张动态也慢于表面客户数量暗示。合同经济性被隐藏后,真正问题不是有多少机构,而是其中多少持久、扩张且高价值。[CU016, CU017, CU019, CU020, CU022, CU023]

留存 / 重复使用 / 满意度表
指标或代理指标公开状态置信度重要性缺口 / 需索取材料
净留存率(NRR)/ 总留存率(GRR)未公开检验账户是在扩张,还是只是存在按细分市场提供队列留存
流失率 / 续约率未公开判断持久性必需按产品线提供续约历史
合同期限未公开决定收入可见度和采购黏性提供标准合同条款
具名学校课程整合可见代理指标即便没有合同指标,也暗示重复使用提供使用频率并标明所用产品
培训和研讨活动UNAM 案例中的可见代理指标说明交付之外已有机构采用提供售后参与度指标
云 / 软件重复使用未公开检验硬件销售后产品是否扩张按账户提供活跃云端 / SpinQit 使用情况

公开的持久性证据代理指标多,真实指标少。

[CU006, CU017, CU019, CU020, CU021, CU033]
扩张与集中度风险表
风险 / 扩张向量方向证据含义
教育向科研扩张正向工作流和产品栈支持用户进阶可能随时间提高生命周期价值
科研向产业扩张正向但未验证已有解决方案页面和应用案例上行路径存在,但深度不明
证明组合偏教育反向多数具名客户是大学或学校客户质量可能更受预算影响
采购摩擦反向机构和主权买家往往行动缓慢销售周期更长,扩张延后
头部客户集中度不透明反向未公开收入集中度或 ACV 数据客户标识数可能夸大多元化
全球直销准备度正向联系触点和国际交付说明具备出口支持帮助分散区域需求

公开足迹支撑了广度,但合同透明度不足,不能排除集中度或采购风险。

[CU017, CU022, CU023, CU024, CU025, CU026]
FU004: 留存 / 复购队列代理指标

没有公开真实留存队列;该图跟踪的是证据可见度,而非实际账户留存。

零值表示缺少公开数据,不代表客户流失。代理值只显示后续跟进证据的相对可见度。

[CU006, CU019, CU020, CU021, CU033]

6.4 客户结论

SpinQ 的客户证据足以跨过“真实需求存在”的门槛。具名机构、多个地理区域、官方部署故事和独立摘要都支撑这一结论。公司也应得到认可:它证明量子教育可以通过有形实体系统商业化,而不只是靠云模拟器。但客户章节还没有跨过“持久、复利式客户引擎已被证明”的门槛。续约质量、预算归属、合同价值,或从教育迁移到更高价值基础设施销售的产品线迁移,公开信息都太稀疏。尽调上,正确姿态是建设性但克制:SpinQ 似乎有真实全球客户牵引,尤其在教育和科研;但投资者应把当前公开证据视为宽度证明,而不是留存证明或企业深度证明。下一步是在把客户采用作为主要估值溢价前,索取队列、续约和集中度数据。[CU002, CU003, CU018, CU019, CU020, CU022]

6.5 图表要点

Chapter 07

07风险

7.1 监管、法律与治理风险

SpinQ 受益于北京希望发展的战略行业,但这种支持伴随不均衡的监管和治理画像。国内采购偏好可以帮助本土冠军拿单,也意味着需求可能受政策周期和机构审批流程影响,而不完全来自商业紧迫性。国际上,量子计算位于敏感技术栈内部,越来越受地缘政治和更紧技术合作约束影响。关于中国行业的独立报道强调了国内融资增长和战略重要性,也提到国际技术合作收紧,以及部分上游环节依赖进口组件。公司表面层面,SpinQ 的公开信任和治理层比其雄心更薄:被审阅的中文隐私政策和用户协议链接返回失效页面,且未找到公开安全认证或可靠性计划。这些单独看不是推翻投资逻辑的因素,但确实提高了私有尽调对治理卫生、出口暴露、合规控制和客户数据保护的要求。[CR001, CR002, CR003, CR004, CR005, CR006]

监管 / 法律风险登记表
风险可能性影响缓释成熟度剩余暴露投资含义
国内采购依赖中高部分能帮助拿单,但会拉长周期,并把需求绑在机构流程上
出口管制 / 合作收紧低至部分可能限制合作伙伴、部件或全球扩张路径
进口上游部件依赖部分供应瓶颈可能约束高阶硬件交付
公开隐私 / 法律披露薄加重对治理和信任控制的尽调负担
云 / 数据合规不透明私有云主张要支撑企业级判断,还需要更强证明

监管和法律风险不只来自普通合规,还很大程度受战略行业政治塑造。

[CR001, CR002, CR003, CR004, CR005, CR006]
FR001: 风险热力图

SpinQ 余留风险最高的几处,集中在深科技执行、披露缺口和融资依赖。

[CR001, CR004, CR008, CR016, CR020, CR028]

7.2 运营、质量与技术执行风险

运营风险是 SpinQ 的核心风险类别,因为公司试图同时做几件难事:维护教育产品、演进软件工具、运营云和私有云环境、扩展超导硬件,并支持国际客户。这种宽度有战略吸引力,但运营成本高。公开来源显示了真实执行能力——海外交付、打包软件、多款 NMR 产品、云访问和超导路线图——但没有提供评估质量成熟度所需的正常运行时间、支持 SLA、缺陷历史、校准稳定性或现场服务指标。独立材料和同业材料都凸显了这个挑战。Quantinuum、IBM、IonQ、Rigetti 和 D-Wave 在公开层面披露了更深的基准、硬件或可靠性表面。即便是 SpinQ 自己的产品教育材料,也清楚显示更高阶系统依赖芯片设计、测量与控制、模拟器、云编排和服务支持。简言之,运营执行风险不是假设,而是嵌在公司选择的全栈战略里。[CR009, CR010, CR011, CR012, CR013, CR014]

运营 / 质量 / 安全风险登记表
风险可能性影响缓释成熟度剩余暴露投资含义
硬件校准 / 可靠性波动部分如果可复现性弱,高阶部署可能商业失败
现场支持扩张缺口中高部分全球交付需要超过销售存在感的服务深度
云 / 私有云可用性不透明没有公开 SLA 或状态证明
软件 / 后端兼容性负担部分产品栈越宽,维护开销越高
信任 / 安全认证缺口企业买家可能要求 SpinQ 尚未公开的证明
质量信号不成熟法律链接失效、信任文档有限,都会压低信心

运营风险是重心,因为 SpinQ 的产品范围宽且技术跨度大。

[CR008, CR009, CR010, CR011, CR012, CR013]
FR002: 风险传导图

SpinQ 的风险会从技术执行传导到客户结果、融资需求和估值。

[CR009, CR010, CR016, CR019, CR020, CR021]
FR003: 依赖关系图

SpinQ 靠供应商、软件、客户和资本串起一条链,任何一环偏弱都可能拖慢规模化。

[CR003, CR004, CR013, CR016, CR017, CR021]

7.3 依赖项、人员与财务模型风险

SpinQ 的依赖风险覆盖资本、人才、客户和生态基础设施。融资上,公司 2026 年拿到大额资金,这是正向信号,但并不消除融资风险;它更说明这条路线高度耗钱。上市可比公司已经把赛道难点摆出来:量子公司可以拿到很高估值,同时收入仍小、波动大,现金需求很重。客户侧,公开证据仍偏教育场景;如果高价值企业采用没有继续加深,SpinQ 可能面对更慢的采购周期和预算敏感性。人才和领导层是另一层隐性风险。创始人和核心团队看起来技术底子强,但公开治理披露离上市公司深度还很远,接班梯队、招聘厚度和执行带宽都难判断。最后,私有云和软件主张意味着公司要持续投入工程维护;产品栈铺得宽,如果支撑能力没有同样铺开,部署放量后会埋下新的失效点。[CR019, CR020, CR021, CR022, CR023, CR024]

合作伙伴 / 依赖风险登记表
风险依赖项重要性当前证据剩余暴露
供应链高阶部件和制造投入量子硬件扩产缺少稳定投入就会停滞独立来源称其存在一定进口部件依赖
云 / 软件栈SpinQit、模拟器、托管环境任一薄弱环节都会拖累用户体验和支持能力公开产品栈很宽,但可靠性证明稀少中高
机构买家大学、学校、战略实验室预算周期和采购会拖慢订单公开证明偏教育中高
资本提供方国资背景和产业投资人路线图可能需要持续的耐心资本2026 融资潮金额大,但未公开现金跑道数据
国际生态出口、合作伙伴、标杆客户全球触达是差异点,也是暴露面海外交付证明能力,不证明韧性中高

依赖风险横跨供应商、客户、资本和国际交付,不集中在单一瓶颈。

[CR003, CR004, CR010, CR016, CR019, CR020]
人员 / 执行风险登记表
风险信号影响重要性尽调需索取材料
创始人 / 关键人集中CEO 和创始人仍是技术—商业叙事核心硬科技商业化常依赖少数领导者组织架构和继任梯队深度
全栈带宽压力公司横跨 NMR、超导、软件、云和服务优先级过多会稀释执行质量按工作流拆出资源分配
支持能力错配全球化主张超过公开支持指标销售可能跑在服务质量前面支持人员数、MTTR、现场覆盖
路线图过度延展教育产品之外还有雄心勃勃的前沿里程碑可能把管理层拉向过多时间线里程碑闸门和产品优先级纪律
治理不透明公开董事会 / 控制权披露有限难以评估监督质量董事会构成和汇报节奏

人员风险公开披露不足,因此尽调必须检验执行深度是否匹配产品广度。

[CR023, CR024, CR025, CR026, CR027]

7.4 风险缓释、监控指标与放弃标准

好消息是,几类风险都能跟踪。投资人可以要求基准测试和在线率证据、从教育客户向高价值产品扩展的队列数据、支持组织指标、云和私有部署的安全控制,以及与技术里程碑绑定的现金接续安排。如果 SpinQ 能证明教育切入点会转成黏性机构账户,超导路线正从里程碑走向可复现部署,支持质量也能随着地域扩张同步放大,很多担忧会从致命风险降为可管理风险。但放弃标准同样清楚:如果更深尽调显示客户广度掩盖了收入集中度薄弱,超导基准无法复现,支持能力跟不上全球化主张,或现金跑道比融资规模暗示的更短,投资逻辑就会明显走弱。只有透明度追上业务宽度,SpinQ 才值得投资。在那之前,应把公司看作高潜力但剩余风险很高的标的。[CR028, CR029, CR030, CR031, CR032, CR033]

缓释与否决标准表
领域缓释需索取材料绿色信号红旗 / 否决触发
基准测试索取可复现基准测试和可用性材料包高阶系统获得独立或可重复验证基准测试只有营销口径,或不可重复
客户质量索取队列扩张和头部账户数据教育账户扩张到云端或更大系统客户标识数掩盖低 ACV 或续约差
安全 / 信任索取认证、架构审查、事故历史企业级控制和运营纪律有文档证明私有云主张缺少真实控制措施
现金跑道要求提供与里程碑挂钩的现金桥接表融资能转化为清晰的技术和商业现金跑道烧钱速度或资本开支显示短期融资压力
交付支持能力要求提供支持 SLA、工单和现场服务指标全球支持能力跟得上交付覆盖客户服务能力相对部署规模偏薄

风险章节只有说清哪些证据会真正证实或推翻投资逻辑,才有操作性。

[CR028, CR029, CR030, CR031, CR032, CR033]

7.5 图表

Chapter 08

08估值

8.1 估值背景、融资锚点与披露缺口

SpinQ 已经有资格被当作严肃的后期量子公司讨论。官方和独立的 2026 年报道都指向同一组核心事实:2026-06-30 宣布 RMB 1 billion 的 Series D 轮,过去六个月累计融资 RMB 2 billion;公司叙事围绕容错超导量子计算扩容,同时保住 NMR 教育和科研基本盘。CB Insights 另行记录,最近一轮约 $147.22 million,累计融资约 $256.94 million。足以说明 SpinQ 不是种子期科学项目,而是一家真正拿到资本支持的平台公司。 但它没有证明精确的市场出清估值。最强的公开融资来源披露了轮次规模、投资人和资金用途,却没有一手的投后估值、摊薄股数或优先股堆叠。FreshFromChina 给 Series C+ 阶段补充了上市前色彩,但离招股书级证据仍差一截。做估值时,这个差别很关键:投资人已经看到融资动能和赛道相关性,却还没看到当前价格能否被干净经济条款充分支撑。因此,分析更应落在情景区间和入场纪律上,而不是押一个英雄式公允价值数字。[CV001, CV002, CV003, CV004, CV005, CV006]

投资逻辑 / 反向逻辑表
维度乐观逻辑反向逻辑什么会改变判断
平台宽度SpinQ 是少见的中国全栈量子公司,覆盖 NMR、超导、云、私有云和软件。宽度也可能掩盖硬件、服务和软件线之间不均衡的经济性。按产品家族拆分的分部收入和毛利率桥接表。
商业验证40+ 国家、200+ 机构和具名部署,说明故事不只是概念。具名证明仍偏教育和科研,不是高价值工业生产。具名工业订单积压、复购和扩展案例。
融资动能2026 年上半年融资显示战略重要性和资本可得性。大额轮次没有披露有效估值、稀释或最终投资人经济性。条款清单、股权结构表和优先股堆叠。
品类倍数支撑公开市场量子股票证明该赛道可以支撑十亿美元级估值。公开公司波动大、亏损,披露也比 SpinQ 充分得多。证明 SpinQ 能以更干净的单位经济性跨过类似里程碑。
IPO / 退出可选性Pre-IPO 表述暗示更广泛流动性和可信度的可能路径。公开证据离 IPO 级准备度仍差很远。招股书式 KPI 包、治理图谱和审计准备度。
中国战略位置国内政策和产业背书可能帮助 SpinQ 比资本不足的同行更快上规模。政策带来的资本不应被误认成已验证商业耐久性。客户质量、利润率和可出口性的证明,且能在政策支持之外站住脚。

反向逻辑主要来自证据质量和经济性可见度,而不是认为 SpinQ 缺少技术野心。

[CV004, CV007, CV008, CV009, CV010, CV023]
FV001: 建议逻辑

决策流把 SpinQ 的融资规模、平台宽度、披露缺口、上市可比公司估值约束和最终建议串起来。

[CV001, CV007, CV010, CV023, CV025, CV034]

8.2 可比公司组合,以及量子赛道真正买单的东西

对 SpinQ 最有用的可比组,应把上市量子公司和以里程碑定价的私人标的混在一起看。D-Wave、Rigetti 和 IonQ 不是干净的经营可比,但它们说明,即使当前收入基数很小、盈利能力弱或缺失,公开市场仍愿意给量子公司数十亿美元估值。D-Wave 市值约 $6.3 billion,年销售额约 $24.6 million;Rigetti 市值约 $5.2 billion,销售额约 $7.1 million;IonQ 市值接近 $15 billion,销售额约 $130 million。这些数字不是在说 SpinQ 自动应该拿到类似倍数,而是在说赛道定价仍大量押注期权价值、领先预期和战略位置,眼前损益表只是其中一部分。 私募参照会把结论拉向两边。Quantinuum 2025 年投前估值 $10 billion 的融资轮说明,当公司叠加被认可的技术领先、战略支持方和更清晰的企业定位时,前沿私人量子公司的估值标记可以冲得很高。但 Quantinuum 更适合作为上限愿景,而不是直接可比。CB Insights 与 IQM 的对比对 SpinQ 更直接:二者最近一轮规模接近,但 SpinQ 的累计资本基数小得多。商业证据集也重要。SpinQ 的公开证据仍明显偏教育和科研部署;具名大学客户比反复发生的工业生产合同更容易验证。这个细节支持其相对普通硬件故事拿到真实溢价,但默认给赛道龙头价格还不够。[CV007, CV008, CV009, CV010, CV011, CV012]

可比估值表
可比对象状态 / 日期估值或倍数锚点对 SpinQ 的相关性局限
SpinQ 2026 年融资背景私人轮次报道,2026 年 6 月RMB 1B Series D 轮;此前六个月累计融资 RMB 2B;聚合数据源显示最新轮约 ~$147M资产本身最好的直接锚点未披露投后估值或干净的新投资人经济性
SpinQ 对比 IQM私人市场数据对比,2026最新轮规模大致相当(~$146M 对 ~$147M),但 SpinQ 累计融资低得多有助于校准私人超导时代标尺聚合数据对比,不是正式融资备忘录
D-Wave Quantum上市,2026 年 8 月~$6.3B 市值;MarketBeat 显示约 255.6x 销售额说明公开市场可以给量子叙事很高估值退火路线模型和上市市场流动性不同于 SpinQ
Rigetti Computing上市,2026 年 8 月~$5.2B 市值;MarketBeat 显示约 733.9x 销售额最接近的上市超导硬件可比公司,可约束估值纪律收入基数很小,上市市场波动很大
IonQ上市,2026 年 8 月~$15B 市值;MarketBeat 显示约 114.8x 销售额说明被视为品类龙头时存在上行空间披露基础大得多,市场能见度更强
Quantinuum私人轮次,2025 年 9 月融资 US$600M,对应投前 US$10B私人量子龙头的上限里程碑参照愿景天花板,不是 SpinQ 今天的直接定价类比

这里使用可比对象是为了三角校准和保持估值纪律。没有哪一行能提供机械套用的倍数,因为 SpinQ 缺少这种方法所需的披露。

[CV001, CV003, CV011, CV012, CV013, CV014]

8.3 情景区间、价格纪律,以及市场还必须相信什么

SpinQ 没有公布审计收入、毛利率、经常性软件占比或股权结构表细节,与其假装精确,不如做情景分析。悲观情景假设公开客户证据仍过度偏教育,工业需求转化比叙事更慢,投资人在缺少硬财务数据时不愿支付完整的前沿溢价。在这个框架下,SpinQ 应落在低位独角兽区间以下或附近。基准情景承认今天已经清楚存在的东西:2026 年上半年快速融资、横跨 NMR 和超导路线的异常产品宽度、硬件出口,以及以中国为中心的扎实战略位置。这指向低到中位独角兽区间,而不是很小的创投估值。 乐观情景不能只靠乐观。投资人需要看到私下证据:36Kr 的盈利表述方向上成立,超导收入确实在扩张而不只是被强调,云和软件层不止演示、有变现空间,治理和退出准备也比公开记录更干净。因此,入场纪律格外重要。如果有效价格靠近合理区间下沿,上行仍可能补偿风险;如果在披露升级前,定价已经远高于大概率区间,投资人就是在为尚未到来的证据买单。[CV025, CV026, CV027, CV028, CV029, CV030]

乐观 / 基准 / 悲观情景表
情景概率信号估值区间必须成立的前提主要失败模式
悲观25%US$0.8B-US$1.1B工业转化滞后,客户证明仍偏教育,投资人折价处理缺失的财务披露。叙事失去溢价,SpinQ 被按不透明的硬件加项目公司定价。
基准50%US$1.1B-US$1.4B融资动能、海外部署和双路线宽度是真实的,但经审计经济性仍不完整。公司有意思,也可能属于独角兽级别,但披露不足以支撑大幅溢价。
乐观25%US$1.4B-US$1.8B私下尽调验证盈利方向、强超导收入结构、云 / 软件变现和更干净的治理准备度。投资人仍认为经营证明太薄,撑不起品类龙头定价。
概率加权中枢观点100%约 US$1.2B-US$1.3B证据有所改善,但还不足以证明今天应支付远高于合理区间的价格。披露到位前明显高于该区间买入,会吃掉安全边际。

区间为分析师按十亿美元口径估计,以融资规模、公开可比约束、产品宽度和已识别下行通道为锚;不是基于经审计收入模型。

[CV027, CV028, CV029, CV030, CV031, CV032]
FV002: 估值敏感性

以 USD million 计的锚点,覆盖悲观、基准和乐观情景中点,并列出实际进场纪律阈值。

数值是分析师按 USD million 口径给出的估计,不是管理层指引;它们由融资规模、公开可比公司估值约束和当前证据质量三角校验得出。

[CV027, CV028, CV029, CV031, CV032]
FV003: 估值 / 回报区间

SpinQ 的悲观、基准和乐观估值带以 USD billions 呈现,展示一旦非公开证据验证或削弱当前叙事,投资假设会多快改写。

情景区间是判断范围,不是已定价轮次事实;它们把公司已验证融资规模、可比公司估值约束和本报告识别出的尽调缺口放在一起。

[CV027, CV028, CV029, CV030, CV038]

8.4 建议、上调条件与最终尽调清单

最干净的结论是观察 / 继续研究,置信度中等、风险高,估值立场介于合理到偏高。这个判断不是否定 SpinQ 的战略重要性。恰恰相反,公司很少见:它有真实的后期融资,产品栈比很多同行更宽,海外部署主张有一定分量,也围绕中国量子产业化讲出了可信叙事。暂不下买入结论,是因为当前公开证据还不足以让投资人把融资动能和耐久经济性拆开。公开量子同业说明,高估值可以和薄弱的当前基本面并存;但它们也说明,一旦里程碑落空、收入质量弱或披露不及预期,公开市场会惩罚得很重。 能够推动结论上调的尽调包很具体。投资人需要 2025 财年和 2026 财年审计财务、分板块收入和毛利率桥、经常性云或软件变现的更清晰证据、具名工业积压订单或复购证据,以及 2026 年各轮真实股权结构表和优先股条款。如果这些材料验证乐观叙事,并且有效入场价格有纪律,结论可以上调。否则,教训不是 SpinQ 没有前景,而是价格已经跑在证据前面。[CV033, CV034, CV035, CV036, CV037, CV038]

投资建议摘要表
维度评估决策含义
投资建议观察 / 继续研究有意思的后期量子资产,但仅凭公开证据还不能闭眼买入。
估值立场合理到偏高低位独角兽到中低位独角兽定价有论证空间;大幅溢价需要更多证据。
信心故事方向比价格精度更清楚。
风险评级资本强度、披露偏薄和商业化风险会一起压估值。
当前最干净锚点Series D 轮规模加上 2026 年上半年累计融资有助于校准规模,不是完整投后估值承销包。
偏好的入场条件干净条款下约 US$1.2B 或以下相对购买溢价叙事,更能提高安全边际。
上调触发项经审计财务加股权结构表和订单积压证明能把雄心转为可承销价值。
主要下行触发项没有披露升级却给出溢价定价让投资人在证据到位前先付费。

评估明确受价格影响,而不是泛化质量分数。「合理」是指以当前公开锚点可以支撑,不是内在价值模型已经算准。

[CV001, CV025, CV026, CV031, CV032, CV035]
投资逻辑破裂和否决触发项表
触发项阈值或事件对投资逻辑的传导行动含义
经审计经济性不及预期私下尽调显示抽成率弱、毛利率低,或没有可持续盈利路径。基准和乐观情景被压缩,因为当前叙事溢价依赖未披露经济质量。转向回避,或要求重新定价至悲观区间。
云 / 软件变现主要是战略性投入付费使用、续费或附加率不重要。SpinQ 不再有足够理由被估成高于项目制硬件公司的一类资产。削减溢价假设,按纯硬件逻辑重新承销。
工业订单积压比暗示更薄具名企业需求被证明规模小、像试点,或不可复购。客户质量信号变弱,估值倍数应收缩。暂停投资,直到复购型生产需求得到证明。
后期融资条款对投资人不友好棘轮、优先权或治理约束先于普通股头条估值吸走经济性。头条估值不再对应新投资人的有效价值。按完全稀释和净经济性重新承销。
政策或出口敏感性恶化新限制、海外交付变慢或政策冲击减少可服务商业路径。贴现率上升,乐观情景的国际扩张信心下降。持有观望或后退,直到敞口更清楚。

触发项被写成可监控事件,会直接改变估值支撑,而不是泛泛经营担忧。

[CV032, CV037, CV039, CV040]
最终尽调资料清单表
主题缺失证据为什么重要尽调路径
经审计财务FY2025 和 FY2026 收入、毛利率、经营亏损和现金流报表任何超出情景三角校准的直接估值工作的核心前置条件要求提供审计包、董事会批准账目和月度管理报表桥接。
分部经济性按 NMR、超导、云、私有云和软件拆分的收入、毛利率和支持负担说明宽度是在创造价值,还是掩盖弱线要求提供产品家族 P&L 和贡献毛利桥接表。
经常性变现付费云使用、SpinQit 变现、支持续费和队列留存数据检验硬件故事下 SpinQ 是否有高质量经常性价值要求提供队列表、续费计划和附加率数据。
工业需求质量超导系统的具名管线、订单积压、复购和转化率把演示和试点同真实企业估值支撑分开要求提供前 20 个机会清单和发货到收入桥接。
股权结构表和优先权所有权、董事会权利、清算优先权、棘轮和反稀释条款头条估值可能与有效入场经济性明显不同审阅数据室股权结构表和律师摘要。
退出准备度审计准备度、治理基础设施和任何真实 Pre-IPO 时间表决定估值能否迁移到公开市场证据标准要求提供治理备忘录、审计师状态和上市工作流材料。

这些是把 SpinQ 从「有意思的后期量子平台」推进到「可以按纪律价格买入」的最低尽调条件。

[CV004, CV006, CV025, CV033, CV040, CV041]
FV004: 投资 KPI

IC 口径评分,以 2026-08-29 时点评估 SpinQ 的估值设定,重点看战略重要性与披露仍薄之间的张力。

评分是分析师按 1-10 量表对本章证据的综合判断,不是公司报告指标。

[CV023, CV024, CV034, CV035, CV036, CV037]

免责声明

本报告是基于公开证据的尽调快照,不构成投资建议。重要的财务、法律、技术和合同事实仍未公开,任何投资决策前,都应直接向管理层和一手文件核验。

证据索引

结论
编号陈述可信度来源
CO001 SpinQ was founded on 2018-08-27 in Shenzhen, China. SO001, SO003
CO002 SpinQ describes itself as a one-stop solution provider focused on the industrialization and popularization of quantum computing. SO001, SO002
CO003 Official company materials say SpinQ’s business layout spans superconducting quantum computers, NMR quantum computers, online quantum-experiment platforms, and application software. SO001, SO003, SO004, SO005
CO004 SpinQ says it serves use cases in scientific research, education, drug development, fintech, and artificial intelligence. SO001, SO003, SO007
CO005 Dr. Jingen Xiang is publicly identified as SpinQ’s founder and CEO. SO016, SO021, SO022
CO006 36Kr reports that Xiang Jingen studied physics at Tsinghua University, completed postdoctoral research at Harvard, and has more than fifteen years of quantum-computing R&D experience. SO021, SO024
CO007 SpinQ’s official positioning explicitly combines superconducting and nuclear-magnetic-resonance technology routes. SO001, SO003, SO014
CO008 Public company materials group SpinQ into three business surfaces: industrial superconducting hardware, educational NMR hardware, and software/cloud platforms. SO003, SO014, SO015
CO009 SpinQ’s NMR line includes the Gemini Mini/Mini Pro portable series and the Triangulum desktop series. SO011, SO012, SO022
CO010 The official company timeline says SpinQ launched the world’s first programmable desktop quantum computer in 2020, the Triangulum desktop machine in 2021, and the Gemini Mini portable machine in 2022. SO001, SO003
CO011 SpinQ’s public timeline says Gemini Lab was launched in 2024 as a one-stop quantum-computing experimental platform for teaching and research. SO003, SO013
CO012 SpinQ’s superconducting product pages advertise systems configurable up to 103 qubits with a new qubit architecture, parametric gates, and surface-code support. SO006, SO007
CO013 SpinQ markets a superconducting stack that includes chips, control-and-measurement systems, QPU EDA, foundry services, and private-cloud deployment. SO004, SO008, SO009, SO010
CO014 SpinQit is a named programming framework in the company’s stack, and independent coverage describes it as a Python-based software layer tied to SpinQ Cloud. SO010, SO018, SO027
CO015 SpinQ claims to have completed China’s first overseas delivery of a superconducting quantum chip in 2023. SO003, SO014
CO016 SpinQ claims to have completed China’s first overseas delivery of a complete superconducting quantum computer in 2024. SO003, SO017
CO017 Official 2026 financing coverage says SpinQ had already delivered multiple Ursa Major or SQC superconducting systems by early 2026. SO014, SO015
CO018 Official and independent 2026 sources say SpinQ’s products and services reach more than 40 countries or regions and more than 200 institutions or clients. SO014, SO016, SO018, SO019
CO019 Seedtable’s public profile lists a small visible leadership bench beyond Xiang Jingen, including SVP & CTO Tiejun Meng and Senior Scientist Guanru Feng. SO022
CO020 SpinQ announced a Series C round on 2026-01-21 described as hundreds of millions of RMB, with investors including Longli Technology, Jadex Capital, HTHS Capital, ADDOR Capital, Qingdao Hanrui, Hainan Fengkaixiang, Kuang Zhong, and Xia Zuoquan. SO015, SO027
CO021 The stated purpose of the January 2026 Series C round was large-scale R&D and commercial expansion in superconducting quantum computing. SO015
CO022 On 2026-04-03 SpinQ said it completed a RMB 600 million Series C+ round, bringing total Series C funding to nearly RMB 1 billion within three months. SO014, SO018, SO021, SO024
CO023 Independent and official coverage of the Series C+ round names Guotai Junan Innovation Investment, Cornerstone Capital, Sichuan Zhenxing Group, and other state-linked or regional capital as participants. SO014, SO018, SO021, SO024
CO024 36Kr reports that more than 70 percent of SpinQ’s staff are in R&D roles. SO021
CO025 36Kr and Quantum Computing Report state that SpinQ’s Q1 2026 order volume increased about 80 percent year over year. SO018, SO021
CO026 36Kr and Quantum Computing Report say superconducting-related business had risen to roughly 65 percent of SpinQ’s revenue by Q1 2026. SO018, SO021
CO027 36Kr and official releases describe the NMR product line as a stable commercial base serving universities and research institutions worldwide. SO014, SO021
CO028 On 2026-06-30 SpinQ announced a RMB 1 billion Series D round and said it had raised RMB 2 billion over the prior six months. SO016, SO019, SO020, SO023
CO029 Series D coverage consistently names CICC Capital among the lead or key new investors, alongside Shanghai Semiconductor Industry Investment, AVIC Honghua, and other industrial or state-linked funds. SO016, SO019, SO023
CO030 The Chinese Series D release lists a broader syndicate including CETC Fund, Guozhong Capital, Sichuan Xingchuan, Jinpu, Hengxu, Shangqi, Hongtai, Luhua, Xingzheng Investment, Qingke Holdings, and Bojia Capital. SO003, SO016
CO031 SpinQ said Series D proceeds would fund fault-tolerant universal quantum-computer R&D, manufacturing-process iteration, and expansion of its global ecosystem. SO016, SO019, SO020
CO032 SpinQ says it built its own superconducting chip R&D and pilot production line in Shenzhen covering design, process development, fabrication, packaging, and testing. SO014, SO016
CO033 SpinQ says it completed tape-out, packaging, and validation for new-generation 25-qubit and 103-qubit superconducting chips. SO016, SO006, SO007
CO034 SpinQ says its quantum-error-correction work was accepted by QCE 2026 and that it aims to complete d=3 surface-code validation in 2026. SO016
CO035 The Chinese Series D release says SpinQ is the only quantum-computing company to have both superconducting and NMR technology layouts in one enterprise. SO016
CO036 FreshFromChina reported that SpinQ was simultaneously launching a pre-IPO financing round alongside the Series C+ raise. SO024
CO037 Macro analysis of China’s 15th Five-Year Plan frames quantum computing as an industrial and strategic priority rather than only a research topic. SO025
CO038 Macro analysis of China’s quantum-hardware competition argues that manufacturing integration and hardware sovereignty are becoming critical differentiators. SO026
CO039 The 2026 Chinese quantum funding environment appears to favor larger, more state-backed rounds for companies seen as strategic infrastructure assets. SO019, SO025, SO026
CO040 SpinQ’s public narrative is stronger on technical milestones and financing momentum than on audited economics, formal governance disclosure, or precise IPO timing. SO021, SO022, SO024, SO025, SO027
CM001 SpinQ’s relevant market is quantum-computing infrastructure and services rather than the full quantum-technology sector. SM001, SM002, SM003, SM004, SM016
CM002 IMARC estimates the China quantum-computing market at USD 258.64 million in 2025. SM016
CM003 IMARC projects the China quantum-computing market to reach USD 3,564.24 million by 2034. SM016
CM004 IMARC projects a 33.84 percent CAGR for China’s quantum-computing market from 2026 to 2034. SM016
CM005 The Quantum Insider says China’s broader quantum industry reached 11.56 billion yuan in 2025 with annual growth above 30 percent. SM015
CM006 The Quantum Insider reports that China’s domestic quantum-computing track recorded 150 financing events and about 11.2 billion yuan by mid-March 2026, while Q1 2026 financing almost matched full-year 2025 totals. SM014
CM007 Multiple independent sources describe China’s 15th Five-Year Plan as placing quantum among the country’s priority future industries. SM014, SM019, SM020, SM021
CM008 The Quantum Insider reports that the National Venture Guidance Fund allocated CNY 121.8 billion across three regional vehicles tied to future industries including quantum. SM014, SM015
CM009 Bird & Bird and Global Legal Insights both say China’s 2024 Implementation Opinions called for more R&D in fault-tolerant quantum computing and coordinated development of quantum software and cloud platforms. SM019, SM020
CM010 Bird & Bird and Global Legal Insights both note a 2026 target for a measurement-and-control system supporting at least 1,000 qubits with sub-microsecond feedback latency. SM019, SM020
CM011 IMARC segments the China quantum-computing market by offering, deployment, application, and end user, including systems, services, on-premises, cloud, optimization, simulation, machine learning, BFSI, healthcare, and government. SM016
CM012 SpinQ’s education solution explicitly targets universities, K-12 schools, and science-outreach institutions through equipment, resources, and training. SM001, SM005
CM013 SpinQ’s fintech solution targets portfolio optimization, risk management, predictive modeling, market-trend analysis, credit rating, and fraud detection. SM002, SM006
CM014 SpinQ’s biomedical solution targets gene sequencing, drug discovery, disease modeling, and genetic-data analysis. SM003, SM007
CM015 SpinQ’s AI solution targets quantum machine learning, computer vision, natural-language processing, reinforcement learning, and recommender systems. SM004, SM008
CM016 SpinQ’s education page names Bandung Institute of Technology, the University of Western Australia, Oslo Metropolitan University, and the National Autonomous University of Mexico as use cases. SM001
CM017 SpinQ’s finance page uses Huaxia Bank and its technology subsidiary Longying Zhida as a customer proof point for quantum-assisted decision models. SM002
CM018 SpinQ’s biomedicine page uses BGI Research and a VQE-based genome-assembly workflow as its flagship life-science use case. SM003
CM019 SpinQ’s AI page highlights DEEPROUTE.AI and a quantum-based gradient-computation method as a representative AI use case. SM004
CM020 SpinQ’s cloud and software materials position cloud access as a way to lower infrastructure barriers and widen user access before full hardware deployment. SM009, SM010, SM011
CM021 SpinQ’s serviceable market today is best described as education, research, and selective pilot deployments rather than broad production-scale enterprise computing. SM001, SM002, SM003, SM004, SM016, SM017
CM022 The Quantum Insider describes SpinQ as operating across NMR education systems and superconducting quantum computers, with products deployed in over 200 institutions across more than 40 countries. SM015, SM023
CM023 Entangled Future counts 57 Chinese quantum companies or organizations across more than 10 active cities in its April 2026 guide. SM018
CM024 Entangled Future identifies Shenzhen as one of China’s major quantum hubs, alongside cities such as Hefei, Beijing, Shanghai, and Hangzhou. SM018
CM025 Both Entangled Future and The Quantum Insider characterize China’s quantum ecosystem as more state-directed and nationally coordinated than the U.S. private-sector model. SM014, SM018, SM021
CM026 Entangled Future, IMARC, and PostQuantum each argue that export controls are accelerating China’s push toward domestic quantum supply chains and parallel ecosystems. SM016, SM018, SM022
CM027 IMARC describes a severe shortage of skilled quantum professionals and cites a three-to-one global gap between job openings and qualified candidates. SM016
CM028 McKinsey’s 2026 monitor says quantum technology is becoming strategically relevant as commercialization accelerates and that value capture is shifting from exploration toward high-impact use cases. SM017
CM029 McKinsey says industry engagement is moving from proofs of concept to paid codevelopment and scaled use cases, with quantum-as-a-service becoming a central access model. SM017
CM030 McKinsey estimates more than $1 billion of quantum-computing-company revenue in 2025 globally, indicating commercialization progress without implying mature end-market scale. SM017
CM031 IMARC notes that technology maturity, error correction, cryogenic complexity, and long time-to-value remain major barriers to large-scale commercial adoption. SM016
CM032 Bird & Bird and Global Legal Insights say China has not enacted a dedicated quantum law and still relies mainly on policy guidance and existing procurement frameworks. SM019, SM020
CM033 Global Legal Insights says government procurement in China prioritizes domestic goods and may favor invited tendering, competitive negotiation, or single-source procurement for quantum projects. SM020
CM034 The market opportunity for SpinQ is reinforced by a self-reinforcing loop among education adoption, talent development, cloud access, and policy-backed commercialization. SM001, SM009, SM016, SM018
CM035 Even with strong policy support, the most relevant near-term demand for SpinQ remains institution-led and pilot-led rather than mainstream enterprise compute spend. SM001, SM002, SM003, SM004, SM016, SM017
CM036 Public sources do not disclose a defensible bottoms-up SOM or detailed procurement-depth model for SpinQ, so any precise accessible-market number remains estimate territory.
CP001 SpinQ competes across education, research, cloud, and superconducting-system markets rather than a single product niche. SP001, SP002, SP003, SP014, SP016
CP002 The most relevant direct quantum peers for SpinQ are Origin Quantum, Quantinuum, IonQ, Rigetti, IBM Quantum, and D-Wave. SP004, SP006, SP008, SP011, SP012, SP013, SP014, SP016
CP003 Within China, SpinQ competes not only with direct hardware peers but also for policy attention and ecosystem influence against broader quantum organizations. SP014, SP015, SP016, SP024
CP004 SpinQ’s unusual differentiation is a dual-track product strategy combining room-temperature NMR systems with superconducting quantum systems. SP002, SP003, SP014, SP017
CP005 Origin Quantum positions itself as a superconducting full-stack company and markets the Wukong-180 system as its flagship platform. SP004, SP005
CP006 Quantinuum markets trapped-ion hardware, software, and applications through a broad full-stack platform including Nexus, TKET, Guppy, and InQuanto. SP006, SP007
CP007 IonQ markets itself as a full-stack quantum platform spanning computing, networking, sensing, security, and cloud access. SP008, SP009
CP008 IonQ reported $130.0 million of GAAP revenue in 2025 and said more than 60 percent came from commercial customers. SP009
CP009 Rigetti markets the Novera 9-qubit QPU as ready to ship and publicly displays a 107-qubit Cepheus system on its homepage. SP011
CP010 MarketBeat says Rigetti generated $4.4 million of Q1 2026 revenue, ended the quarter with about $569 million of cash, and still faced a profitability challenge. SP018
CP011 D-Wave differentiates itself with a dual-platform strategy centered on annealing systems, Leap cloud access, hybrid solvers, and optimization use cases. SP013
CP012 IBM Quantum presents itself as a full-stack provider with a fleet of 100-plus-qubit machines, Qiskit software, and a 300-plus-member network. SP012
CP013 Quantinuum publicizes 150-plus organizations on Nexus, 815-plus patents or applications, and 440-plus PhDs or masters on the team. SP006
CP014 SpinQ’s education hardware creates a more accessible physical entry point than most frontier quantum peers expose publicly. SP003, SP016, SP017
CP015 Independent 2026 sources say SpinQ’s products are deployed in more than 40 countries and at more than 200 institutions. SP014, SP017, SP022
CP016 Entangled Future describes SpinQ as having a distinctive market position in portable, desktop-scale quantum computers for education and research. SP016
CP017 Quantum Computing Report characterizes SpinQ as a rare outlier because it simultaneously masters superconducting and NMR technologies. SP017
CP018 SpinQ’s product breadth is real, but better-disclosed rivals still show stronger public evidence of enterprise ecosystem scale or benchmark leadership. SP006, SP008, SP012, SP014, SP016, SP017
CP019 IonQ had an August 2026 market capitalization of about $15.88 billion according to CompaniesMarketCap. SP019
CP020 Rigetti had an August 2026 market capitalization of about $5.20 billion according to CompaniesMarketCap. SP020
CP021 MarketBeat notes that D-Wave’s Q1 2026 revenue fell sharply year over year, illustrating how fragile reported quantum revenues can still be. SP018
CP022 IBM’s 300-plus-member network and 100-plus-qubit fleet make it an incumbent ecosystem benchmark rather than a startup-like peer. SP012, SP021
CP023 In China, sovereign-tech fit and domestic procurement rules increase the strategic weight of locally controlled quantum suppliers. SP015, SP016, SP024
CP024 Public list pricing is rare across SpinQ and most of its quantum peers, which instead emphasize quote-based systems, cloud access, or partnership-led delivery. SP006, SP007, SP008, SP011, SP012, SP013
CP025 Quantinuum explicitly markets hardware-as-a-service through on-premise and cloud delivery. SP007
CP026 IonQ emphasizes access through all major cloud providers and direct enterprise partnerships. SP008, SP009
CP027 IBM’s commercial packaging centers on IBM Quantum Platform, Qiskit, and the IBM Quantum Network rather than device-by-device sales alone. SP012
CP028 D-Wave commercializes through Leap cloud access, Ocean tools, hybrid solvers, and optimization-oriented learning and professional services. SP013
CP029 SpinQ’s integrated education bundles and lab setups can create switching costs when institutions standardize curricula or tooling around its products. SP001, SP003, SP023
CP030 Cloud-based quantum access lowers onboarding friction but also makes multi-homing easier for exploratory users. SP007, SP008, SP012, SP013
CP031 SpinQ discloses much less about recurring revenue, contract depth, churn, or customer concentration than public peers such as IonQ or Rigetti. SP009, SP010, SP018, SP022, SP023
CP032 IonQ and public-peer financial disclosures show that high market value in quantum does not eliminate profitability and revenue-volatility risk. SP009, SP018, SP019, SP020
CP033 Quantinuum’s $10 billion pre-money private valuation shows that private quantum leaders can command much higher marks than public revenue alone would suggest. SP025
CP034 SpinQ’s moat appears segment-specific—stronger in education and China-centered sovereign positioning than in globally benchmarked frontier enterprise quantum. SP014, SP016, SP017, SP024
CP035 The most defensible competitive conclusion is that SpinQ is a credible specialist with upside, not yet a proven global category winner. SP014, SP016, SP017, SP018, SP022
CI001 SpinQ does not publicly disclose audited revenue, ARR, gross margin, cash, or burn figures in the reviewed materials. SI001, SI002, SI003, SI024
CI002 SpinQ’s public catalog supports a multi-stream revenue model spanning NMR hardware, superconducting systems, cloud access, private-cloud services, and software tooling. SI004, SI006, SI011, SI012, SI013, SI014, SI015, SI016
CI003 Gemini Mini is a portable two-qubit NMR teaching device, implying a hardware revenue stream optimized for entry-level education and demonstration. SI011, SI006
CI004 Triangulum is a three-qubit desktop NMR product, implying a second, somewhat more advanced hardware SKU for teaching and research use. SI012, SI006
CI005 Gemini Lab is positioned as a quantum computing experimental platform, suggesting higher-value packaged sales than basic demonstration devices. SI013, SI006
CI006 SpinQ markets private quantum cloud deployment as a customized and secure service, indicating integration and support revenue in addition to product sales. SI014, SI016
CI007 SpinQit provides a software layer that can connect to local NMR, superconducting systems, simulators, and the cloud platform, creating a plausible software monetization or attach vector. SI015, SI011, SI016
CI008 No public list pricing was found for SpinQ’s main product lines, which strongly suggests quote-led commercialization rather than transparent self-serve pricing. SI011, SI012, SI013, SI014, SI015, SI016
CI009 SpinQ’s mixed hardware, software, cloud, and services model likely creates nontrivial revenue-recognition complexity versus a simple SaaS or device-only business. SI004, SI011, SI014, SI015, SI016
CI010 Cloud access, private-cloud deployments, and SpinQit support are the most plausible candidates for recurring or higher-frequency revenue within SpinQ’s portfolio. SI014, SI015, SI016
CI011 SpinQ’s 2026 Series D round raised RMB 1 billion and was earmarked for fault-tolerant general-purpose quantum computing development and ecosystem expansion. SI009, SI017, SI019, SI020, SI021
CI012 The scale of SpinQ’s 2026 fundraising implies management still expects substantial external financing needs to support roadmap execution. SI008, SI009, SI017, SI018, SI019
CI013 Independent and official 2026 sources say SpinQ raised RMB 2 billion over a six-month period across major financing tranches. SI009, SI017, SI019
CI014 SpinQ’s business model is capital intensive because it spans quantum hardware R&D, fabrication or process iteration, packaging, control systems, software, and cloud delivery. SI004, SI014, SI015, SI018, SI019
CI015 Quantum Computing Report links SpinQ’s roadmap to tape-out and functional validation of 25-qubit and 103-qubit superconducting QPUs plus Ursa Major batch deliveries. SI019, SI010
CI016 Public sources do not disclose SpinQ’s cash on hand, monthly burn, runway, or debt obligations. SI009, SI017, SI019, SI024
CI017 ChinaTechNews says fault-tolerant quantum computing remains in an early operational phase and requires sustained capital input before broad deployment. SI018
CI018 Recent coverage indicates Chinese quantum financing is increasingly led by state-backed, industrial, and regional domestic capital rather than foreign VC. SI017, SI018
CI019 Public quantum-company disclosures show that large cash balances are common even when revenue is still immature or volatile. SI023, SI025
CI020 IonQ reported $130.0 million of 2025 revenue and $3.3 billion of year-end cash, illustrating the scale of capital quantum leaders may still carry. SI023, SI024
CI021 MarketBeat reports Rigetti generated $4.4 million of Q1 2026 revenue and ended the quarter with about $569 million in cash. SI025
CI022 MarketBeat also describes D-Wave’s Q1 2026 revenue as sharply down year over year, underscoring that quantum revenues can remain lumpy. SI025
CI023 SpinQ’s revenue quality is most likely a blend of lumpy system projects plus potentially steadier cloud, support, and software attachments. SI014, SI015, SI016, SI019
CI024 SpinQ likely operates at least two GTM motions: shorter-cycle education hardware selling and longer-cycle industrial or private-cloud solution selling. SI011, SI012, SI013, SI014, SI016
CI025 The education hardware portfolio provides a more standardized packaging route than superconducting or private-cloud projects. SI011, SI012, SI013, SI014
CI026 No public CAC, payback, pipeline efficiency, or win-rate data was found for SpinQ. SI001, SI002, SI024
CI027 Because most unit-economics data is undisclosed, the most important diligence asks are ASP by line, service hours, gross margin, paid conversion, and renewals. SI011, SI014, SI015, SI016, SI024
CI028 SpinQ’s gross-margin profile likely differs materially by line, with software and cloud structurally better than hardware and customization-heavy services. SI014, SI015, SI016, SI023
CI029 Training, installation, support, and customized deployment are likely meaningful service-delivery costs for SpinQ. SI011, SI013, SI014
CI030 Working-capital timing risk is likely material because hardware projects and international deployments can produce inventory, milestone, and receivable mismatches. SI010, SI014, SI019
CI031 SpinQ’s global reach can be commercially valuable but also raises delivery, support, and service-cost complexity. SI010, SI019, SI020
CI032 A China-centered investor base may reduce near-term financing risk relative to startups that depend mainly on foreign venture appetite. SI017, SI018
CI033 The next financing trigger is most plausibly tied to technical and commercial proof points such as superconducting system validation, error-correction progress, and monetized deployments. SI009, SI019, SI022
CI034 Financially, SpinQ looks strategically funded and commercially multi-threaded, but still too opaque for a clean revenue-quality or runway conclusion. SI001, SI009, SI016, SI017, SI019, SI023, SI025
CI035 The biggest blockers to underwriting SpinQ are missing disclosures on revenue scale, recurring mix, margin, backlog, customer concentration, cash, and burn. SI001, SI016, SI024
CE001 SpinQ’s portfolio supports a customer journey from learning and experimentation into cloud usage and advanced institutional hardware. SE001, SE003, SE004, SE005, SE006, SE007
CE002 The public SpinQ stack includes NMR devices, superconducting systems, cloud access, private-cloud deployment, and software tooling. SE003, SE004, SE005, SE006, SE007
CE003 Gemini Mini is a portable two-qubit NMR quantum computer intended for teaching and demonstration. SE008, SE004
CE004 Triangulum is a three-qubit desktop NMR quantum computer for education and research workflows. SE009, SE004
CE005 Gemini Lab is positioned as a full-stack experimental platform on NMR principles. SE010, SE004
CE006 SpinQit supports Python programming and is compatible with OpenQASM 2.0 and Qiskit syntax. SE007, SE013
CE007 SpinQit supports multiple execution platforms including local hardware, quantum simulators, and the cloud platform, and it advertises hybrid ML integrations. SE007
CE008 SpinQ’s private-cloud service adds customized deployment, monitoring, and a more controlled environment independent of public-cloud vendors. SE006, SE005
CE009 SpinQ’s public architecture is layered rather than device-only: hardware, programming, simulation, cloud, and service support all appear in the stack. SE003, SE005, SE006, SE007
CE010 SpinQ reported successful overseas delivery of a superconducting quantum system in 2024, indicating at least some non-lab deployment capability. SE014, SE015
CE011 Quantum Computing Report says SpinQ has executed tape-out and functional validation of 25-qubit and 103-qubit superconducting QPUs. SE015
CE012 The strongest public maturity evidence is on SpinQ’s education-facing NMR portfolio and software surface, not on its most advanced superconducting roadmap. SE008, SE009, SE010, SE013, SE015, SE016
CE013 The Quantum Insider describes SpinQ as operating across two distinct product lines: desktop NMR systems and the Ursa Major superconducting series. SE016
CE014 PyPI shows SpinQit version 0.2.4 was released on April 1, 2026, requires Python >=3.8, and is distributed across Linux, Windows, and macOS wheels. SE013
CE015 The existence of a public PyPI package adds real developer-signal evidence beyond a static marketing page, even though the package is still labeled beta. SE007, SE013
CE016 SpinQ’s software-plus-cloud architecture depends on maintaining compiler, simulator, and backend compatibility across multiple execution paths. SE005, SE006, SE007
CE017 A typical user workflow can move from learning to circuit writing to simulation to NMR execution and then toward cloud or institutional deployment. SE005, SE007, SE008, SE009, SE010
CE018 SpinQ’s breadth lets it serve both low-barrier education use cases and more strategic infrastructure-oriented customers. SE003, SE004, SE006, SE016
CE019 SpinQ repeatedly promises customer training, consulting, and after-sales support across parts of the product surface. SE006, SE008, SE009, SE010
CE020 No public status page, uptime history, or detailed operational reliability dataset was found for SpinQ cloud or hardware services. SE001, SE005, SE006
CE021 No public SOC, ISO, or comparable enterprise security certification evidence was found in the reviewed SpinQ product surface. SE001, SE005, SE006, SE007
CE022 SpinQ’s public trust and quality surface is materially thinner than the product-surface trust programs typical of mature infrastructure vendors. SE020, SE021, SE025, SE001, SE005
CE023 Quantinuum publicly discloses Helios metrics including 98 fully-connected qubits, 50 logical qubits, and 99.921% two-qubit gate fidelity. SE017
CE024 IonQ’s technology page discloses detailed trapped-ion architecture elements such as all-to-all connectivity, 100-plus qubit potential on one hardware design, and ultra-high vacuum operation. SE018
CE025 IBM’s roadmap page publicly discloses current processor families, system architecture, uptime, availability, and a 2029 fault-tolerant Starling target. SE019, SE025
CE026 Rigetti’s architecture page discloses foundry, packaging, control-system, and QCS details that go significantly deeper than SpinQ’s public superconducting documentation. SE020
CE027 D-Wave’s systems page shows a clearer distinction between annealing, gate-model, cloud, and on-prem deployment modes than SpinQ’s public reliability surface shows. SE021
CE028 The reviewed Chinese privacy-policy link returned a broken-page notice rather than a usable policy page. SE011
CE029 The reviewed Chinese user-agreement link also returned a broken-page notice rather than a usable legal page. SE012
CE030 Broken legal links are a minor issue, but they weaken confidence in governance polish for an infrastructure company selling controlled environments and cloud services. SE011, SE012
CE031 Private deployment language suggests SpinQ takes data locality and institutional control seriously, but public proof of security controls remains limited. SE006, SE011, SE012
CE032 SpinQ’s critical operational dependencies likely include software maintenance, cloud operations, hardware calibration, and field support capacity. SE006, SE007, SE008, SE014, SE015
CE033 The product moat is strongest where accessible NMR hardware and software make quantum experimentation tangible for institutions. SE004, SE008, SE009, SE010, SE016
CE034 SpinQ’s all-in-one breadth is strategically valuable, but each extra layer also increases support, reliability, and integration obligations. SE005, SE006, SE007, SE014, SE015
CE035 The main technical diligence blockers are benchmark transparency, uptime disclosure, enterprise security proof, and verified supportability of the superconducting roadmap. SE015, SE019, SE020, SE021, SE025
CU001 SpinQ’s visible customer base is led by education and research institutions, with narrower but real applied-industry use-case signals. SU001, SU002, SU003, SU004, SU008, SU009
CU002 Multiple 2026-facing sources say SpinQ has customers or deployments in more than 40 countries or regions. SU003, SU005, SU007, SU020
CU003 Multiple 2026-facing sources say SpinQ has served more than 200 institutions, clients, universities, or schools. SU004, SU020, SU025
CU004 CB Insights names the University of Western Australia, Oslo Metropolitan University, Bandung Institute of Technology, and UNAM as SpinQ customers. SU002, SU025
CU005 SpinQ officially says two Gemini Mini Pro systems arrived at UNAM and are in use at the School of Engineering. SU001
CU006 The UNAM case included curriculum redesign, faculty and student training, and broader integration into engineering education rather than only a ceremonial delivery. SU001
CU007 CB Insights says the University of Western Australia uses SpinQ Gemini and SpinQ Triangulum to give students real quantum-computing experience. SU002
CU008 CB Insights says Oslo Metropolitan University uses hands-on circuit design and practice to deepen understanding of quantum algorithms with SpinQ tools. SU002
CU009 Bandung Institute of Technology is named as a SpinQ customer publicly, but the reviewed public detail on deployment depth is limited. SU002, SU025
CU010 SpinQ’s UNAM global-expansion page names additional institutions including Duke University, the University of Waterloo, the University of Western Australia, the University of Tokyo, Tsinghua University, Fudan University, and Beijing Institute of Technology. SU001
CU011 SpinQ’s strongest public customer segment is academic institutions rather than large enterprise production accounts. SU001, SU002, SU004, SU025
CU012 36Kr says SpinQ had entered universities, research institutions, and industrial fields in more than 40 countries and regions worldwide. SU004
CU013 36Kr says SpinQ provided quantum-education products and services to more than 200 universities and middle schools worldwide. SU004
CU014 SpinQ’s applications blog presents Huaxia Bank as a named financial-use case involving ATM optimization with a quantum AI model. SU003, SU009
CU015 SpinQ’s applications blog presents BGI Genomics as a named life-science use case for genome-assembly-related optimization. SU003
CU016 Official solution pages show SpinQ is actively targeting education, finance, and other domain verticals rather than a single buyer type. SU008, SU009, SU021
CU017 The most plausible expansion path runs from education devices into deeper software, cloud, training, and eventually larger research or infrastructure use. SU001, SU008, SU014, SU017, SU018, SU022
CU018 Named customer proof is much stronger for academia than for scaled enterprise production. SU001, SU002, SU003, SU004
CU019 No public NRR, GRR, churn, or renewal metrics were found for SpinQ. SU021, SU022, SU025
CU020 No public contract-length or standard renewal-term data was found for SpinQ accounts. SU021, SU022, SU025
CU021 UNAM’s training and curriculum-integration plan is a useful proxy that some deliveries convert into repeat academic use, even without formal retention metrics. SU001
CU022 Education-heavy public proof creates a real risk that customer value is more budget-sensitive and slower-moving than top-line customer counts suggest. SU001, SU002, SU004, SU010
CU023 Because no public ACV or revenue concentration data exists, logo count alone cannot prove low concentration risk. SU019, SU025
CU024 Institutional procurement and sovereign-tech considerations can slow conversion and expansion cycles for SpinQ customers. SU010, SU011, SU012, SU013
CU025 Customer breadth is proven more clearly than customer durability or monetization depth. SU002, SU003, SU004, SU019, SU025
CU026 SpinQ’s Chinese and English contact surfaces suggest deliberate support for both domestic and international institutional sales. SU012, SU013
CU027 SpinQ says it became the first company in the world to sell quantum computing products across all five continents. SU001, SU006
CU028 CB Insights says customers evaluate SpinQ products as maintenance-free, stable, and lightweight. SU002
CU029 CB Insights lists Giglio Group as a SpinQ partnership, suggesting at least some ecosystem activity beyond end-customer logos. SU002
CU030 The main public customer outcomes are educational and workflow-enablement benefits rather than quantified enterprise ROI. SU001, SU002, SU003
CU031 Independent public proof of production-scale enterprise ROI remains sparse for SpinQ’s named customers. SU002, SU003, SU025
CU032 Independent sources corroborate SpinQ’s overseas export and advanced-hardware delivery story in Latin America and the Middle East. SU004, SU006, SU024
CU033 Because repeat-usage evidence is mostly proxy-based, any retention interpretation should be treated as low confidence until private data is reviewed. SU001, SU019, SU025
CU034 Most visible public proof still clusters around education, which may overstate diversification if enterprise revenue is much more concentrated. SU001, SU002, SU004, SU025
CU035 Before giving SpinQ a customer-quality premium, investors need cohort, renewal, ACV, and top-account concentration data. SU019, SU021, SU025
CR001 Domestic procurement preferences can help locally controlled quantum suppliers like SpinQ, but they also make demand more dependent on institutional processes and policy dynamics. SR009, SR013, SR014
CR002 Independent 2026 legal analysis shows Chinese government procurement generally prefers domestic goods and services. SR009
CR003 Independent 2026 coverage says China’s quantum sector faces tightened international technical cooperation. SR010
CR004 Independent 2026 coverage says some upstream areas in China’s quantum sector still depend on imported components. SR010
CR005 SpinQ’s Chinese privacy-policy link returned a broken page in review. SR011
CR006 SpinQ’s Chinese user-agreement link also returned a broken page in review. SR012
CR007 Broken legal links are a minor issue on their own, but they signal a thinner public governance and trust surface than the infrastructure narrative would ideally show. SR011, SR012
CR008 SpinQ does not publicly disclose a robust enterprise-grade security, certification, or reliability program comparable to larger infrastructure peers. SR020, SR021, SR023, SR024
CR009 SpinQ’s full-stack scope creates inherent operational risk because it spans devices, software, hosted environments, and advanced superconducting systems. SR002, SR003, SR004, SR023, SR024
CR010 No public SpinQ status page, SLA package, or uptime dataset was found for cloud or private-cloud services. SR003, SR004, SR005, SR008
CR011 Scaling superconducting quantum systems requires manufacturing, calibration, packaging, and control-system discipline that is intrinsically hard to operationalize. SR019, SR025
CR012 Peer quantum companies publish deeper benchmark or hardware reliability surfaces than SpinQ does publicly. SR019, SR020, SR021
CR013 SpinQ’s cloud and software claims imply ongoing dependency on backend compatibility, simulator quality, and platform maintenance. SR003, SR004, SR023, SR024, SR022
CR014 A beta-status external package is a positive sign of software packaging but also evidence that parts of SpinQ’s practitioner surface are still maturing. SR022, SR024
CR015 SpinQ’s own materials emphasize broad benefits and applications more than measurable operational quality metrics. SR002, SR003, SR004, SR005, SR006
CR016 SpinQ’s large 2026 fundraising indicates strong backing but also underscores how capital intensive the roadmap remains. SR007, SR018, SR025
CR017 International deliveries and global sales claims create service and support-scaling risk if field capacity does not keep pace. SR008, SR013, SR015, SR025
CR018 Private-cloud positioning raises the bar for proving security, monitoring, and operational governance even though public proof remains thin. SR023, SR010
CR019 Public quantum-company comps show that large funding and valuation marks do not eliminate continuing financing dependency. SR016, SR018
CR020 No public cash-on-hand, burn, or runway dataset exists for SpinQ despite the large 2026 financing rounds. SR007, SR025
CR021 SpinQ’s visible customer proof remains education-heavy, which can create slower procurement cycles and weaker revenue durability than raw logo counts imply. SR013, SR014, SR015, SR017
CR022 Because public concentration data is absent, customer diversification risk remains unresolved even with 200-plus institutions claimed. SR014, SR017
CR023 The founder-led technical-commercial narrative suggests some key-person concentration risk, but public governance detail is too thin to size it cleanly. SR001, SR015
CR024 SpinQ is attempting to manage NMR education, superconducting hardware, software tooling, and cloud services simultaneously, which strains execution bandwidth. SR001, SR002, SR023, SR024, SR025
CR025 Public support surfaces show contact paths but not the service metrics needed to prove global support capacity. SR008, SR013
CR026 Ambitious frontier milestones create roadmap-overextension risk if management tries to scale too many lines in parallel. SR002, SR006, SR025
CR027 Limited public board and oversight disclosure increases uncertainty around governance quality and execution supervision. SR001
CR028 The most important mitigation asks are benchmark reproducibility, uptime, supportability, customer expansion, and runway evidence. SR020, SR021, SR025
CR029 If deeper diligence verifies enterprise-grade controls, repeatable system performance, and post-sale support metrics, several current risks become manageable. SR020, SR021, SR023
CR030 If cohort data shows education accounts expand into cloud or larger systems, customer-quality risk would fall materially. SR013, SR014, SR017
CR031 A red flag would be discovering that international delivery claims outran actual support coverage and installation quality. SR008, SR013, SR025
CR032 A red flag would be discovering that the capital raise did not translate into sufficient runway to hit next technical and commercial milestones. SR007, SR018, SR025
CR033 The risk transmission chain runs from technical and support execution into customer proof, financing dependency, and eventually valuation discipline. SR016, SR019, SR025
CR034 Several current risks are disclosure-manageable rather than structurally fatal, but only if management can open the private operating dataset. SR020, SR025
CR035 Until deeper diligence proves supportability, customer durability, and runway, SpinQ should be treated as a high-potential but high-residual-risk investment. SR010, SR016, SR020, SR025
CR036 Bird & Bird’s 2026 China overview reinforces that quantum computing is being shaped within a strategic national policy framework, which raises both support and policy-dependence risk. SR026, SR027
CR037 China’s strategic prioritization of quantum can accelerate funding and procurement support while also increasing sensitivity to policy shifts and national-priority alignment. SR009, SR026, SR027
CR038 Hardware-sovereignty efforts themselves indicate that upstream control remains a live risk, not a solved problem, for Chinese quantum companies. SR010, SR028
CR039 Because peers like IBM, IonQ, Quantinuum, and D-Wave publish materially richer architecture or operating details, SpinQ’s disclosure gap cannot be dismissed as an unavoidable industry-wide norm. SR020, SR021, SR029, SR030
CR040 Even after another financing round, unresolved reliability, supportability, and disclosure gaps would keep residual risk high if the private operating dataset remains closed. SR020, SR025
CV001 Official and independent 2026 sources agree that SpinQ closed a RMB 1 billion Series D on 2026-06-30 and said total capital raised over the prior six months reached RMB 2 billion. SV001, SV002, SV003, SV004
CV002 Seedtable independently logged the same Series D as roughly US$140 million, which is consistent with the RMB 1 billion headline at prevailing exchange rates. SV021
CV003 CB Insights lists SpinQ’s last raise at $147.22 million on 2026-06-30, stage Series D, with total capital raised of $256.94 million. SV005
CV004 The public record verifies financing scale but still does not disclose a primary-source post-money valuation, share count, or preference stack for SpinQ’s 2026 rounds. SV001, SV003, SV016, SV022
CV005 FreshFromChina reported that SpinQ was launching a pre-IPO financing workstream alongside its April 2026 Series C+ process. SV022
CV006 No reviewed SpinQ official page or financing announcement publishes diluted ownership, liquidation preferences, anti-dilution terms, or audited valuation support. SV001, SV016, SV017
CV007 SpinQ’s official company and product pages support a genuinely broad stack spanning NMR machines, superconducting systems, cloud access, private-cloud deployment, and the SpinQit software layer. SV024, SV025, SV027, SV028, SV029, SV030, SV031
CV008 That breadth means SpinQ is better framed as a hardware-plus-platform company than as a single-product lab asset, so valuation must weigh multiple monetization paths with different quality levels. SV024, SV027, SV028, SV029, SV030, SV031
CV009 Commercialization support is real enough to matter: company and third-party sources repeatedly describe 40+ countries, 200+ institutions or clients, and named university deployments. SV001, SV002, SV020, SV026, SV032, SV033
CV010 But the strongest named-customer proof in the reviewed public set remains education and research oriented, which limits how much enterprise-production premium can be transferred from more mature peers. SV032, SV033, SV027
CV011 As of late August 2026, D-Wave Quantum’s public market capitalization was about $6.28-$6.32 billion across MarketBeat and CompaniesMarketCap. SV006, SV007
CV012 MarketBeat also showed D-Wave at about $24.59 million of annual sales, roughly 255.58x price-to-sales, negative earnings, and notable insider selling pressure. SV007
CV013 As of late August 2026, Rigetti Computing’s public market capitalization was about $5.20 billion across MarketBeat and CompaniesMarketCap. SV010, SV035
CV014 Rigetti’s public valuation still sat on top of only about $7.09 million in annual sales on MarketBeat, implying an extreme narrative-heavy multiple rather than mature fundamentals. SV010, SV015
CV015 Rigetti’s investor-relations site exposes a multi-year SEC filing archive, highlighting the disclosure infrastructure public quantum peers maintain and SpinQ does not yet match. SV008
CV016 As of late August 2026, IonQ’s public market capitalization was about $14.93-$15.88 billion across MarketBeat and CompaniesMarketCap. SV009, SV034, SV037
CV017 IonQ’s MarketBeat page showed about $130.02 million of annual sales and roughly 114.81x price-to-sales, which demonstrates how richly public investors can value a perceived quantum leader. SV009, SV012
CV018 IonQ’s annual-reports and quarterly-results portals further underline that public peers offer repeatable filing access and financial-history infrastructure that SpinQ has not provided publicly. SV013, SV014, SV036
CV019 Quantinuum announced a $600 million capital raise at a $10 billion pre-money valuation in September 2025, proving that private quantum leaders can command very large marks when technical leadership and strategic backing are strong. SV011
CV020 Quantinuum is better treated as an aspirational ceiling than a direct pricing comp because the same announcement emphasized much broader scale, strategic partners, and a larger global scientific organization. SV011
CV021 The CB Insights comparison records IQM and SpinQ raising nearly the same latest-round size in 2026, but with IQM’s cumulative capital far above SpinQ’s. SV005
CV022 That funding gap suggests SpinQ may still sit earlier on the industrialization curve than the strongest private superconducting peers even when last-round optics look similar. SV005, SV028
CV023 Taken together, D-Wave, Rigetti, and IonQ show that quantum equity markets can support multi-billion-dollar values well ahead of conventional profitability, but also with negative earnings, volatility, and insider-selling risk. SV007, SV009, SV010, SV015, SV037
CV024 Those public comparables validate that billion-dollar valuations are possible in quantum computing; they do not justify giving every private quantum company a category-leader premium. SV006, SV007, SV009, SV010, SV011
CV025 SpinQ should be valued with scenario and milestone discipline rather than a single hard multiple because public revenue, margin, ARR, NRR, and cap-table data are still missing. SV001, SV004, SV012, SV013, SV014, SV015
CV026 The cleanest verified current anchor for SpinQ is its late-stage fundraising scale plus rare dual-route platform breadth, not a fully disclosed market-clearing valuation. SV001, SV002, SV003, SV020, SV021, SV024, SV028
CV027 A conservative bear-case underwriting range is about $0.8B-$1.1B if public customer proof stays education-heavy, industrial demand proves slower than implied, and investors discount the lack of hard financial disclosure. SV010, SV019, SV027, SV032, SV033
CV028 A reasonable base-case range is about $1.1B-$1.4B, giving SpinQ credit for real financing momentum, exported hardware, and product breadth without assuming category-leader economics. SV001, SV002, SV003, SV009, SV024, SV028
CV029 A credible bull-case range is about $1.4B-$1.8B if private diligence validates large-scale profitability, strong superconducting mix expansion, repeat industrial demand, and cleaner governance readiness. SV018, SV022, SV028, SV030
CV030 Those cases imply a probability-weighted central view around $1.2B-$1.3B rather than well above $1.5B. SV021, SV027, SV028
CV031 Entry discipline improves materially if effective pricing is close to or below roughly $1.2 billion on clean terms. SV021, SV027, SV028
CV032 If pricing is materially above roughly $1.5 billion before audited disclosure arrives, the margin of safety becomes thin. SV011, SV019, SV023
CV033 Series C+ pre-IPO language and the compressed 2026 funding cadence suggest SpinQ has at least explored an exit-readiness path, but public evidence is still far short of prospectus-grade readiness. SV016, SV022, SV001, SV018
CV034 The main reason not to issue a buy today is disclosure quality rather than disbelief in SpinQ’s technology, product breadth, or market relevance. SV012, SV013, SV014, SV015, SV024, SV028, SV036
CV035 The most defensible current recommendation is track / research-more rather than buy. SV019, SV023, SV025, SV034
CV036 Confidence should be medium because financing scale, deployment breadth, and technical ambition are real, but price support still relies partly on inference rather than audited evidence. SV001, SV003, SV009, SV020, SV032
CV037 Risk rating should remain high because capital intensity, disclosure thinness, export or policy sensitivity, and commercialization uncertainty can all hit valuation at the same time. SV001, SV019, SV022, SV023, SV030
CV038 The right valuation stance is fair-to-stretched: plausible in the low-unicorn to low-mid-unicorn band, stretched much above that absent stronger evidence. SV021, SV027, SV028, SV032
CV039 The thesis breaks if private diligence reveals weak revenue quality, little recurring cloud or software uptake, or meaningfully weaker industrial backlog than the narrative implies. SV029, SV030, SV031, SV032
CV040 The thesis also breaks if late-stage terms reveal heavy liquidation preferences, ratchets, or governance constraints that make the headline valuation poor economics for new investors. SV004, SV022
CV041 Upgrade conditions are audited FY2025/FY2026 financials, segment revenue and gross-margin bridges, named industrial backlog, cloud monetization proof, and full cap-table / preference disclosure. SV001, SV012, SV013, SV014, SV029, SV030
CV042 Bottom line: SpinQ deserves serious investor attention as a rare Chinese full-stack quantum platform, but current public evidence supports disciplined tracking rather than aggressive premium underwriting. SV001, SV009, SV019, SV024, SV028
来源
编号出版方标题引文
SO001 SpinQ Bring Quantum Computer to Life | About SpinQ Founded in 2018, SpinQ Technology Inc. is a one-stop solution provider dedicated to the industrialization and popularization of quantum computing.
SO002 SpinQ Quantum Computer Company & Practical Computing Solutions | SpinQ Driven by both technology R&D and commercialization.
SO003 量旋科技 量子计算机公司-量子芯片公司-量旋科技 量旋科技成立于2018年,是一家致力量子计算产业化和普惠化的一站式解决方案服务商。
SO004 SpinQ Superconducting Quantum Computers Products & Services & Chips Provider | SpinQ SPINQ offers a full-stack product ecosystem including superconducting quantum computers, algorithms, and software.
SO005 SpinQ Make Quantum Education Easier: NMR Quantum Computers Products & Services | SpinQ The SPINQ Education Grade NMR quantum computer series is based on the principles of nuclear magnetic resonance quantum computing.
SO006 SpinQ SPINQ SQC Superconducting Quantum Computer | Practical quantum computing physics platform supports parametric quantum logic gates and quantum error-correction encoding and can be configured with up to 103 superconducting qubits.
SO007 量旋科技 量子超导计算机-大熊座超导量子计算机-量旋科技 可配置多达103个超导量子比特,助力用户在生物医药、材料科学、金融科技和人工智能等领域中进行探索。
SO008 SpinQ Online Quantum Experiment Platform & Software | SpinQ Online Quantum Experiment Platform & Software.
SO009 SpinQ Private Quantum Cloud Platform Deployment Services | SPINQ Private Quantum Cloud Platform Deployment Services.
SO010 SpinQ SPINQit | Quantum Computing Programming Framework SPINQit | Quantum Computing Programming Framework.
SO011 SpinQ SPINQ Gemini Mini series | 2-qubit NMR portable quantum computer 2-qubit NMR portable quantum computer.
SO012 SpinQ SPINQ Triangulum | 3-qubit desktop NMR quantum computer 3-qubit desktop NMR quantum computer.
SO013 SpinQ SPINQ Gemini Lab | Quantum Computing Experimental Platform Quantum Computing Experimental Platform.
SO014 SpinQ SpinQ Technology Secures nearly 1 Billion Chinese Yuan in SeriesC+ Funding to Scale Industrial Quantum Computing the successful completion of its 600 million Chinese Yuan Series C+ financing round. This milestone brings the company’s total Series C funding to nearly 1 billion Chinese Yuan within just three months.
SO015 SpinQ SpinQ Raises Hundreds of Millions in Series C to Accelerate Superconducting Quantum Computing Commercialization completed a Series C funding round of hundreds of millions of RMB.
SO016 SpinQ Chinese Quantum Unicorn SpinQ Raises RMB 1 Billion in Series D Financing to Advance Fault-Tolerant Quantum Computing SpinQ... has completed a RMB 1 billion Series D financing round, bringing its total funding raised over the past six months to RMB 2 billion.
SO017 SpinQ China's First! SpinQ Technology Successfully Completes Overseas Delivery of Superconducting Quantum Computer successfully completes overseas delivery of superconducting quantum computer.
SO018 Quantum Computing Report SpinQ Technology Secures 1 Billion CNY ($145.3M USD) Series C Funding to Expand Superconducting and NMR Hardware Lines In Q1 2026, SpinQ reported an 80% year-over-year increase in order volume, with superconducting business now accounting for 65% of its total revenue.
SO019 The Quantum Insider SpinQ Raises RMB 1 Billion to Advance Fault-Tolerant Quantum Computing SpinQ has completed a RMB 1 billion Series D funding round... bringing its total fundraising over the past six months to RMB 2 billion.
SO020 HPCwire SpinQ Closes $147M Series D to Advance Fault-Tolerant Quantum Computing SpinQ, a leading quantum computing company in China, has completed a RMB 1 billion Series D financing round.
SO021 36Kr Europe 36Kr Exclusive: Shenzhen Quantum Computing Firm Secures Series C+ Financing, Raises Nearly 1B Yuan in 3 Months, Achieves Large-Scale Profitability R & D personnel account for over 70% of the total.
SO022 Seedtable SpinQ — Funding, Investors & Team SpinQ Technology designs and manufactures quantum computers and quantum computing software.
SO023 Seedtable SpinQ Raises 140.0M USD in Series D Funding SpinQ (量旋科技) has closed an RMB 1 billion (about $140 million) Series D.
SO024 FreshFromChina Quantum Computing Gets Serious: SpinQ Lands ¥600 Million in Series C+ Round While Gearing Up for IPO SpinQ... completed a Series C+ funding round of ¥600 million RMB, bringing its total Series C funding to nearly ¥1 billion RMB, and is simultaneously launching a Pre-IPO financing round.
SO025 PostQuantum China's 15th Five-Year Plan Makes Quantum an Industrial Imperative — Not Just a Research Priority China’s quantum strategy is now an industrial imperative, not just a research priority.
SO026 PostQuantum China's Quantum Computing Hardware: The Core Capability the West Keeps Misjudging Hardware capability and manufacturing integration are central to China's quantum trajectory.
SO027 Impact Quantum SpinQ Closes Series C Round: China’s Quantum Powerhouse Leads the Move from Lab to Market SpinQ’s momentum fits into a 2026 industry-wide pivot from possibility to practicality.
SM001 SpinQ Quantum Computing Solutions for Quantum Education | SpinQ We offer a one-stop “equipment + resources + empowerment” solution for universities, K12 schools, and science outreach institutions.
SM002 SpinQ Quantum Computing Solutions for Finance | SpinQ Quantum computing has a wide range of application scenarios in fintech, including portfolio optimization, risk management and predictive modeling.
SM003 SpinQ Quantum Computing Solutions for Biomedicine | SpinQ Applications of quantum computing in the biomedical field include gene sequencing, drug discovery, and disease modeling.
SM004 SpinQ Quantum Computing Solutions for AI | SpinQ Quantum machine learning is an emerging field that takes advantage of quantum computing to improve the performance of traditional artificial intelligence.
SM005 量旋科技 量子教育-量子教育行业一体化解决方案-量旋科技 面向高校、中小学和科普机构的一站式量子教育解决方案。
SM006 量旋科技 商用量子计算机-商用量子计算机金融行业解决方案-量旋科技 量子计算在金融科技中可用于投资组合优化、风险管理和预测建模。
SM007 量旋科技 生物量子计算机-量子生物医疗解决方案-量旋科技 量子计算可用于基因测序、药物研发和疾病建模。
SM008 量旋科技 智能量子计算机-量子人工智能解决方案-量旋科技 量子机器学习可用于计算机视觉、自然语言处理、强化学习和推荐系统。
SM009 SpinQ Quantum Cloud: Unraveling the Future of Computing | SpinQ Quantum cloud broadens access to real quantum resources.
SM010 SpinQ Cloud-Based Quantum Computing: How it Works? | SpinQ Cloud-based quantum computing lowers infrastructure barriers for users.
SM011 SpinQ Introduction to Quantum Cloud Computing and Its Benefits | SpinQ Quantum cloud computing gives broader user access without owning hardware.
SM012 SpinQ 9 Real-World Quantum Computing Applications | SpinQ Real-world applications include finance, drug discovery, and AI-related workflows.
SM013 SpinQ Quantum Computing Funding Events: How Industry Support and SpinQ Drive Innovation | SpinQ Industry support and funding events are accelerating quantum commercialization.
SM014 The Quantum Insider China's Quantum Sector Sees Investment Surge as Larger Funding Rounds Return The 15th Five-Year Plan designates quantum as the country’s top future industry and larger-scale capital has returned.
SM015 The Quantum Insider Top Chinese Quantum Computing Companies in 2026 China’s quantum industry reached 11.56 billion yuan in 2025, with annual growth rates exceeding 30%.
SM016 IMARC Group China Quantum Computing Market Size, Share, Trends and Forecast by Offering, Deployment, Application, End User, and Region, 2026-2034 The China quantum computing market size reached USD 258.64 Million in 2025 and is projected to reach USD 3,564.24 Million by 2034.
SM017 McKinsey & Company Quantum Technology Monitor 2026 Quantum technology is becoming strategically relevant as commercialization accelerates.
SM018 Entangled Future Quantum Computing in China: Companies, Programs and Progress 2026 China has built the world’s second-largest quantum computing ecosystem through sustained state investment and coordinated national programs.
SM019 Bird & Bird Quantum Computing Laws and Regulations 2026 – China By 2026, China targets a quantum computing measurement-and-control system capable of supporting at least 1,000 qubits.
SM020 Global Legal Insights Quantum Computing Laws and Regulations 2026 | China Public funding and state-owned enterprises have stepped in as the primary sources of funding and financing for quantum computing in China.
SM021 PostQuantum China's 15th Five-Year Plan Makes Quantum an Industrial Imperative — Not Just a Research Priority China’s quantum strategy is now an industrial imperative, not just a research priority.
SM022 PostQuantum China's Quantum Computing Hardware: The Core Capability the West Keeps Misjudging Hardware and manufacturing capability sit at the center of China’s quantum strategy.
SM023 Quantum Computing Report SpinQ Technology Secures 1 Billion CNY ($145.3M USD) Series C Funding to Expand Superconducting and NMR Hardware Lines SpinQ reported an 80% year-over-year increase in order volume in Q1 2026.
SM024 Seedtable SpinQ — Funding, Investors & Team SpinQ released the world’s first desktop NMR quantum computer and the quantum computing cloud platform Taurus.
SM025 FreshFromChina Quantum Computing Gets Serious: SpinQ Lands ¥600 Million in Series C+ Round While Gearing Up for IPO SpinQ covers everything from basic research to industrial application and hardware to software.
SP001 SpinQ Quantum Computer Company & Practical Computing Solutions | SpinQ Driven by both technology R&D and commercialization.
SP002 SpinQ Superconducting Quantum Computers Products & Services & Chips Provider | SpinQ SPINQ offers a full-stack product ecosystem including superconducting quantum computers, algorithms, and software.
SP003 SpinQ Make Quantum Education Easier: NMR Quantum Computers Products & Services | SpinQ Educational Grade NMR quantum computers.
SP004 Origin Quantum Origin Quantum | Making Quantum Computing Accessible Making quantum computing accessible.
SP005 Origin Quantum Origin WuKong 180 - 4th Gen Superconducting Quantum Computer 4th Gen Superconducting Quantum Computer.
SP006 Quantinuum Quantinuum | Accelerating Quantum Computing 150+ organizations building on Nexus.
SP007 Quantinuum Our Trapped Ion Quantum Computers Hardware-as-a-Service provides access on-premise, in the cloud, or both.
SP008 IonQ IonQ: Trapped Ion Quantum Computing Company The only full-stack quantum platform.
SP009 IonQ IonQ Achieves $130.0 Million of GAAP Revenues, Beating Guidance by 20% Reported $130.0 Million of Annual Revenue.
SP010 IonQ IonQ - Annual reports Annual reports.
SP011 Rigetti Quantum Computing | Rigetti Computing Our 9-qubit QPU is ready to ship today.
SP012 IBM IBM Quantum Computing | Home IBM Quantum is a full-stack quantum computing provider.
SP013 D-Wave Quantum Computing Applications | Real Commercial Use Cases & Solutions A dual-platform quantum approach.
SP014 The Quantum Insider Top Chinese Quantum Computing Companies in 2026 SpinQ operates across two distinct product lines – desktop NMR systems and the Ursa Major series of superconducting quantum computers.
SP015 The Quantum Insider China's Quantum Sector Sees Investment Surge as Larger Funding Rounds Return Capital has moved toward specialist quantum startups with clearer hardware roadmaps and, increasingly, commercial revenue.
SP016 Entangled Future Quantum Computing in China: Companies, Programs and Progress 2026 SpinQ has carved out a distinctive market position by building portable, desktop-scale quantum computers for education and research.
SP017 Quantum Computing Report SpinQ Technology Secures 1 Billion CNY ($145.3M USD) Series C Funding to Expand Superconducting and NMR Hardware Lines SpinQ is a rare outlier due to its simultaneous mastery of both superconducting and NMR technologies.
SP018 MarketBeat How the 3 Leading Quantum Firms Stack Up After Q1 Earnings IonQ, Rigetti, and D-Wave all face some shared challenges going forward.
SP019 CompaniesMarketCap IonQ (IONQ) - Market capitalization As of August 2026 IonQ has a market cap of $15.88 Billion USD.
SP020 CompaniesMarketCap Rigetti Computing (RGTI) - Market capitalization As of August 2026 Rigetti Computing has a market cap of $5.20 Billion USD.
SP021 CompaniesMarketCap IBM (IBM) - Market capitalization IBM market capitalization source.
SP022 CB Insights SpinQ - Products, Competitors, Financials, Employees, Headquarters Locations SpinQ’s competitors include IQM.
SP023 Seedtable SpinQ — Funding, Investors & Team SpinQ released the world’s first desktop NMR quantum computer and the quantum computing cloud platform.
SP024 Global Legal Insights Quantum Computing Laws and Regulations 2026 | China Government procurement shall procure domestic goods, works, and services except in limited circumstances.
SP025 Quantinuum Honeywell Announces $600 Million Capital Raise For Quantinuum at $10b Pre-Money Equity Valuation $600 million capital raise at a $10 billion pre-money valuation.
SI001 SpinQ Quantum Computer Company & Practical Computing Solutions | SpinQ Driven by both technology R&D and commercialization.
SI002 SpinQ Quantum Computer Company & Practical Computing Solutions | SpinQ Driven by both technology R&D and commercialization.
SI003 SpinQ Quantum Computer Company & Practical Computing Solutions | SpinQ (CN About) 一站式解决方案服务商。
SI004 SpinQ Superconducting Quantum Computers Products & Services & Chips Provider | SpinQ Full-stack product ecosystem including superconducting quantum computers, algorithms, and software.
SI005 SpinQ Industrial superconducting quantum computer services | SpinQ CN 产业级超导量子计算机产品。
SI006 SpinQ NMR Quantum Products | SpinQ Educational Grade NMR quantum computers.
SI007 SpinQ Series C round announcement Accelerate superconducting quantum computing commercialization.
SI008 SpinQ Series C follow-on announcement Secures nearly one billion Chinese yuan in Series C.
SI009 SpinQ Series D financing announcement Raises RMB 1 billion in Series D financing.
SI010 SpinQ SpinQ overseas delivery news Successfully completes overseas delivery of superconducting...
SI011 SpinQ Gemini Mini | 2-qubit portable NMR quantum computer Portable quantum computing device for teaching and demonstration.
SI012 SpinQ Triangulum | 3-qubit desktop NMR quantum computer 3-qubit desktop NMR quantum computer.
SI013 SpinQ Gemini Lab experimental platform Quantum computing experimental platform.
SI014 SpinQ Private quantum cloud deployment service Customized and secure private online quantum environment.
SI015 SpinQ SpinQit programming framework Supports Python, Qiskit syntax, and multiple execution platforms.
SI016 SpinQ Quantum computing cloud platform Online quantum experiment platform and cloud services.
SI017 ChinaVenture 量旋科技完成10亿元D轮融资 半年累计融资额达20亿元。
SI018 ChinaTechNews China’s Quantum Tech Sector Sees Capital Surge as State Funds and Startups Accelerate Growth Fault-tolerant quantum computing remains in an early operational phase, requiring sustained capital input.
SI019 Quantum Computing Report SpinQ Closes RMB 1 Billion (~$147 million USD) Series D Capitalization to Scale Fault-Tolerant Superconducting Quantum Computing Platforms Total capital raised over a six-month window to RMB 2 billion.
SI020 The Quantum Insider SpinQ Raises RMB 1 Billion to Advance Fault-Tolerant Quantum Computing Raises RMB 1 billion.
SI021 HPCwire SpinQ Closes $147M Series D to Advance Fault-Tolerant Quantum Computing Closes $147M Series D.
SI022 Quantum Computing Report SpinQ Technology Secures 1 Billion CNY ($145.3M USD) Series C Funding to Expand Superconducting and NMR Hardware Lines Expand superconducting and NMR hardware lines.
SI023 IonQ IonQ Achieves $130.0 Million of GAAP Revenues, Beating Guidance by 20% Cash, cash equivalents, and investments as of December 31, 2025 of $3.3 Billion.
SI024 IonQ IonQ annual reports Annual reports.
SI025 MarketBeat How the 3 Leading Quantum Firms Stack Up After Q1 Earnings Rigetti reported $4.4 million in revenue and ended Q1 with about $569 million in cash.
SE001 SpinQ SpinQ homepage Driven by both technology R&D and commercialization.
SE002 SpinQ SpinQ about us 一站式解决方案服务商。
SE003 SpinQ Superconducting quantum products Full-stack product ecosystem including superconducting quantum computers, algorithms, and software.
SE004 SpinQ NMR quantum products Educational Grade NMR quantum computers.
SE005 SpinQ Quantum cloud platform 线上量子实验平台和量子计算机云服务。
SE006 SpinQ Private quantum cloud services 可以完全独立于公有云厂商,搭建专属、安全、私有化的线上环境。
SE007 SpinQ SpinQit programming framework 支持使用Python进行高级语言编程,同时兼容Open QASM2.0和Qiskit语法。
SE008 SpinQ Gemini Mini 2比特便携式核磁量子计算机。
SE009 SpinQ Triangulum 3比特桌面型核磁量子计算机。
SE010 SpinQ Gemini Lab 量子计算实验平台。
SE011 SpinQ SpinQ privacy policy link surface 您访问的页面地址有误,或者该页面不存在。
SE012 SpinQ SpinQ user agreement link surface 您访问的页面地址有误,或者该页面不存在。
SE013 PyPI spinqit · PyPI spinqit 0.2.4; Released Apr 1, 2026; Development Status 4 - Beta.
SE014 SpinQ SpinQ overseas delivery of superconducting system Successfully completes overseas delivery of superconducting...
SE015 Quantum Computing Report SpinQ Series D platform scaling article 25-qubit and 103-qubit superconducting quantum processing units (QPUs).
SE016 The Quantum Insider Top Chinese Quantum Computing Companies in 2026 SpinQ operates across two distinct product lines – desktop NMR systems and the Ursa Major series of superconducting quantum computers.
SE017 Quantinuum Helios 98 fully-connected qubits; 50 logical qubits; 99.921% two-qubit gate fidelity.
SE018 IonQ Our trapped ion technology All-to-all connectivity and 100+ qubit system potential on one hardware design.
SE019 IBM IBM Quantum hardware and roadmap IBM Quantum Starling is planned for 2029 with 200 logical qubits.
SE020 Rigetti Building scalable, innovative quantum systems Fab-1 is a captive quantum integrated circuit foundry.
SE021 D-Wave Annealing & Gate-Model Quantum Computing Systems The Advantage2 system is available through the Leap quantum cloud service or on-premises deployment.
SE022 Origin Quantum Origin Wukong 180 4th Gen Superconducting Quantum Computer.
SE023 Quantum Computing Report SpinQ Series C hardware line expansion Expand superconducting and NMR hardware lines.
SE024 ChinaTechNews China quantum sector capital surge article Domestic industry analysts cite ongoing challenges, including a dependence on imported components for certain upstream hardware.
SE025 IBM Quantum IBM Quantum computing home Trusted by 300+ clients and partners.
SU001 SpinQ UNAM educational quantum computer delivery The two SpinQ Gemini Mini Pros are now in use at the UNAM School of Engineering.
SU002 CB Insights SpinQ Customers SpinQ's customers include The University of Western Australia, Oslo Metropolitan University, and The Bandung Institute of Technology.
SU003 SpinQ Applications of Quantum Computing: SpinQ's Role in Democratizing Quantum Technologies Customers spanning over 40 countries.
SU004 36Kr Europe SpinQ Technology secures Series B after first overseas delivery of whole superconducting quantum computer in China It has provided quantum education products and services to more than 200 universities and middle schools around the world.
SU005 SpinQ About SpinQ Products sold in 40+ countries.
SU006 GDToday China's 1st exported superconducting quantum chip born in Shenzhen Selling quantum computing products to clients across five continents.
SU007 Quantum Computing Report SpinQ Series D platform scaling article Academic networks spanning more than 40 countries and regions worldwide.
SU008 SpinQ Quantum education solution CN 量子教育行业一体化解决方案。
SU009 SpinQ Fintech solution CN 商用量子计算机金融行业解决方案。
SU010 Global Legal Insights Quantum Computing Laws and Regulations 2026 | China Government procurement shall procure domestic goods, works, and services except in limited circumstances.
SU011 ChinaTechNews China’s Quantum Tech Sector Sees Capital Surge as State Funds and Startups Accelerate Growth Fault-tolerant quantum computing remains in an early operational phase.
SU012 SpinQ Contact us CN 中国大陆地区 and overseas sales contact surfaces.
SU013 SpinQ Contact Us | SpinQ Contact surface for global inquiries.
SU014 SpinQ Gemini Lab CN 量子计算实验平台。
SU015 SpinQ Gemini Mini CN Portable quantum computing device for teaching and demonstration.
SU016 SpinQ Triangulum CN 3-qubit desktop NMR quantum computer.
SU017 SpinQ SpinQit programming framework Supports local hardware, simulators, and cloud platforms.
SU018 SpinQ Private quantum cloud services Private, secure online environment for customers.
SU019 Seedtable SpinQ company profile Research, education, and industry focus.
SU020 The Quantum Insider Top Chinese Quantum Computing Companies in 2026 Products exported to more than 40 countries and over 200 institutions.
SU021 SpinQ Quantum Computer Company & Practical Computing Solutions Practical quantum computing solutions.
SU022 SpinQ Quantum cloud platform 线上量子实验平台和量子计算机云服务。
SU023 SpinQ NMR quantum products Educational Grade NMR quantum computers.
SU024 SpinQ Overseas superconducting delivery news Successfully completes overseas delivery of superconducting...
SU025 CB Insights SpinQ overview profile Customers include The University of Western Australia, Oslo Metropolitan University, The Bandung Institute of Technology and National Autonomous University of Mexico.
SU026 SpinQ SpinQ Series C scaling announcement on spinq.com Funding to scale industrial quantum computing.
SR001 SpinQ About SpinQ on spinq.com Bring Quantum Computer to Life.
SR002 SpinQ Applications blog on spinq.com Making quantum technologies accessible.
SR003 SpinQ Quantum Cloud blog Quantum Cloud: Unraveling the Future of Computing.
SR004 SpinQ Cloud-Based Quantum Computing: How it Works? Cloud-based quantum computing.
SR005 SpinQ Introduction to Quantum Cloud Computing and Its Benefits Benefits.
SR006 SpinQ 9 Real-World Quantum Computing Applications Real-world quantum computing applications.
SR007 SpinQ Quantum Computing Funding Events Industry support and SpinQ drive innovation.
SR008 SpinQ Contact Us on spinq.com Contact Us.
SR009 Global Legal Insights Quantum Computing Laws and Regulations 2026 | China Government procurement shall procure domestic goods, works, and services except in limited circumstances.
SR010 ChinaTechNews China’s Quantum Tech Sector Sees Capital Surge as State Funds and Startups Accelerate Growth Dependence on imported components... and tightened international technical cooperation.
SR011 SpinQ SpinQ privacy-policy link surface The page does not exist.
SR012 SpinQ SpinQ user-agreement link surface The page does not exist.
SR013 SpinQ UNAM customer deployment Educational quantum computers at UNAM.
SR014 CB Insights SpinQ Customers Customers include The University of Western Australia, Oslo Metropolitan University, and The Bandung Institute of Technology.
SR015 36Kr Europe SpinQ Technology secures Series B after first overseas delivery of whole superconducting quantum computer in China This year's revenue is expected to exceed 50 million yuan.
SR016 MarketBeat How the 3 Leading Quantum Firms Stack Up After Q1 Earnings All three also saw their share prices decline immediately following their reports.
SR017 Seedtable SpinQ company profile Research, education, and industry.
SR018 IonQ FY2025 financial results $130.0 million of annual revenue and $3.3 billion of cash.
SR019 Rigetti Building scalable, innovative quantum systems Building quantum computers combines advances in engineering, physics, computer science, and manufacturing.
SR020 IBM IBM Quantum hardware and roadmap Availability (% uptime) 97%.
SR021 Quantinuum Helios World’s most accurate quantum computer.
SR022 SpinQ SpinQit PyPI package Development Status 4 - Beta.
SR023 SpinQ Private quantum cloud services Dedicated, secure, private online environment.
SR024 SpinQ SpinQit programming framework Supports Python, Qiskit syntax, and multiple execution platforms.
SR025 Quantum Computing Report SpinQ Series D platform scaling article Fresh capital will be directed toward full-stack engineering and cleanroom process upgrades.
SR026 Bird & Bird Quantum Computing Laws and Regulations 2026 – China China is accelerating quantum computing under a strategic national policy framework.
SR027 PostQuantum China’s 15th Five-Year Plan and quantum China treats quantum as a strategic national priority.
SR028 PostQuantum China quantum computing hardware China is investing across the quantum-hardware stack.
SR029 D-Wave Annealing & Gate-Model Quantum Computing Systems The Advantage2 system is available through Leap or on-premises deployment.
SR030 IonQ Our trapped ion technology All-to-all connectivity and detailed architecture notes are published publicly.
SV001 SpinQ Chinese Quantum Unicorn SpinQ Raises RMB 1 Billion in Series D Financing to Advance Fault-Tolerant Quantum Computing SpinQ... has completed a RMB 1 billion Series D financing round, bringing its total funding raised over the past six months to RMB 2 billion.
SV002 Quantum Computing Report SpinQ Closes RMB 1 Billion (~$147 million USD) Series D Capitalization to Scale Fault-Tolerant Superconducting Quantum Computing Platforms Total capital raised over a six-month window to RMB 2 billion.
SV003 The Quantum Insider SpinQ Raises RMB 1 Billion to Advance Fault-Tolerant Quantum Computing SpinQ has completed a RMB 1 billion Series D funding round... bringing its total fundraising over the past six months to RMB 2 billion.
SV004 HPCwire SpinQ Closes $147M Series D to Advance Fault-Tolerant Quantum Computing SpinQ, a leading quantum computing company in China, has completed a RMB 1 billion Series D financing round.
SV005 CB Insights IQM vs SpinQ comparison IQM last raised $146M on 7/1/2026, while SpinQ last raised $147.22M on 6/30/2026; total raised was listed as $637.52M versus $256.94M.
SV006 CompaniesMarketCap D-Wave Quantum (QBTS) market capitalization As of August 2026 D-Wave Quantum has a market cap of $6.32 Billion USD.
SV007 MarketBeat D-Wave Quantum (QBTS) Stock Price, News & Analysis Market capitalization $6.28 billion; annual sales $24.59 million; price / sales 255.58; insiders sold more stock than they bought.
SV008 Rigetti SEC Filings | Rigetti & Co, LLC The investor relations site lists annual, quarterly, current, proxy, and registration filings across multiple years.
SV009 MarketBeat IonQ (IONQ) Stock Price, News & Analysis Market capitalization $14.93 billion; annual sales $130.02 million; price / sales 114.81.
SV010 MarketBeat Rigetti Computing (RGTI) Stock Price, News & Analysis Market capitalization $5.20 billion; annual sales $7.09 million; price / sales 733.92; insiders sold more stock than they bought.
SV011 Quantinuum Honeywell Announces $600 Million Capital Raise For Quantinuum at $10b Pre-Money Equity Valuation $600 million capital raise at a $10 billion pre-money valuation.
SV012 IonQ IonQ Achieves $130.0 Million of GAAP Revenues, Beating Guidance by 20% Reported $130.0 Million of Annual Revenue.
SV013 IonQ IonQ - Annual reports Annual reports.
SV014 IonQ IonQ quarterly results IonQ maintains an investor-relations quarterly results archive and financial summary table.
SV015 MarketBeat How the 3 Leading Quantum Firms Stack Up After Q1 Earnings IonQ, Rigetti, and D-Wave all face some shared challenges going forward.
SV016 SpinQ SpinQ Series C scaling announcement on spinq.com Funding to scale industrial quantum computing.
SV017 SpinQ SpinQ Raises Hundreds of Millions in Series C to Accelerate Superconducting Quantum Computing Commercialization completed a Series C funding round of hundreds of millions of RMB.
SV018 36Kr Europe 36Kr Exclusive: Shenzhen Quantum Computing Firm Secures Series C+ Financing, Raises Nearly 1B Yuan in 3 Months, Achieves Large-Scale Profitability R & D personnel account for over 70% of the total.
SV019 ChinaTechNews China’s Quantum Tech Sector Sees Capital Surge as State Funds and Startups Accelerate Growth Fault-tolerant quantum computing remains in an early operational phase, requiring sustained capital input.
SV020 Seedtable SpinQ — Funding, Investors & Team SpinQ Technology designs and manufactures quantum computers and quantum computing software.
SV021 Seedtable SpinQ Raises 140.0M USD in Series D Funding SpinQ (量旋科技) has closed an RMB 1 billion (about $140 million) Series D.
SV022 FreshFromChina Quantum Computing Gets Serious: SpinQ Lands ¥600 Million in Series C+ Round While Gearing Up for IPO SpinQ... completed a Series C+ funding round of ¥600 million RMB, bringing its total Series C funding to nearly ¥1 billion RMB, and is simultaneously launching a Pre-IPO financing round.
SV023 Impact Quantum SpinQ Closes Series C Round: China’s Quantum Powerhouse Leads the Move from Lab to Market SpinQ’s momentum fits into a 2026 industry-wide pivot from possibility to practicality.
SV024 量旋科技 量子计算机公司-量子芯片公司-量旋科技 量旋科技成立于2018年,是一家致力量子计算产业化和普惠化的一站式解决方案服务商。
SV025 SpinQ Quantum Computer Company & Practical Computing Solutions | SpinQ Driven by both technology R&D and commercialization.
SV026 CB Insights SpinQ - Products, Competitors, Financials, Employees, Headquarters Locations SpinQ’s competitors include IQM.
SV027 SpinQ Make Quantum Education Easier: NMR Quantum Computers Products & Services | SpinQ The SPINQ Education Grade NMR quantum computer series is based on the principles of nuclear magnetic resonance quantum computing.
SV028 SpinQ Superconducting Quantum Computers Products & Services & Chips Provider | SpinQ SPINQ offers a full-stack product ecosystem including superconducting quantum computers, algorithms, and software.
SV029 SpinQ Quantum computing cloud platform Online quantum experiment platform and cloud services.
SV030 SpinQ Private quantum cloud deployment service Customized and secure private online quantum environment.
SV031 SpinQ SpinQit programming framework Supports Python, Qiskit syntax, and multiple execution platforms.
SV032 CB Insights SpinQ Customers SpinQ's customers include The University of Western Australia, Oslo Metropolitan University, and The Bandung Institute of Technology.
SV033 SpinQ UNAM educational quantum computer delivery The two SpinQ Gemini Mini Pros are now in use at the UNAM School of Engineering.
SV034 CompaniesMarketCap IonQ (IONQ) market capitalization As of August 2026 IonQ has a market cap of $15.88 Billion USD.
SV035 CompaniesMarketCap Rigetti Computing (RGTI) market capitalization As of August 2026 Rigetti Computing has a market cap of $5.20 Billion USD.
SV036 IonQ IonQ SEC filings IonQ maintains an investor-relations SEC filings page alongside annual reports and quarterly results.
SV037 Nasdaq IonQ, Inc. Common Stock (IONQ) IonQ, Inc. Common Stock (IONQ). Real-time bid and ask information is powered by Nasdaq Basic.