初创公司尽调
尽调报告 Quantum Computing Hardware / Software Infrastructure late-stage private 2026-07-28

Pasqal

欧洲中性原子量子平台,已有真实客户验证和工业化规模信号,但在当前估值下,经济性仍要经受严苛检验

Pasqal 是欧洲最可信的量子计算平台之一,但当前 ~$2B 估值要变得有吸引力,还需要拿出明显更多收入、续约和生产级落地证据。

封面要素

最新私人市场估值 01
2000 USD M [CV001]
2025 年商业收入 02
16.5 EUR M [CV003]
已部署 / 在产 QPU 04
7 installed / 3 in production systems [CV004]
客户 / 合作伙伴覆盖 05
40 accounts [CV004]

公司概况

Pasqal 是一家法国量子计算公司,正在商业化中性原子处理器,同时提供面向优化、仿真和混合 HPC 工作流的云与软件栈。公开材料显示,公司采用分层模式,覆盖 QPU 销售、云访问、联合开发和合作伙伴驱动的集成,并已在金融、能源以及主权 / HPC 场景拿到具名客户验证。公司已筹集大量资本,在 2026 年 6 月投资者材料中披露 2025 年商业收入为 €16.5M,并在扩大法国工业产能的同时推进上市路径。

官网
www.pasqal.com
成立时间
2019-01-01
创始人
Georges-Olivier Reymond, Alain Aspect, Antoine Browaeys
创立地点
Palaiseau / Massy, France
总部
Palaiseau, France
产品
Pasqal 销售中性原子量子处理单元、云访问、脉冲级编程工具、仿真能力,以及面向优化和仿真工作负载的混合 HPC 集成接口。
客户
大型企业、主权 / HPC 中心、研究机构,以及金融、能源、航空航天和工业 R&D 中技术能力较强的团队。
商业模式
直接销售 QPU、云访问 / QCaaS 使用、联合开发项目,以及合作伙伴主导的工作流集成。
阶段
late-stage private
融资情况
2026 年 3 月至少 €340M 的融资包,伴随拟议上市流程;官方材料还称私人融资总额超过 $300M。
[CO002, CO003, CO005, CO006, CO010, CO024, CI023, CE001]

执行摘要

主要优势

  • 中性原子差异化,加上模拟与数字可编程能力,让 Pasqal 有了可信的技术楔子,而不只是泛泛的量子硬件故事。
  • 金融、能源、主权 / HPC 场景中已有具名客户证据;放在同阶段前沿 deep-tech 公司里,这份证据更硬。
  • 2026 年融资、工业产能计划和已安装 QPU 足迹显示,公司已经越过只停留在实验室愿景的阶段。

主要风险

  • 相对已披露经济性,当前估值要求很高;公开可见的 2025 商业收入只有 €16.5M。
  • 客户质量披露仍薄:续约、集中度、单位经济性、真实试点转生产转化,大多仍不透明。
  • 上市过渡期一旦执行滑坡,制造扩产、商业化节奏和战略技术监管会相互叠加。

未决问题

  • 经审计的 2026 收入、订单、积压、毛利率和烧钱披露仍未公开。
  • 头部客户集中度、续约和生产阶段账户数量未公开披露。
  • 可转债条款、完全摊薄后股权结构结果和上市公司稀释机制需要更细建模。
  • 产品可靠性、正常运行时间历史,以及与同行标准化基准的可比性,在保留的公开资料中仍不完整。

目录

Chapter 01

01公司概览

1.1 身份、总部与平台范围

Pasqal 当前的公开定位,远不只是一个泛泛的「量子初创公司」标签。它在官网首页、关于页面、技术页面、Microsoft 提供商文档和 IBM 合作伙伴材料中,都把自己呈现为全栈中性原子量子计算供应商,而不是单一实验室项目。核心叙事很一致:Pasqal 用光镊捕获有序排列的铷原子来制造处理器,在其上叠加可上云的软件,并试图把这套栈转化为优化、仿真和 AI 相邻工业用例中的实用工作流。官方技术页比许多深科技公司网站走得更远,明确解释公司为何把该架构视为模拟和数字双模式、室温运行、并且设计上要接入高性能计算环境,而不只是停留在孤立实验室演示。 身份和足迹数据也比许多私有深科技同业更扎实。Pasqal 当前地址列为 24 rue Emile Baudot, 91120 Palaiseau,公司现在把该地点标为全球总部,同时还公布了位于 Riyadh、Boston 和 Seoul 的 MENA、北美和 APAC 总部,并在加拿大 Sherbrooke 设有据点。因此,在留存的 2026 年材料里,Palaiseau——而不是 Massy——是最有依据的总部标签,尽管两者都处在更大的 Essonne / Paris-Saclay 圈层内。同一批官方页面也显示,这家公司销售硬件、云访问、仿真和软件,而不是只讲未来科学故事;这为后文估值和客户章节提供了重要背景。[CO001, CO002, CO003, CO004, CO007, CO008]

快照 KPI 表
指标数值 / 状态日期置信度缺口
总部24 rue Emile Baudot, 91120 Palaiseau, France;官方材料多次称总部在法国 / Palaiseau当前公开来源没有完全调和较早的巴黎周边描述(如 Massy)与当前 Palaiseau 地址之间的差异。
成立2019;公司源自 Institut d’Optique 研究历史留存来源集未披露原始公司注册文件。
领导层Wasiq Bokhari 现任 CEO;Georges-Olivier Reymond 现为首席战略联盟官2026需要带日期的董事会决议或股权结构通知,才能精确映射每次交接。
最新融资至少 €340M 预计:€170M 股权轮,加约 €170M 已承诺可转融资2026-03-04需要最终交割金额,以及初始公告之后的任何修订。
估值 / 上市路径~$2.0B 估值;目标 2026 年登陆 Nasdaq,并为 2026 或 2027 年 Euronext 做准备2026-03 至 2026-07最终上市时间和任何重新定价取决于监管批准和市场环境。
累计融资官方材料称累计私人融资 >$300M;交易总收益只有在计入 SPAC 信托现金和 Pasqal 资产负债表现金后才可能超过 $600M2026 年审查需要一张调和后的全生命周期一级资本明细,避免把融资与合并收益混在一起。
员工数官方称员工超过 275 人;Tracxn 估计截至 2026 年 6 月有 301 名员工2026-03 至 2026-06需要按法人实体和地理区域拆分的 HR 员工数。
客户 / 合作伙伴数量官方 2026 年融资材料和 CA-CIB 材料称客户和合作伙伴超过 25 个;当前技术页面称全球客户 40+2026客户、合作伙伴和更宽客户数量之间的定义并不一致。
已部署系统已部署 7 台量子计算机;另有 3 台在产;法国和加拿大合计潜在爬坡至每年 13 台 QPU2026-03-04需要出货清单、验收状态和按机器拆分的利用率。

快照综合公司官方、合作伙伴、申报文件和第三方来源;客户数量、员工数和累计资本数字在不同来源中的定义不一,因此不能视为完全可比。

[CO002, CO003, CO004, CO011, CO012, CO015]
FO002: 公司快照逻辑

Pasqal 把中性原子硬件、软件、企业工作流、战略客户和主权资本串在一起。

[CO007, CO008, CO009, CO026, CO032, CO033]
FO003: 关键指标快照

Pasqal 公开阶段、部署规模和披露质量的快速读数。

员工数、客户数和累计融资数据在公开来源之间并非完全同口径,因此以区间或配对指标展示。

[CO003, CO011, CO021, CO022, CO023, CO024]

1.2 创始人、领导层交接与治理

Pasqal 的创始叙事一半是科学,一半是运营公司。留存材料中证据最充分的创始人组合来自 IBM 和 2023 年融资材料:Georges-Olivier Reymond、Christophe Jurczak、Alain Aspect、Antoine Browaeys 和 Thierry Lahaye 于 2019 年基于 Institut d’Optique 的研究创立 Pasqal。Alain Aspect 的 2022 年诺贝尔奖仍是公司合法性故事的核心,但 2024 年到 2026 年间,运营领导层图景发生了实质变化。2024 年 IBM 材料仍引用 Georges-Olivier Reymond 的 CEO 表述,而 2026 年上市和客户合作材料引用的 CEO 已是 Dr. Wasiq Bokhari。Pasqal 自己的领导层页面称,Bokhari 于 2024 年 2 月出任董事长,2025 年 3 月成为执行董事长,随后担任 CEO;当前领导层名单则把 Reymond 放在首席战略联盟官职位,并让 Loïc Henriet 回到 CTO 席位。 这次高管重组并不小。TechCrunch 明确指出,它被「埋」在 SPAC 公告里;这意味着投资者不应假设公司在上市前仍保持创始人 CEO 的连续性。治理可见度仍然只是局部的:公开材料支持 Bpifrance 继续担任董事会角色、未来将有法国非执行主席,以及主权监督的重要战略地位,但没有公布完整的现任董事会委员会图谱,也没有披露新公众投资者最终拿到的权利包。SEC 材料加上 TNW 的反向解读表明,治理问题与法国外资审查规则和主权关切交织在一起,而不只是普通初创公司董事会动态。[CO005, CO006, CO010, CO011, CO012, CO013]

领导层与创始人表
人物 / 机构2026 年公开记录中的角色背景 / 重要性控制或影响力证据关键尽调问题
Dr. Wasiq Bokhari首席执行官MIT 训练的物理学家和深科技运营者,曾任职 Amazon 和 Google官方简介称,他从 2024 年董事长转为 2025 年执行董事长,再出任 CEO,目前负责战略、融资和增长索取 CEO 交接的准确日期、董事会批准材料,以及任何上市公司激励安排。
Dr. Georges-Olivier Reymond联合创始人兼首席战略联盟官早期融资和 IBM 公告中 Pasqal 的原始运营创始人和公开面孔2023 年曾任 CEO,2024 年末仍以 CEO 身份被引用;当前团队页将他调整至战略联盟澄清 Bokhari 接任后创始人留任、投票权和日常权限。
Prof. Antoine Browaeys联合创始人兼首席科学官顶尖中性原子科学家,也是公开技术可信度锚点当前领导层页面仍让他担任最高科学领导岗位确认从研究到产品的治理机制,以及科学优先级如何转化为商业化路线图。
Dr. Loïc Henriet 博士首席技术官此前被称为联席 CEO / 唯一 CEO;现已回到 CTO 角色TechCrunch 称 SPAC 公告实际上确认了回到 CTO 的人事调整要求一份带日期的高管角色变更时间线和继任逻辑。
Stéphane Rougeot(首席财务官)首席财务官2026 年团队页面上的现任财务负责人Pasqal 正在准备上市公司报告和资本市场流程,因此他的在位很关键索取经审计的 2025 年财务包和上市公司内控准备计划。
Bpifrance有董事会参与的战略股东公共投资机构自 2021 年起支持 Pasqal,并仍参与治理官方 2026 年融资新闻稿称 Bpifrance 继续留在董事会和股权结构中索取当前董事席位数量、观察员权利,以及任何否决权或保留事项。
法国外国投资制度外部治理约束法国法律将量子技术视为敏感行业Form F-4 称,非欧盟投资者若要跨过 25% 投票权,需要获得经济部批准;若股票在受监管市场交易,门槛为 10%建模评估该制度对未来融资、M&A 和股票流动性的影响。

各行覆盖 2026 年公开材料中可见的人物和治理机构;它不能替代完整董事会和委员会名单。

[CO010, CO011, CO012, CO013, CO014, CO015]

1.3 融资历史、上市路径与规模信号

Pasqal 2026 年 3 月融资是文件里最清晰的公开标记之一,但其周边总额比标题更容易被误读。官方公告称,Pasqal 完成了一轮 EUR 170 million 私募融资,并在业务合并相关安排中获得约另一个 EUR 170 million 的承诺可转换融资,预期融资总额至少 EUR 340 million。同一公告和同步 SPAC 新闻稿把公司估值定在约 $2.0 billion,并列出 2026 年先在 Nasdaq 初始上市、同时为 2026 年或 2027 年 Euronext Paris 上市做准备的计划。这些都是支撑充分的当前事实。没有同样清晰的是「累计融资」故事。官方材料还称 Pasqal 来自投资者的总融资超过 $300 million,而 SPAC 套件称本次交易可能带来超过 $600 million 的总收益,只是因为该数字把 Bleichroeder 信托现金和 Pasqal 自有资产负债表现金也与新融资一起纳入。 规模信号方向上很强,尽管经济性披露仍不完整。Pasqal 2026 年 3 月和 6 月官方材料称,公司员工超过 275 人,服务超过 25 个客户和合作伙伴;技术页现在宣称拥有 40 多个全球客户,Tracxn 则报告 2026 年 6 月员工数为 301 人。产品和上市材料还声称已部署 7 台量子计算机,另有 3 台在产,并且法国和加拿大设施合计有潜力把产能提升到每年 13 台 QPU。这些对一家私有深科技公司而言是有意义的运营信号,但不应被误认为已证明收入经审计后的耐久性或完整投资判断透明度。[CO021, CO022, CO023, CO027, CO028, CO029]

利益相关方 / 投资人地图
利益相关方角色重要性证据控制 / 经济重要性尽调问题
Temasek2023 年 Series B 领投方官方 Series B 材料确认 Temasek 为领投方支撑上市前大型机构背书确认当前持股比例、按比例跟投权和任何反稀释条款。
Bpifrance长期战略股东公开材料称 Bpifrance 自 2021 年起就是股东,并仍在董事会任职国资背景资本和治理影响力对主权与退出动态很关键确认董事会权利、持股比例,以及任何绑定法国战略利益的附函。
Parkway2026 年融资参与方2026 年 3 月融资稿将 Parkway 列入 €170M 私募轮代表上市前融资组合中的新增资本确认出资规模、证券类型,以及任何锁定或治理权。
Quanta Computer2026 年融资参与方2026 年融资公告点名该机构增加亚洲战略科技背书和潜在生态价值澄清该投资是否包含商业或供应链合作。
LG Electronics2026 年融资参与方,也是 2023 年材料中的历史客户名称在公开材料中既是投资人,也是一条具名企业关系可能把资本与战略商业意义结合起来要求披露收入暴露和商业依赖程度,如有。
CMA CGM2026 年融资参与方和具名客户显示纯财务投资人之外的工业 / 物流兴趣如果关系具有实质性,可能验证企业用例拉力询问该关系是试点、生产,还是战略赞助。
Saudi Aramco Entrepreneurship Ventures2026 年新闻稿中的持续投资人被列为持续投资人,并且有助于能源市场触达战略投资人,可能带来地缘政治和商业含义澄清持股、董事会权利,以及与 Aramco 企业用例的重合度。
Bleichroeder Acquisition Corp. IISPAC 合并交易对手方提供 Nasdaq 上市路径和交易包中的信托现金经济意义来自合并结构,而不是运营合作审查赎回风险、发起人经济利益、权证压力和最终交割条件。

投资人地图强调实质性影响所有权、商业化路径或上市机制的利益相关方,而不是每一个历史投资人。

[CO015, CO016, CO017, CO018, CO019, CO020]

1.4 里程碑、商业验证与反向解读

作为一家私有量子公司,Pasqal 的里程碑路径异常清晰。2023 年 Series B 资助公司从约 100 名员工继续扩张,并点名了覆盖金融、化工、汽车、航空航天、制药和防务相邻领域的广泛客户群。2024 年 IBM 合作随后把 Pasqal 从单独硬件故事重新框定为量子中心型超级计算工作流的参与者。2025 年,EDF 案例研究展示了在物理系统上运行的行业特定能源预测应用;2026 年 6 月,Crédit Agricole CIB 公开把双方关系从研究推进到 2026–2028 年工业化路线图。这些里程碑本身不能证明大规模、可重复收入,但确实说明 Pasqal 正在接触可信企业,而不只是发布实验室进展。 反向解读同样重要,因为公司在行业经济性尚未稳定前就要进入公开市场。TNW 2026 年 7 月对 Pasqal 申报文件的审阅强调,2025 年收入约 €16.5 million,却对应 $2 billion 价格标签,并突出管理层自己的披露:量子计算的商业牵引力可能永远无法充分出现。SEC 文件本身比大多数风投支持公司的新闻稿更直白,同时提到新兴技术风险,以及法国外资审查限制可能延迟或阻止重大的非欧盟所有权变更。由此得到的图景不是一家失灵的公司,而是一家具有战略重要性的公司;它在商业化风险完全出清前,就要求公众投资者为长期扩张买单。[CO005, CO006, CO018, CO023, CO028, CO031]

里程碑表
日期事件类型金额 / 状态参与方含义
2019-01-01Pasqal 源自 Institut d’Optique 研究并成立成立公司成立创始人包括 Georges-Olivier Reymond、Christophe Jurczak、Alain Aspect、Antoine Browaeys、Thierry Lahaye锚定后来融资和合作伙伴材料反复使用的科学源头叙事。
2023-01-23宣布 Series B 融资融资€100M 股权轮Temasek 与 EIC Fund、Wa’ed Ventures、Bpifrance、Quantonation、Defense Innovation Fund、Daphni、Eni Next为国际扩张提供资金,并推动 Pasqal 从研究主导形象走向规模化公司定位。
2024-06-06宣布 IBM 合作合作围绕以量子为中心的超级计算形成共同路径IBM 与 Pasqal验证 Pasqal 想接入异构 HPC 工作流,而不是只以独立技术路线竞争。
2024-11-21宣布扩大 IBM 合作合作倡议范围扩大IBM 与 Pasqal说明 HPC 集成策略具有连续性,而不是一次性公告。
2025-09-19发布 EDF 智能充电预测案例研究产品物理系统用例得到演示Pasqal、EDF、GENCI提供了能源预测中的具体工业工作负载,而不是泛泛承诺。
2026-03-04宣布上市前融资融资至少 €340M 预计Pasqal 以及新老投资人给 Pasqal 提供资金和可见度,使其能够尝试规模化转向公开市场。
2026-03-04宣布 SPAC 业务合并治理~$2.0B 估值;目标 2026 年下半年完成Pasqal 与 Bleichroeder Acquisition Corp. II打通 Nasdaq 路径,并正式确立双重上市野心。
2026-05-26向 SEC 提交 Form F-4监管提交注册声明Pasqal、Bleichroeder、SEC让上市计划从新闻稿进入有记录的风险和披露包。
2026-06-30Crédit Agricole CIB 合作走向产业化合作生产路线图最早瞄准 2028 年Crédit Agricole CIB 与 Pasqal释放出一个具名生产时间表下的金融用例信号。
2026-07-14负面媒体综合梳理申报风险反向估值和主权担忧被突出TNW 引用 Pasqal 申报文件显示市场开始审视经济性和控制约束,而不只是量子上行空间。

日期归一到 1 月 1 日,表示留存材料只披露了成立年份,而非具体日期。

[CO002, CO005, CO010, CO015, CO016, CO023]
FO001: 公司里程碑时间线

Pasqal 的公开时间线显示,公司从科研驱动创立,快速转向企业合作、上市前融资,以及由申报文件带来的审查。

董事长和执行董事长日期统一为月初,因为官方 CEO 简介只提供年月,没有精确日期。

[CO002, CO010, CO015, CO016, CO023, CO028]

1.5 图表

Chapter 02

02市场分析

2.1 市场边界:混合企业量子工作流,而不是“所有量子”

Pasqal 正确的市场边界不是整个量子技术综合体,更不是未来可能与量子沾边的每一美元深科技价值。Pasqal 真正能付费覆盖的市场位于企业量子计算内部,即便如此,最相关的支出也更窄:硬件访问、云与仿真器访问、联合开发、工作流集成,以及与优化、仿真和混合 HPC 用例相连的技术服务。McKinsey 2026 年监测、QED-C 市场预测和 The Business Research Company 的企业量子市场报告,都把这个行业描述为一个可货币化供给横跨硬件、软件、服务和云部署的板块,而不是一次性的硬件销售。这个框定很重要,因为 Pasqal 不是在竞争所有研究经费、后量子密码支出或量子传感预算。它争夺的是一组特定的企业和政府计算预算:买方在完全容错到来前,先为能力建设付费。 对 Pasqal 来说,最相关的子边界还要更窄:面向重视仿真、优化或混合量子—经典实验的组织,提供中性原子访问和集成。Future Markets、Global Market Insights 和 Microsoft 的 Pasqal 提供商页面都支持这一判断:中性原子系统正在被定位为可通过云访问、并且越来越面向企业的资源,而不是孤立的实验室奇观。因此,应纳入的支出包括 quantum-as-a-service、本地或托管系统访问、应用联合开发、仿真、接入 HPC 或分析工作流,以及垂直行业价值验证。应排除的支出包括对量子股票的纯金融投资、通用 AI 基础设施、量子传感收入,以及尚未直接转化为供应商收入的广义理论潜在价值数字。[CM001, CM002, CM003, CM004, CM005, CM009]

市场定义表
细分 / 类别纳入支出排除支出买方 / 付款方对 Pasqal 的意义
企业量子计算硬件访问、软件、服务、集成、云访问、共研量子传感、通用 AI 基础设施、公开市场量子股票敞口企业、政府、实验室、平台Pasqal 所处的核心伞形市场。
中性原子子市场中性原子 QPU、模拟器、技术路线专项软件、HPC 集成、云访问所有非中性原子量子技术路线,除非作为可比对象使用企业、HPC 中心、主权项目、云提供商Pasqal 竞争分析中最接近的技术路线专项市场。
共研与试点工作流付费概念验证、算法工程、接入研究或运营没有预算承诺的无偿研究合作企业创新预算、研究项目、业务线赞助方重要,因为当下商业化往往从共研开始,而不是纯产品订阅。
云与模拟器访问按使用量访问模拟器、仿真器和托管 QPU没有客户访问能力的内部实验室系统开发者、研究者、企业技术团队、云中介Pasqal 软硬件结合模式降低摩擦的关键入口楔子。
本地或主权部署专用系统、本地控制访问、主权或受监管基础设施没有采购路径的纯理论市场价值潜力政府、国家实验室、HPC 中心、高度监管企业买方走出公有云、强调主权和控制之后,这一类部署更有意义。

纳入支出按付费访问或接入企业及主权工作流界定;排除项是背景信号,不是 Pasqal 可服务收入。

[CM001, CM002, CM003, CM004, CM016, CM027]
FM001: 市场规模视角

Pasqal 的可投资市场从行业级潜在价值,收窄到企业 QC 收入,再收窄到中性原子技术路线池。

这些层采用不同来源边界,因此展示的是范围逐步收窄,而不是可相加的瀑布图。

[CM001, CM005, CM007, CM012, CM018, CM025]

2.2 规模测算视角:可衡量收入正在出现,但宽口径 TAM 仍夸大近期现实

公开来源现在支持多种市场规模测算视角,但这些视角不能互换。McKinsey 2026 年监测估计,量子计算公司 2025 年收入超过 $1 billion,到 2028 年可能达到 $3.2 billion 到 $4.4 billion,同时把 2035 年行业总潜在价值放在 $1.3 trillion 到 $2.7 trillion。QED-C 略保守,也切得更细:它估算 2025 年全球量子计算市场约 $1.4 billion,到 2028 年超过 $3 billion;其更广义的行业状态页面则称,包含非计算板块在内的整个量子行业 2025 年达到 $1.9 billion。The Business Research Company 采用更宽的「企业量子计算」定义,因此报告 2025 年市场为 $4.78 billion,2026 年增至 $6.28 billion,并在 2030 年达到 $18.54 billion。这些数字与其说互相矛盾,不如说取决于边界。 对 Pasqal 而言,中性原子特定视角比企业量子总量更相关。Global Market Insights 估算,中性原子量子计算市场 2025 年为 $134 million,2026 年为 $176.1 million,到 2035 年为 $1.2 billion。这个规模远小于全企业量子口径,却更接近 Pasqal 的实际技术路线,因此更适合估计其直接竞争池的竞争强度。实际结论是,Pasqal 参与的是一个高速增长市场,但投资者不应按最大标题 TAM 来做投资判断,除非明确时间跨度和纳入板块。今天的收入池已经可衡量且在上升;大得多的潜在价值数字反映的是工作流影响潜力,不是马上可得的供应商收入。[CM005, CM006, CM007, CM008, CM011, CM012]

TAM/SAM/SOM 或市场规模口径表
发布方 / 口径年份 / 周期范围数值增长信号方法 / 边界置信度局限
McKinsey Quantum Technology Monitor2025 实际量子计算公司收入>$1B到 2028 年达 $3.2B–$4.4B量子计算公司收入,不是总价值潜力对商业化趋势有用,但不是中性原子细分口径。
McKinsey Quantum Technology Monitor2035行业用例价值潜力$1.3T–$2.7T长期影响池跨行业工作流价值潜力估算这不是当前厂商收入,不能当作 Pasqal 近端 TAM。
QED-C 市场预测2025 至 2028量子计算市场收入$1.4B(2025);2028 年前 >$3B~30% 年增长细分层级量子计算收入预测预测覆盖全市场,且仍处早期。
QED-C 行业现状2025量子行业总市场规模$1.9B30% 平均年增长更宽泛的量子市场,包含非计算细分边界比 Pasqal 可触达的计算市场更宽。
Global Market Insights 口径2025 至 2035中性原子量子计算市场$134M(2025);$176.1M(2026);$1.2B(2035)23.9% CAGR中性原子技术路线专项预测商业报告摘要,不是经审计的市场普查。
The Business Research Company2025 至 2030企业量子计算市场$4.78B(2025);$6.28B(2026);$18.54B(2030)31.1% CAGR 至 2030企业市场口径很宽,涵盖硬件、软件、服务和多种技术路线边界远宽于 Pasqal 直接覆盖的中性原子切片。

这些数字不能直接比较:有的描述厂商收入,有的描述整体量子市场,还有的估算长期潜在价值。

[CM005, CM006, CM007, CM008, CM011, CM012]
FM002: 市场估算区间

公开市场估算会随边界选择大幅变化,范围从特定模态的中性原子市场,到更宽泛的企业量子计算汇总口径。

各行刻意只混合同类单位(十亿美元),同时在备注字段保留来源边界差异。

[CM005, CM006, CM011, CM012, CM018, CM025]

2.3 买方、用户与付款方分层

这个市场最相关的买方,不是单一同质的「企业」类别。QED-C、McKinsey、IQM/The Quantum Insider、Global Market Insights 以及 Pasqal 的行业合作材料,都指向四类反复出现的付款方:政府和国家实验室、HPC 中心和研究组织、计算密集行业的大型企业,以及云 / 平台中介。短期内,许多买方购买的不是完全规模化的生产结果;他们购买的是访问权、内部能力建设和结构化联合开发。McKinsey 明确称,参与模式正在从概念验证转向付费联合开发;IQM 2026 年市场研究显示,上手量子工作已经常见,但规模化部署仍然稀少。这与 Pasqal 在金融、能源和 HPC 集成中的公开客户路径一致。 买方、用户和付款方的拆分也随工作流变化。在金融场景,付款方往往是银行或资本市场平台,实际运营用户则是量化、风险和基础设施团队。在能源和化学场景,付款方可能是 R&D 或先进技术预算,用户则是领域科学家或优化团队。在主权和 HPC 场景,采购可能由国家能力和基础设施目标驱动,研究人员或初创公司是下游用户。IQM 数据显示,46% 的买方预计三年内本地基础设施会成为其访问模式的一部分;这一点对 Pasqal 也重要,因为它暗示市场可能不会只停留在公有云。混合、主权和本地可控访问,尤其在欧洲和海湾地区,可能比单纯的量子比特营销更能形成差异化。[CM004, CM010, CM016, CM017, CM019, CM020]

细分市场 / 买家地图
细分市场买家使用者付款方工作流 / 预算负责人采用触发点
国家实验室和 HPC 中心HPC 中心领导层、部委、研究联合体研究人员、量子工程师、使用共享访问的初创公司政府或公共基础设施预算国家能力、科学计算、主权访问需要国家级算力基础设施和高级研究工具。
金融机构创新负责人、风险团队、资本市场技术负责人量化研究员、风险分析师、优化团队银行技术、创新或业务线预算组合优化、交易对手风险、准备金消耗从研究合作走向运营部署的路径。
能源和公用事业研发、预测、网格优化团队能源建模师、运筹研究员企业创新或业务单元预算需求预测、路线或资产优化成本或规划敏感的具体工作负载。
化学和材料企业研发负责人、计算化学团队科学家和仿真专家研发或先进技术预算材料发现和分子仿真量子仿真显著优于经典近似方法的证据。
云 / 平台中介云市场、平台团队开发者和企业技术评估人员平台损益或伙伴生态预算托管访问、入门引导、沙盒实验需要降低早期采用者的基础设施摩擦。
受监管或主权企业国资背景企业、国防关联买家、高度受监管运营方关注数据驻留的内部技术团队主权或受监管采购预算本地控制、数据驻留、战略自主偏好本地部署或受控访问部署模型。

本表区分量子能力的采购者和组织内部的实际使用者;解读从试点走向生产的采用路径时,这一点很关键。

[CM004, CM010, CM016, CM017, CM019, CM020]
FM003: 买方 / 细分市场地图

近端市场的分层,与其说由模态决定,不如说由采购逻辑和访问模式决定。

该矩阵采用 1(低)到 3(高)的序数强度分,因为公开来源对相对采购模式的描述,比对精确市场份额更清楚。

[CM016, CM020, CM029, CM031, CM034, CM035]
FM004: 采用漏斗或价值链地图

商业采用仍在动手实验到规模化生产部署之间急剧变薄。

[CM028, CM029, CM030]

2.4 增长驱动、采用约束与未解缺口

市场驱动因素是真实的。McKinsey 看到商业牵引力正在加速,QED-C 看到行业从研究主导的探索转向早期商业机会,多份中性原子市场摘要则把室温运行、云访问和更紧密的 HPC 对接列为顺风。Pasqal 自己的垂直证据——与 Crédit Agricole CIB 的金融场景、与 EDF 的能源预测、与 IBM 的量子中心型超级计算——也对上了市场报告中最常见的早期用例类别:仿真、优化、材料或化学,以及高价值 R&D 工作流。这种匹配在战略上有利,因为它意味着公司站在公开市场和行业分析都预期最早商业化的区域。 但约束同样重要,而且对投资判断可能更关键。QED-C 把人才短缺列为最大扩张瓶颈之一,并称供应链定制化且脆弱。IQM 2026 年报告称,尽管 89% 的组织报告已有上手量子工作,只有 3% 达到规模化部署;这冷峻地提醒我们,实验仍跑在运营使用前面。Global Market Insights 和 Future Markets 都点出扩展容错系统的成本和软件生态不成熟,Innovation News Network 与 PostQuantum 也认为商业采用仍落后于技术标题。结果是,一个市场显然正在形成,但 Pasqal 可服务的细分市场大小,取决于公司能否在更广泛的「量子寒冬」或平台整合到来前,把联合开发和访问权转化为可重复、生产级的企业支出。[CM013, CM014, CM015, CM016, CM017, CM022]

增长驱动与约束表
驱动 / 约束方向时点Pasqal 影响尽调问题
商业收入已经可衡量驱动近期支持把市场视为正在变现,而不是纯理论概念核验 Pasqal 自身收入中,经常性收入与里程碑式收入各占多少。
仿真和优化主导早期用例驱动近期与 Pasqal 公开的金融、能源和化学定位吻合索取垂直行业收入结构和用例转化率。
混合 HPC 集成很关键驱动近期利好能接入现有数据中心工作流的技术路线和厂商验证 Pasqal 在演示和合作公告之外的集成深度。
中性原子的室温和云访问优势驱动近期至中期相比低温替代路线,可降低基础设施摩擦索取客户证据,验证部署简单度和总拥有成本。
技能短缺约束立即即便硬件改进,也可能拖慢企业采用梳理 Pasqal 的客户赋能和解决方案工程能力。
脆弱供应链和资本强度约束立即至中期可能推迟规模化、利润率改善和主权交付时间表审查供应商集中度、制造成本和生产瓶颈。
规模化部署仍少见约束当前说明试点和动手访问还不等同于生产支出索取付费生产部署数量,并与实验数量对比。
量子寒冬 / 融资收缩风险约束中期可能在容错到来前压缩预算用更慢的采用曲线压力测试 Pasqal 的现金续航和在手订单。

本表刻意把驱动和约束配对,因为多数正面市场信号仍带着执行或时点限制。

[CM005, CM010, CM014, CM015, CM017, CM023]

2.5 图表

Chapter 03

03竞争对手

3.1 格局:Pasqal 同时面对同技术路线同业、企业平台和主权 HPC 供应商

Pasqal 并不处在一个整齐的同业集合里。最直接、技术路线相近的对手,是 QuEra、Atom Computing 和 planqc 等其他中性原子公司,因为它们讲的是同一套核心技术主张:室温运行、或低温负担较低的基于原子的量子系统、围绕原子阵列的可编程性,以及在仿真或混合工作流中的优势。但这些只是最接近的技术类比。评估 Pasqal 的企业买方,也可以选择 IonQ 和 Quantinuum 等 trapped-ion 厂商、IBM 和 Google 等超导既有厂商,以及 IQM 等面向本地 HPC 的供应商。AWS Braket 和 Azure Quantum 又加了一层重要竞争,因为它们在一个云入口背后呈现多个硬件后端,从而降低买方切换成本。放到实际投资判断里,Pasqal 最难的竞争因此不太来自某一家公司复制其精确架构,而来自任何一个足以提供可访问硬件、软件工具和商业验证、并能满足同一优化、仿真或主权计算预算的对手。这个更宽的框架很重要,因为它削弱了单靠技术路线独特性带来的保护。[CP001, CP002, CP003, CP004, CP005, CP006]

竞争对手画像表
公司 / 类别技术路线规模 / 状态目标客群主要差异化可见短板
Pasqal中性原子;模拟 + 门基欧洲私营成长型公司研究实验室、企业、主权 / HPC 买家中性原子双模式技术栈,叠加欧洲主权叙事公开定价和部署细节少于云端曝光最高的竞争对手
QuEra中性原子 / Rydberg美国私营中性原子专营厂商研究人员、算法开发者、使用 Braket 的机构Aquila 提供可从云端访问的中性原子能力,并声称具备全连接公开商业化入口仍窄于全栈既有厂商
Atom Computing中性原子美国私营硬件厂商政府、数据中心和战略基础设施买家中性原子制造能力强,并借 Microsoft 形成战略卡位公开产品和定价细节仍有限
planqc中性原子欧洲私营专营厂商欧洲研究、工业和主权买家欧洲中性原子定位,类似 Pasqal 的主权叙事可见商业足迹较小
IonQ离子阱上市公司,多云布局企业开发者、平台、数据中心部署云端包装清晰,并提供可部署到数据中心的 Forte Enterprise 方案技术路线不同,对仿真原生场景的吸引力可能弱于中性原子
Quantinuum离子阱大型私营平台,背靠 Honeywell / Cambridge Quantum 谱系需要高端线路功能和仿真的企业线路中测量、仿真器栈、硬件订阅欧洲主权共鸣较弱;访问体验可能偏高端、偏专家化
IBM Quantum超导既有巨头大型既有厂商,拥有 100+ 量子比特机群和 Qiskit 生态开发者、研究人员、标准化到 IBM 技术栈的企业已披露机群最大,开放软件生态最强超导路线图仍不同于 Pasqal 的室温中性原子主张
IQM超导 HPC 供应商欧洲私营公司,拥有本地部署 Radiance 产品线HPC 中心、主权买家、希望本地控制的早期采用者明确的本地部署 HPC 集成和升级路径技术路线不同,公开云端曝光也没有 IBM 或 IonQ 那么核心

本画像组合纳入最接近的技术路线同行,也纳入买家实际能采购、商业上最相关的替代方案。

[CP001, CP002, CP003, CP004, CP005, CP006]
FP001: 竞争定位地图

Pasqal 与主要对手在模态差异化和企业分发强度上的序数地图。

坐标轴采用基于已审阅公开来源综合得出的 1–10 定性评分;它们表示相对市场姿态,而非基准性能。

[CP001, CP002, CP003, CP004, CP005, CP006]

3.2 能力比较:Pasqal 的双模式中性原子故事有差异化,但对手往往披露更清晰的包装或更广的平台支持

Pasqal 最鲜明的竞争论点仍是:其中性原子平台同时支持模拟量子仿真和基于门的数字计算,Pulser 与云访问路径则让从仿真到硬件之间的切换更可用。这对化学、材料、优化和研究密集型工作流最重要,因为在通用容错到来前,模拟原生结构可能已经有价值。不过,竞争对手的公开页面显示,几家对手已经把买方主张讲得更具体。IonQ 强调可部署到数据中心的 Forte Enterprise 硬件、native-gate 访问和明确的云计费结构。Quantinuum 把硬件与语法检查器、仿真器以及通过 Azure 暴露的 mid-circuit measurement 能力配在一起。IBM 以 100+ 量子比特系统、Qiskit 和免费平台时间打头阵;IQM 则把 Radiance 定位为本地 HPC 集成产品线。QuEra、Atom Computing 和 planqc 也在强化一点:中性原子不是 Pasqal 独占的赛道。净效果是,Pasqal 的技术差异化可信,但如果 Pasqal 不能持续发布可比的开发者和部署验证,买方仍可能觉得对手的方案包装更完整、文档更好、也更容易基准测试。[CP011, CP012, CP013, CP014, CP015, CP016]

功能 / 能力矩阵
采购标准PasqalIonQQuantinuumIBM QuantumIQMQuEra / 其他中性原子同行含义
模拟仿真路径是;核心叙事的一部分公开表述未重点强调公开表述未重点强调公开表述未重点强调公开表述未重点强调QuEra / 中性原子类别具备给 Pasqal 一个差异化切入口,服务仿真密集型工作流
门基数字路径中性原子同行中部分具备 / 仍在成型Pasqal 可进入主流门基评估,而不只做模拟演示
公开云端文档深度中等中等中等文档和提供商页面更完整的对手,更容易被企业拿来对标
本地部署 / 主权叙事在欧洲有分量借 Forte Enterprise 较强可行,但主权叙事较弱面向欧洲的主权定位较弱在 HPC / 本地部署上较强因同行而异受监管买家和国家级算力买家很看重
开发者生态可见度Pulser 和开源资产原生门 / Azure 可见度编译器、仿真器、API 可见度Qiskit 和平台主导地位HPC 集成叙事SDK 可见度提升很多评估里,软件熟悉度可能压过纯硬件新颖性
公开定价清晰度云计划带来中等可见度云计划 / 订阅带来中等可见度平台线索显示低至中等定价不透明会拖慢同口径采购比较

单元格是基于已保留公开材料的定性判断,不是经审计的性能排名。

[CP011, CP012, CP013, CP014, CP015, CP016]
FP002: 功能广度 / 能力地图

围绕 Pasqal 买方最关心的评估标准,展示相对能力覆盖。

分数基于公开可见覆盖度从 1 到 3:1 低 / 有限,2 中等,3 强。

[CP011, CP012, CP013, CP014, CP015, CP016]

3.3 分发与切换成本:云市场扩大竞争场,削弱纯技术路线锁定

公有云层在战略上很重要,因为它改变了客户感受竞争的方式。Azure Quantum 提供 IonQ 和 Quantinuum targets,并给出详细的提供商文档、target IDs、量子比特数、仿真器访问和计费提示。Amazon Braket 同样聚合多种技术路线,并宣传简单定价、工作流管理以及直接访问 QuEra 的 Rydberg 系统。当云中介处理发现、访问和早期实验时,客户不需要过早押注一个硬件供应商。这降低了切换成本,也让首次接入更容易,但同时意味着 Pasqal 会在同一买方工作流里与对手逐项比较。相反,推动本地、主权或数据中心部署的供应商——如 IonQ Forte Enterprise 或 IQM Radiance——在采购、延迟、合规或基础设施控制重要时,可以建立更黏的关系。Pasqal 的欧洲身份和主权计算相关性在这种环境中有帮助,但公司仍需要更多公开证据,证明它能把这种定位转化为持续商业锁定,而不只是有利站位。如果没有更强的软件采用、参考部署或专有工作流资产,中性原子差异化可能被专家看见,却很难被买方充分货币化。[CP023, CP024, CP025, CP026, CP027, CP028]

定价 / 包装对比
厂商 / 路径公开访问模式包装线索公开定价可见度包含工具含义
Pasqal云访问,叠加合作伙伴和直接合作硬件、软件、仿真器和共同开发叙事的混合包装Pulser、EMU、合作伙伴渠道的提供商文档商业方案可信,但公开视角下标准化程度仍较低
IonQ 经 Azure / 云端按用量付费,按目标后端提交明确命名的 Aria / Forte / Forte Enterprise 目标后端,并配有使用机制中等仿真器、原生门、错误缓解企业试用路径简单,增强可比性
Quantinuum 经 Azure与订阅挂钩的仿真器和硬件访问语法检查器、仿真器、队列 / 会话逻辑、目标后端 ID中等编译器验证、仿真器、MCMR强预检工具能降低买家摩擦
IBM Quantum Platform 平台平台注册,每月提供免费执行时间平台主导的软件 + 硬件捆绑中等Qiskit、文档、课程、机群访问许多团队评估时,生态广度能压过更窄的技术路线问题
AWS Braket / QuEra 路径市场聚合 + 直接项目云层提供简单定价和工作流管理平台层面中等SDK、工作流管理、Braket Direct云市场削弱对单一硬件初创公司的锁定

本表关注公开包装方式,不判断实际合同经济性。

[CP014, CP015, CP016, CP022, CP023, CP024]
FP003: 护城河 / 准备度 KPI

Pasqal 竞争压力最强的位置,可用紧凑指标概括。

这些值是有证据支撑的定性指标,而非公司披露的经营指标。

[CP023, CP024, CP025, CP030, CP032, CP034]

3.4 护城河耐久性:Pasqal 有真实切口,但既有软件生态和资本充足的同业仍能压缩它

Pasqal 最好的牛市故事,是它占住了一个有吸引力的中间地带:比非常早期的中性原子初创公司更面向企业,比通用量子软件层更有技术路线辨识度,也比许多美国主导的对手更贴合欧洲主权优先事项。熊市故事则是,量子仍处在足够早期,没有哪种硬件技术路线已经锁定耐久的赢者通吃经济性,因此软件生态、云路径和资本获取能力可能比理论优雅更重要。McKinsey 和 QED-C 都描述了一个仍在形成的行业:商业化是真实的,但还不成熟。这个框架应压低任何「Pasqal 的物理领先会自动转化为市场权力」的假设。IBM 和 Google 能在生态和人才上花掉大多数初创公司花不起的钱。IonQ 和 Quantinuum 已经在销售企业级访问和公开产品包装。QuEra、Atom Computing 和 planqc 等中性原子专门厂商也在攻击同一概念切口。因此,Pasqal 今天的护城河更像是有条件成立,而不是已经锁死:买方看重模拟仿真、欧洲采购逻辑和中性原子路线图可选性时,它最强;软件熟悉度、广泛开发者心智或既有巨头分发主导购买决策时,它最弱。[CP033, CP034, CP035, CP036, CP037, CP038]

护城河耐久性 / 竞争风险登记表
护城河主张威胁严重度重要原因公开证据里的当前缓释尽调问题
中性原子差异化其他中性原子厂商削弱独特性QuEra、Atom 和 planqc 都在攻同一个物理切口Pasqal 将模拟和门基叙事与 Pulser 绑定要求提供性能、良率和客户转化更优的证据
模拟 + 数字双模式企业买家可能仍偏好更标准化的门基栈只有买家在运营上看重,这种差异化才有意义Pulser 和提供商支持有助于把叙事落到工作流询问有多少付费交易明确因双模式能力选择 Pasqal
欧洲主权定位美国既有厂商和欧洲 HPC 供应商仍能满足主权需求采购逻辑可能偏向本地控制,但不会自动指向 Pasqal法国 / 欧洲布局和合作伙伴关系有帮助梳理主权招标中相对 IQM 和 IBM 牵头方案的胜率
开源开发者采用Qiskit 和更大的云生态占据心智基准结果出现前,软件熟悉度就可能引导硬件选择Pulser 已存在且公开要求提供活跃用户、仓库,以及从 Pulser 到付费使用的转化
云端可发现性市场聚合降低对单一厂商的直接锁定AWS 和 Azure 让买家以较低承诺试用多个后端Pasqal 有提供商入口,但对手文档更深衡量合作伙伴云与直接合同分别贡献多少使用量
资本和执行强度资本更充足的对手可能在路线图和客户支持上跑得更快量子仍然吃资本,商业化也不成熟近期融资支撑 Pasqal,但对手背后的资金也很深要求提供烧钱速度、路线图里程碑,以及相对同行的硬件部署节奏

本登记表面向未来,标出 Pasqal 当前切口可能在容错到来前被侵蚀的地方。

[CP030, CP031, CP032, CP033, CP034, CP035]

3.5 图表

Chapter 04

04财务

4.1 收入模式:多条货币化路径存在,但公开证据仍指向混合且早期的商业引擎

Pasqal 并不把自己呈现为纯 SaaS 供应商,也不是简单的硬件 OEM。其公开页面反而暗示四条货币化路径:直接或专用量子系统部署、云访问收入、中性原子工作流周边的软件和仿真工具,以及与企业或主权项目相连的联合开发或专业服务工作。能源、金融、HPC 和云集成中的客户与合作伙伴材料,都支持这种混合模式。对量子硬件公司来说,这种组合在商业上合理,因为在大规模经常性使用出现前,买方仍需要访问、赋能、基准测试和技术集成。但它也意味着收入质量还不明显同质。一部分收入可能是经常性或按使用量计费,另一部分可能由里程碑驱动、类似咨询,或与硬件部署周期紧密绑定。公开材料没有量化拆分。因此,财务问题不是 Pasqal 能否货币化——答案显然是能——而是它能否在资本市场或客户耐心下降前,把足够多的货币化转向可重复、质量更高的收入。[CI001, CI002, CI003, CI004, CI005, CI006]

收入流表
收入流机制单位 / 触发条件当前公开状态收入质量判断尽调问题
专用系统部署向实验室、HPC 中心或主权买家销售系统,或长期提供系统合同 / 部署里程碑公开信息有所指向,但未量化潜在价值高,但收入不平滑索取订单积压、交付节奏和收入确认政策
云端访问通过伙伴云和托管环境按用量或按目标访问任务、shots、订阅或访问计划可从云服务商和云市场界面看到用量放大后可形成经常性收入按云渠道索取用量结构、留存和毛利率
软件 / 仿真工具Pulser、EMU 和工作流工具,支持在硬件运行前开发订阅、打包访问或启用费战略重要性清晰,但变现规模未量化若广泛采用,可能成为质量最高的收入索取独立软件 ARR 和附加销售率
共同开发 / 专业服务企业和科研项目,把工作流适配到 Pasqal 硬件项目里程碑或工作说明书客户验证强烈暗示该项存在有楔入价值,但若不可复用,收入质量较低索取服务收入占比,以及转为平台使用的比例
伙伴 / 联盟收入联合项目、试点产线和公共资助计划拨款批次、里程碑或项目付款方向上有支撑,但未充分量化可抵消烧钱,但可能不可持续索取拨款时间表和资金用途限制

公开信息的关键限制不在于这些收入流是否存在,而在于各自贡献多少、今天有多大比例可重复。

[CI001, CI002, CI003, CI004, CI005, CI006]
FI001: 收入模型桥

从客户问题到 Pasqal 收入的定性桥,说明为什么当前模型混合了质量较高的经常性路径和里程碑密集型工作。

没有公开来源披露收入结构百分比,因此该图展示机制,而不是量化拆分。

[CI001, CI002, CI003, CI004, CI005, CI006]

4.2 定价与销售效率:公开包装能看见,实际经济性大多看不见

公开定价披露仍很薄。Pasqal 自己的材料强调访问、合作伙伴和产品定位,但没有为主要企业合同发布标准化标价表。云提供商材料显示,IonQ 和 Quantinuum 等可比厂商会通过 Azure 暴露基于 target 的使用、订阅、语法检查器或仿真器,而 AWS Braket 在市场层强调简单定价和工作流管理。这些信号很重要,因为它们显示买方会如何对 Pasqal 做基准,即便 Pasqal 没有发布干净的价目卡。其可能的销售动作偏企业级、技术咨询型:价值验证工作、基于云的实验,以及主权或基础设施买方的长周期采购。这与公开点名的行业一致——能源、金融、HPC、工业和先进 R&D——这些买方往往需要解决方案工程,而不是自助式购买。结果是,CAC 回收期、NRR、logo 转化效率等经典 SaaS 指标,无法仅靠公开证据推导出来。因此,投资者需要把可见的包装与真实收入确认、已实现毛利分开看。今天,公开证据说明销售动作可信,但透明度还不足以被评为高效。[CI010, CI011, CI012, CI013, CI014, CI015]

定价 / 变现表
报价 / 路径公开价格 / 单位标价与实际成交信号未知项有来源支撑的包装线索含义
Pasqal 直销企业方案未公开标准化大多未知折扣、最低承诺、里程碑结构官方材料强调访问和开发,而非价目表投资者无法从公开来源推断实际 ASP
Pasqal 通过云 / 伙伴路径路径存在;此处未保留明确公开费率Unknown计费是转嫁、打包还是订阅制云端访问存在,用量变现因此说得通可能支撑经常性收入,但当前可见度弱
IonQ 通过 Azure可见按目标用量和计划层级线索云市场式标价信号企业折扣和直签合同命名目标、原生门、错误缓解、配额可比厂商比 Pasqal 更容易对标
Quantinuum 通过 Azure可见硬件订阅和模拟器用量线索标价式加订阅信号实际企业合同条款语法检查器、模拟器、订阅绑定企业买家可在全面部署前预检并编预算
AWS Braket 云市场路径平台强调定价简单这是云市场信号,不等于厂商实际经济性云服务商收入分成如何流向硬件厂商云市场层的简单定价和工作流管理云平台可能中介价格发现,并压缩厂商控制权

本表聚焦可见包装信号,而非已证实的实际收入或利润率。

[CI008, CI010, CI011, CI012, CI013, CI014]
FI002: 单位经济性桥

Pasqal 公开单位经济性链条,显示哪些证据可见,哪些承销判断仍依赖缺失的私有指标。

该图使用公开商业信号,而不是 CAC、NRR、贡献毛利或利用率等未披露 KPI。

[CI010, CI011, CI012, CI015, CI016, CI017]

4.3 成本结构与资本强度:Pasqal 仍像深科技建设项目,而不是轻资产软件公司

公开证据显示,成本基础主要由 R&D、专门技术人才、制造或组装能力、客户赋能,以及法国基础设施扩张驱动。2026 年 3 月融资公告称,募集资金将主要用于扩大本土基础设施、在 24 个月内把产能翻倍、增加约 50 名员工,并为本十年末的先进容错路线图提供资金。这种支出画像更符合硬件平台经济性,而不是纯软件利润率。更早的融资材料也把员工扩张、系统扩展和路线图执行列为主要资金用途。即使没有经审计的科目明细,方向也很清楚:Pasqal 的毛利率路径可能对系统利用率、服务与可重复平台收入的组合、共享云访问与专用部署的比例,以及硬件制造标准化推进速度敏感。这并不意味着模式缺乏吸引力,但意味着在经常性软件和生产使用占据更大收入比例前,投资者应预期公司会继续烧钱,并出现阶梯式资本需求。公开来源支持把资本强度视为这个故事的定义性特征,而不是暂时性脚注。[CI018, CI019, CI020, CI021, CI022, CI023]

单位经济性表
指标公开数值 / 状态置信度重要性当前代理指标尽调要求
毛利率未公开披露决定“硬件 + 服务”能否高效扩张基础设施和服务结构暗示毛利波动较大按收入流索取经审计毛利率
获客成本未公开披露检验企业试点是否有效率咨询式 GTM 暗示 CAC 不低按客群和伙伴辅助渠道索取 CAC
回本周期未公开披露衡量面对长周期客户时的销售效率只能从行业和部署类型推断销售周期较长按客户分组和交易规模索取回本周期
经常性收入占比未公开披露区分平台经济性和一次性技术项目云和软件路径暗示可能形成经常性收入索取 ARR / 按用量计费的经常性收入占比
系统利用率未公开披露硬件毛利和服务效率的关键驱动产能扩张意味着利用率对结果影响很大索取装机基数利用率和闲置产能数据
服务在签约额中占比未公开披露服务占比高会压低可扩展性客户验证暗示早期动作偏共同开发索取服务收入占比及其转为经常性使用的比例

所有关键单位经济性字段仍是尽调问题,而不是公开信息足以承销的指标。

[CI015, CI016, CI017, CI018, CI019, CI020]
资本充足性表
项目公开数值 / 状态来源说法重要性置信度含义
2026 年私募融资轮€170M官方和法律文件均描述了已完成的私募轮改善近期流动性,并支撑建设有意义的新资本
已承诺可转融资标题口径约 €170M / $200M;申报文件显示以 $250M 认购 $312.5M 本金官方 PR 和 SEC 文件均描述了结构化可转融资带来资本,也带来稀释复杂性不等同于简单股权融资
预计总融资至少 €340M管理层将其表述为与交易路径绑定的最低预计融资确定近期现金续航改善的规模规模大,但仍取决于里程碑
最低交割现金条件扣除费用前 $150MSEC 文件列出最低可用现金门槛凸显对交割和资金可用性的依赖交易执行风险仍在
募资用途法国基础设施、产能翻倍、招聘、容错 R&D官方 PR 和评论均指向大规模再投入暗示烧钱水平会维持高位资本用于扩张,而不是立即自给
历史私募融资总额超过 USD 300M投资者页面和 2026 年报道均引用这一水平显示过往支持强劲,但不代表当前账上现金可作背景,不是现金续航数字

本表避免重复完整历史融资时间线,而是聚焦 2026 年融资对未来资本充足性的含义。

[CI022, CI023, CI024, CI027, CI028, CI029]
FI003: 财务估算区间

有来源支撑的区间和点估算,涵盖目前少数可通过公开信息三角验证的财务输入。

低 / 中 / 高取值相同,表示单一披露点,而不是真正区间。

[CI022, CI023, CI024, CI027, CI028, CI029]
FI004: 资本强度 / 现金流地图

公开来源暗示的主要现金需求类别的相对强度地图。

分数从 1 到 3:1 低,2 中等,3 公开强度高。

[CI019, CI020, CI021, CI023, CI024, CI025]

4.4 资本充足性与判断:2026 年融资有意义,但投资判断仍取决于模式成熟速度能否快过稀释风险

Pasqal 公开财务文件中最强的一块,是融资结构。官方、法律和申报来源在 2026 年交易路径相关的预期融资上保持一致:至少 €340 million,其中包括 €170 million 私募融资和约 €170 million / $200 million 的承诺可转换融资。SEC 文件补充了重要细节:2026 年 3 月融资包括 $312.5 million 的高级无担保可转换债券,认购价为 $250 million,反映 20% 原始发行折扣;同时还包括数量相当于初始转换股份数 125% 的投资认股权证。文件还称,交易完成取决于 New Pasqal 在交易费用前至少能获得 $150 million,信托账户现金和未来融资仍是相关变量。这足以说明 Pasqal 在 2026 年实质改善了资金位置,但不足以说明融资依赖已经解决。下一组投资判断问题是:新资金是否足以支持路线图里程碑,稀释和赎回风险是否可接受,以及商业进展能否跑赢容错硬件项目所需的烧钱速度。财务上,Pasqal 看起来有资金继续建设;但它还没有在公开市场层面完成去风险。[CI027, CI028, CI029, CI030, CI031, CI032]

公开财务缺口表
缺失指标对承销的影响公开来源为何不足具体尽调路径
按收入流拆分收入无法精确判断经常性质量或利润率潜力公开来源描述业务线,但不披露结构索取系统、云、软件、服务和拨款的经审计收入拆分
毛利率和贡献利润率无法判断规模经济性保留的公开来源没有经审计利润率披露索取 2025 年经审计报表和 2026 年 YTD 管理账
烧钱和现金续航无法直接检验融资充足性新资本已披露,月度烧钱未披露索取现金余额、烧钱桥和限制性条款时间表
客户集中度无法判断少数旗舰客户带来的下行风险客户公告不等于收入集中度数据按签约额、ARR 和应收账款索取前十大客户
管线转化和积压订单无法把技术牵引力与收入耐久性连起来POC 公开,合同转化未公开索取已签积压订单、加权管线和续约率
稀释和完全稀释后股权结构无法清晰建模交易后所有权可转和认股权证条款公开,股权结构表滚动更新未公开索取备考股权结构表,纳入所有认股权证、BSPCE 和转换假设

这些正是阻碍本章升级为完整经济性承销备忘录的关键缺口。

[CI033, CI034, CI035, CI036]

4.5 图表

Chapter 05

05产品与技术

5.1 产品定义:Pasqal 卖的是一套栈,不只是处理器

普通投资者最容易犯的关键框定错误,是把 Pasqal 只当作硬件公司。公开材料显示的其实是分层供给:中性原子 QPU、远程和本地仿真器、云执行和任务管理、用于脉冲级编程的 Pulser、用于浏览器端上手的 Pulser Studio,以及通过 IBM 和 Qiskit 正在形成的混合 HPC 工作流桥接。Pasqal 自己的软件栈页面在这里很有用,因为它明确区分了应用、SDK 和执行层。商业上,这一点很重要,因为产品买方购买的不只是量子比特;买方购买的是一个工作流,从实验开始,经过仿真,最后才落到硬件执行。这种架构也解释了为什么 Pasqal 既能服务研究密集型用户,也能服务需要更容易进入中性原子计算的企业团队。实际看,公司产品最适合理解为一个可编程中性原子平台,外面包着软件、云和集成接口。[CE001, CE002, CE003, CE004, CE005, CE006]

产品模块 / 资产矩阵
模块 / 资产主要用户状态 / 成熟度差异化尽调缺口
中性原子 QPU研究人员、企业技术团队、HPC 用户可商用访问,但仍是前沿硬件在有序原子阵列上支持模拟和门模型用法需要逐设备可靠性和利用率数据
Pasqal Cloud开发者和技术评估者有公开文档和活跃平台界面一个平台执行 QPU 与模拟器任务未保留公开 SLA 或正常运行时间披露
Pulser量子开发者和研究人员成熟开源 SDK,有文档和版本发布面向中性原子设备定制的脉冲级控制需要活跃用户和转化指标
Pulser Studio新用户和基于浏览器的评估者公开提到的上手层进入量子编程的零代码可视化入口采用情况和使用深度未披露
EMU / 仿真栈开发者和研究人员可从文档和代码库描述看到让用户在提交硬件前先测试性能边界和对硬件的保真度仍只部分公开

模块图显示,Pasqal 更像分层平台,而不是单一硬件 SKU。

[CE001, CE002, CE003, CE004, CE005, CE006]
工作流 / 用例表
用户任务当前工作流Pasqal 方案可衡量收益限制
原型验证中性原子算法开发者在硬件运行前编码并仿真Pulser + 模拟器 + 云端 QPU 执行在付费使用硬件前,更低成本理解设备行为没有关于求解用时或转化率的公开指标
探索模拟仿真研究人员需要脉冲级和模拟控制Pulser 支持模拟和数字设置让 Pasqal 区别于只讲门模型的叙事结果质量仍取决于工作负载
运行混合 HPC 工作流技术团队需要经典与量子编排IBM / Qiskit 集成路线图指向硬件无关工作流可能扩大其在化学和材料企业场景中的可用性仍偏路线图,而非已充分验证的生产界面
引导非专家用户上手团队希望入口比底层编码更容易Pulser Studio 和云文档提供浏览器与引导路径降低上手摩擦零代码路径的企业公开采用尚未证实

这里的用例以工作流为中心,因为 Pasqal 公开文档就是这样描述产品价值。

[CE007, CE008, CE009, CE010, CE014, CE015]
FE001: 产品架构地图

Pasqal 的产品从应用到 SDK 再到执行分层,而不是把孤立 QPU 当作单品出售。

该栈遵循 Pasqal 自身的软件栈表述和配套文档,而不是反向工程出来的基础设施地图。

[CE001, CE002, CE003, CE004]

5.2 架构与工作流:模拟控制、数字可选性和仿真器优先开发,是核心运营模式

Pasqal 的公开技术材料反复强调,中性原子控制并不局限于抽象门编译。Pulser 及其文档明确说明,用户可以为特定中性原子设备设计和模拟脉冲序列,在标准数字电路范式之外工作,并在设备物理支持时创建模拟量子仿真。这是真正的差异化,因为它让 Pasqal 能比只做门模型的竞争对手讲出更宽的实验边界,尤其适用于仿真和优化工作负载。云文档把这套架构延伸成运营工作流:用户在 Python 中准备任务,在远程或本地仿真器上测试,选择后端,向 QPU 提交工作,并通过平台监控或重试任务。IBM 公开的超级计算合作强化了同一故事,把 Pasqal 硬件定位为更广泛、硬件无关混合计算层的一部分。因此,这个技术产品不像一个静态盒子,更像一套可编程工作流栈;它的价值取决于用户能多顺畅地从仿真走到硬件,再走到混合编排。[CE010, CE011, CE012, CE013, CE014, CE015]

技术 / 运营架构表
层 / 组件作用依赖风险
中性原子设备模型定义脉冲和寄存器约束设备特定规格和通道限制与同行的基准测试可比性不完整
Pulser 脉冲序列层面向目标设备在低层构建实验开源维护和文档质量开发者采用可能落后于更大生态
仿真 / 模拟层在硬件运行前验证任务经典模拟保真度和云集成模拟器与生产行为不一致,可能误导用户
云编排层处理任务提交、监控、重试和后端选择账户设置、云运营和平台可用性服务保障和正常运行时间未充分公开

架构基于文档和伙伴材料重构,因为 Pasqal 未发布带实施 SLA 的正式产品栈图。

[CE011, CE012, CE013, CE014, CE015, CE028]
FE002: 客户工作流 / 运行流程

Pasqal 的运行工作流从本地设计和模拟开始,再到云提交和 QPU 执行。

该流程抽象自公开文档路径,并不声称存在一条固定的内部运营管线。

[CE010, CE011, CE012, CE013, CE014, CE015]
FE003: 关键依赖地图

Pasqal 的产品同时依赖开源工具、云运营、伙伴生态和设备特定的硬件约束。

依赖关系根据文档和合作材料综合而成;Pasqal 并未发布这张精确图谱。

[CE015, CE016, CE017, CE028, CE031]

5.3 差异化与成熟度:中性原子灵活性可信,但公开基准可比性仍不完整

Pasqal 最强的技术论点,是中性原子把几项对近期产品战略很重要的属性放在一起:天然相同的量子比特、大型可配置阵列、相比低温超导系统更接近室温运行的吸引力,以及模拟加数字的可编程性。竞争对手和合作伙伴材料有助于交叉验证这一点。QuEra 的 Aquila 强调全连接和适合仿真的工作流。planqc 强调由相同原子构成的大型 1D、2D 和 3D 阵列。IBM 和 Quantinuum 继续强调各自的容错或全栈路径,IonQ 与 trapped-ion 文档则突出连接性、native gates,以及误差缓解或 preflight 工具。合在一起看,Pasqal 的差异化真实,但并非独占。更重要的是,公开记录尚未给出一张干净的同口径对比表,比较 Pasqal 与主要同业的门保真度、正常运行时间、错误率或可靠性指标。这不会否定平台,但意味着成熟度主张仍需要超出营销和文档页面的技术尽调。[CE019, CE020, CE021, CE022, CE023, CE024]

路线图 / 发布 / 开发阶段表
日期 / 阶段功能 / 里程碑状态含义来源
2022Pulser 白皮书和开源定位已观察到显示其早期就投入可编程中性原子工具arXiv / Quantum 论文
2023Series B 轮重申短期 1,000-qubit 目标公司声称释放扩展路线图信号,但不是交付证据Pasqal Series B 新闻稿
2024IBM 超算与 Qiskit 互操作合作已观察 / 路线图提示混合 HPC 扩张路径IBM 新闻室
2026云文档更新了 QPU / 模拟器工作流和高级功能已观察表明访问层仍在产品化Pasqal 云文档

路线图表仅纳入仍有公开证据留存的里程碑;缺失的基准测试或发布细节仍是尽调事项。

[CE016, CE017, CE018, CE024, CE034]
FE004: 产品成熟度 / 能力地图

Pasqal 在模拟量子可编程性和上手界面上看起来最强,但在基准可比性和生产保障上的公开证明较弱。

分数是基于留存公开证据的 1–3 序数评分,而不是经审计的产品指标。

[CE019, CE020, CE021, CE022, CE029, CE032]

5.4 信任、质量与实施风险:开发者访问可见,但生产级保障仍只有部分公开

Pasqal 的产品文件在可访问性上强于保障性。正面看,公司公开了文档、云访问、任务管理功能、开源库、发布活动、安装指南和设备特定编程概念;许多深科技初创公司做不到这一点。这些是真实的成熟度信号,因为它们降低集成摩擦,也暗示公司有内部产品化纪律,而不是只做一次性演示。负面看,公开文件在生产级信任控制上仍较薄:正常运行时间承诺、事故历史、正式安全或质量认证、标准化基准报告、长期硬件可靠性,都没有披露到基础设施投资者理想中的水平。正确结论不是 Pasqal 缺少控制,而是产品章节必须明确列出围绕基准可比性、云服务保障和运营可靠性的证据缺口。对一个硬件加云平台来说,这些缺口是尽调事项,直接影响公司能否从实验转向关键任务部署。[CE028, CE029, CE030, CE031, CE032, CE033]

信任 / 质量 / 合规表
控制 / 质量信号状态范围缺口
开放文档和安装路径可见Pulser、云平台和编程文档单独并不能证明运营可靠性
开源发布节奏可见GitHub 代码库和发布需要贡献者深度和支持政策清晰度
云平台任务控制可见重试、后端选择、监控、开放批次未保留公开 SLA 或事故报告历史
标准化基准测试披露部分部分产品宣称和伙伴叙事缺少关于保真度、错误率和正常运行时间的清晰公开表

信任证据在开发者可访问性上更强,在生产级服务保障上较弱。

[CE029, CE030, CE031, CE032, CE033]

5.5 图表

Chapter 06

06客户

6.1 分层与客户表面:Pasqal 有真实垂直足迹,但公开文件在经济性上仍偏薄

Pasqal 的客户证据比纯 logo 幻灯片更好,但还不是后期软件投资者期待的那种经常性收入披露。留存公开材料显示,公司反复集中在几类具体问题上:金融优化、能源预测和智能充电、航空航天或防务排程、化学与材料仿真,以及主权或 HPC 支持的研究访问。这个模式重要,因为它说明 Pasqal 卖的是围绕高难度优化和仿真任务的工作流,而不是泛用计算工具。同时,公开记录混合了几个不应混为一谈的概念:客户、合作伙伴、商业用例、客户参与和具名 logo。Pasqal 自己的页面称有 25+ 个商业用例、35+ 个客户参与,以及超过 25 个客户或合作伙伴;媒体报道有时称 40 个客户。这些都是方向上积极的信号,但仍没有揭示谁在付费、付多少,以及其中多少关系已经转化为耐久收入。[CU001, CU002, CU003, CU004, CU019, CU030]

客户分群表
分群买方 / 用户 / 付款方代表性证据当前用例战略价值缺口
金融 / 资本市场银行风险、司库和创新团队;买方大概率是中央技术团队和业务发起人Crédit Agricole CIB 客户交易对手信用风险、组合优化、资本储备监控最可能拿到近期企业生产证据的路径未披露合同金额或节省基线
能源 / 公用事业公用事业研发和预测团队;买方大概率是创新或电网优化发起人EDF电动汽车智能充电需求预测与优化能证明真实工业问题匹配度未披露是否在 EDF 资产体系内生产铺开
航空航天 / 国防 / 关键系统工程、运筹和规划团队Thales复杂关键系统实时优化显示可用于任务规划,也增强法国主权可信度经济价值和部署广度未披露
工业 / 化学 / 汽车 / 医疗高级研发或模拟团队BASF、BMW、Airbus、Johnson & Johnson 客户群材料、天气、碰撞测试和业务需求探索大客户背书验证需求真实存在最新部署细节稀少
主权 / HPC / 生态公共基础设施运营方、研究用户和开发者GENCI, IBM, FZJHPC-QPU 访问、Qiskit 互操作、欧洲用户访问可把漏斗和可信度扩到直销之外难把平台触达与直接收入拆开

客户分群根据已点名证据和用例重建,因为 Pasqal 未按 ARR 或地域公布客户结构。

[CU001, CU003, CU016, CU018, CU020, CU030]
客户增长 / 采用轨迹表
指标数值日期来源置信度含义缺失分母
商业用例25+2026Pasqal 解决方案页面显示实验或部署覆盖面未区分试点与生产
客户合作项目35+2026Pasqal 解决方案页面暗示漏斗比公开点名案例更大未定义合作项目口径
已服务客户 / 合作伙伴25+2026Pasqal 2026 年 3 月 / 6 月材料确认商业触达面不小客户与合作伙伴合并统计
全球客户40+2026Pasqal 技术页面 / TechCrunch 2026意味着仍在扩张未披露付费账户数
金融生产目标初始用例最早 2028 年2026CA-CIB / Pasqal 声明显示从试点走向运营的路径没有保证,也无转化率

轨迹证据偏方向性。Pasqal 给出量级信号,但没有披露转化、留存或收入质量分母。

[CU002, CU003, CU008, CU023, CU024, CU025]
FU001: 客户旅程地图

Pasqal 的客户动作通常从一个棘手优化问题开始,经过共同开发和量子测试,之后才进入运营部署。

旅程阶段根据具名案例研究和负面采用评论综合而成;公开资料未披露各阶段之间的转化率。

[CU001, CU005, CU008, CU027, CU031, CU032]

6.2 具名验证与成熟度:Crédit Agricole CIB 和 EDF 是最佳证据,其余 logo 集合更偏探索性

最强的投资判断结论是,Pasqal 确实有具名客户验证,但不同账户的证明强弱不一。Crédit Agricole CIB 是目前最成熟的公开例子,因为双方都有第一方声明,多处独立转载,工作流集合描述清楚,并且明确从早期研究合作转向战略工业化。EDF 也有意义,因为 Pasqal 把该关系与一个在 100 多个量子比特上运行的具体智能充电需求预测结果相连,并把合作追溯到 2018 年。Thales 在关键系统优化上提供了另一个有用证明点;IBM 则通过 Qiskit 扩大分发和开发者触达,即便这与大型付费终端客户合同不是一回事。相比之下,较早提到的 BASF、BMW、Airbus、Johnson & Johnson、Siemens 和其他 logo 仍有帮助,但除非出现更新的部署细节,否则最好主要理解为探索或试点阶段证据。[CU005, CU006, CU007, CU008, CU009, CU010]

具名客户证据表
客户 / 账户分群部署 / 用例生产 / 试点状态结果 / 证据局限
Crédit Agricole CIB 账户金融交易对手信用风险、组合优化、资本储备监控路线图工业化路径;目标是生产落地,但尚未完全证实银行侧具名引述、2019 年合作关系、2028 年目标、多方来源交叉印证未披露合同金额、用户数或已实现节省
EDF能源在 100+ 量子比特上为电动汽车做智能充电和能源需求预测已展示用例 / 试点证据问题陈述和技术里程碑具体;称双方多年合作未披露为公用事业企业级全域部署
GENCI / Ruby主权 HPC托管并运营 Pasqal 系统,扩大 HPC 访问客户 / 基础设施部署Pasqal 称 GENCI 是其首个客户;FZJ 印证用户访问在扩大直接变现和利用率指标未公开
Thales航空航天 / 国防复杂关键系统和任务规划约束优化试点 / 应用研究证据具名法国工业交易方,优化场景表述具体没有规模化生产合同证据
IBM / Qiskit 用户生态分发借 Qiskit 访问 Pasqal 中性原子硬件和混合 HPC 工作流合作伙伴分发证据可显著扩大开发者和研究漏斗不等同于直接终端客户收入
BASF / BMW / Airbus / J&J 一组客户工业研发材料、天气、碰撞模拟和业务需求探索探索性 / 以试点为主独立媒体和合并材料点名具体客户与工作负载最新部署细节和续约证据有限

仅纳入至少有两个公开来源作证,或一个第一方来源加一个可信独立来源印证的行。

[CU005, CU011, CU014, CU018, CU020, CU021]
FU002: 采用 / 部署漏斗

Pasqal 的公开漏斗顶部证据强于底部:具名账户不少,但只有少数账户有新的运营细节。

这是一套逻辑模型,不是实测转化漏斗;Pasqal 未披露阶段数量或转化百分比。

[CU010, CU016, CU017, CU031, CU034, CU035]

6.3 留存与耐久性:公开证据显示扩张潜力,但续约数学仍缺失

这是本章的核心提醒。Pasqal 的公开材料暗示客户关系可以随时间加深:Crédit Agricole CIB 从合作推进到战略伙伴关系,EDF 在多个年份被引用,GENCI 和 IBM 等主权或 HPC 关系也能把用户访问扩大到单一概念验证之外。这些都是不错的耐久性信号,但不能替代留存指标。留存材料没有披露 NRR、GRR、流失率、续约率、合同期限、账户级 ARR 或客户满意度基准。因此,投资者可以合理推断部分关系正在加深,但还不能量化这种模式在安装基础中有多可重复。实际结果是,任何留存结论都必须停留在尽调假设,而不是既定事实。Pasqal 的客户证据好过商业化前的空中楼阁,但仍达不到成熟企业 cohort 故事的标准。[CU024, CU025, CU026, CU027, CU028, CU029]

留存 / 重复使用 / 满意度表
指标数值 / null分群置信度尽调请求
NRRnull所有企业账户索取按获客批次和垂直行业拆分的队列级 NRR
GRR / 客户留存null所有企业账户索取按队列拆分的续约率和客户流失率
合同期限null具名企业账户索取标准主服务协议和试点期限
重复工作负载扩张在 CA-CIB 有定性观察金融索取单账户用例数随时间变化
多年连续性在 EDF 有定性观察能源索取当前活跃范围和续约状态说明
满意度 / 可推荐性null所有账户索取可推荐客户名单;如有跟踪,提供 NPS / CSAT

Pasqal 留存的公开材料未披露企业留存指标;可见的只有连续性代理信号。

[CU023, CU026, CU027, CU034, CU036]
FU004: 留存 / 重复队列

Pasqal 各类关系的说明性连续性代理;之所以采用该口径,只是因为公司未披露队列留存指标。

这些百分比是分析师启发式估计,不是公司报告的留存。它们把 CA-CIB、EDF 和生态关系中可见的公开连续性,转化为仅供尽调使用的耐久性框架。

[CU026, CU027, CU028, CU034, CU036]

6.4 扩张、集中度与采购摩擦:真实牵引力存在,但走向生产仍然漫长

Pasqal 的商业化路径看起来是:先靠技术协作切入,证明一个边界很窄的工作负载,再借更深集成或生态覆盖继续扩张。最好的例子是 Crédit Agricole CIB;公开路线图明确从探索项目走向 2028 年的运营化目标。IBM 和欧洲 HPC 关系也可能成为放大器,把 Pasqal 硬件推给更大的开发者和研究者社区。但同一模式风险也很清楚。企业量子预算往往困在评估阶段,反向材料强调,技术和商业不确定性仍高,许多公司因此保持谨慎。公开材料也没有披露头部客户集中度、分部收入,或是否有某个单一关系实质支撑公司的商业叙事。因此正确投资判断应保持平衡:Pasqal 的客户证据足够认真对待,但持续性披露还不够,不能默认试点和共研会顺利跃迁为广泛生产收入。[CU031, CU032, CU033, CU034, CU035, CU036]

扩张与集中度风险表
扩张驱动集中度风险影响尽调路径
借联合开发先落地再扩张少数旗舰账户可能主导叙事质量可能让牵引力看起来比收入现实更宽索取按 ARR、订单额和阶段列出的前 10 大账户
IBM / Qiskit 分发路径平台触达未必转成直接变现可能抬高漏斗,却不改善已实现收入索取从生态访问到付费项目的转化
主权 / HPC 装机公共基础设施订单可能不连续,且带补助色彩可能扭曲商业可重复性的判断将基础设施合同与企业经常性收入拆开
跨金融、能源和工业的行业多元化多数具名证据仍是技术工作负载,不是业务线铺开生产采用可能慢于品牌叙事索取已在实时运营生产中的账户数量
量子试点周期长采购摩擦和技术不确定性拖慢扩张会拉长现金转化,并让订单额停滞索取从试点到生产的平均转化时间和流失率

本表聚焦 Pasqal 可以向哪里扩张,以及同一结构怎样也可能藏住客户质量风险。

[CU028, CU029, CU031, CU032, CU033, CU035]
FU003: 客户证明矩阵

公开证明质量在 CA-CIB 上最强,在 EDF 和 Thales 上也扎实;更宽的工业客户标识集合,在成熟度和留存可见性上弱得多。

分数是基于留存公开语料中的新鲜度、交叉印证和部署细节作出的 1–3 序数判断。

[CU020, CU023, CU031, CU034, CU035]

6.5 证据

Chapter 07

07风险

7.1 监管与法律风险:量子的战略属性抬高交易、出口和上市复杂度

Pasqal 卖的不是普通 SaaS;它所在的技术类别越来越被各国政府视为战略资产。留存监管材料显示两件事叠在一起。第一,公司自己的 SEC 申报文件列出了新兴技术的典型风险:商业化不确定性、对合作伙伴的依赖、知识产权保护需求,以及上市流程带来的交易完成风险。第二,欧洲监管动态已经把量子技术明确纳入更大的关键技术和两用政策框架。更新后的欧盟审查材料和出口管制规则,并不意味着 Pasqal 无法开展国际业务;它们意味着部分资本、所有权和跨境技术转移事件,可能比典型软件公司需要更多审查、许可或交易结构设计。投资人最该看到的是:这里的监管摩擦不在于已有执法记录多明显,而在于潜在复杂度。审批、分类和战略资产敏感性,可能在最需要速度的时候拖慢融资、合作或市场扩张。[CR001, CR002, CR003, CR004, CR005, CR006]

监管 / 法律风险台账
规则 / 事项司法辖区状态可能性严重性缓释措施剩余敞口尽调路径
量子与关键技术投资审查欧盟 / 法国已生效且趋严聘用有经验的律师,并预先报批敏感交易审批节奏仍可能影响交易窗口尽早梳理所有权、投资者国籍和控制权
两用出口与技术援助管制欧盟 / 全球已生效,并在 2025 年更新把分类和许可流程嵌入销售与支持工作流跨境交付或合作可能变慢索取产品分类和出口管制 ICP
SPAC / 上市完成风险美国 / 资本市场交易完成前仍未关闭保留融资备选项,并准备接受上市公司审视市场窗口或披露问题可能拖累时点审查合并条件、赎回风险和备用资本
IP 保护与合作伙伴依赖全球申报文件明确提示中高强化合同、商业秘密控制和专利执行战略泄露或依赖可能削弱护城河索取 IP 组合和关键伙伴合同条款
商业化 / 市场接受度披露风险全球申报文件明确提示按里程碑证据分阶段投放资本可能损害估值和后续融资要求董事会按里程碑汇报转化和生产案例

各行按其传导至融资、所有权灵活性和商业化速度的可能性排序。

[CR001, CR003, CR004, CR005, CR006, CR007]
FR001: 风险热力图

Pasqal 最高的剩余风险集中在商业化、制造执行和融资敏感性上,而不是单一法律危机。

分数是从留存公开证据推导出的 1–3 序数判断,而不是公司内部风险登记册。

[CR001, CR014, CR016, CR019, CR029, CR032]

7.2 技术与运营风险:已经有证明,但可靠性、基准清晰度和制造规模仍未跑通

产品和客户章节表明,Pasqal 不是纸面公司;它有硬件、具名工作负载和技术平台。风险来自这些事实与生产级可重复性之间的距离。公开证据仍偏向具体演示和工作流叙事,而不是企业买家和基础设施投资人通常想看的标准化可靠性指标。EDF 在超过 100 qubits 上的案例有用,但没有回答正常运行时间、可支持性、基准可比性或多工作负载可复现性。与此同时,Pasqal 自己的 2026 年材料描述了不小的运营爬坡:更多系统、更多产能、更多员工,并继续朝容错能力建设。执行质量因此与技术优劣同样重要。QED-C、IQM 和反向采用评论的行业证据也说明,量子规模化仍被人才、供应链和商业化瓶颈卡住。因此风险不是技术造假,而是从科学前景走到可靠基础设施,可能比乐观叙事说得更久、更贵。[CR011, CR012, CR013, CR014, CR015, CR016]

运营 / 质量 / 安全风险台账
失效模式可能性严重性缓释成熟度剩余敞口未解决缺口
基准或正常运行时间证据落后买方预期低中未留存标准化公开可靠性表
制造爬坡带来质量或交付滑坡中高需要工厂良率、报废和交付数据
客户工作负载仍停留在狭窄演示中高中高需要更广泛的可重复生产案例
人才稀缺拖慢工程和方案交付中高中高需要按职能拆分的招聘漏斗和留存数据
专用供应链限制规模或利润率中高低中中高需要梳理供应商集中度和交期

运营风险不太来自单一可见事故,更多来自前沿硬件平台规模化的执行负担。

[CR011, CR012, CR013, CR014, CR015, CR016]
FR002: 风险传导地图

技术和采用风险最关键,因为它们会传导到收入证明、融资灵活性,并最终影响估值。

该图为 IC 讨论简化了传导路径;真实反馈回路更复杂。

[CR012, CR014, CR017, CR029, CR030, CR032]

7.3 合作伙伴、客户与人才风险:Pasqal 最强证据集中在少数关系上,还要稀缺人才协同执行

Pasqal 目前的商业叙事靠少数强标杆撑着,而不是靠广泛披露的生产客户底盘。Crédit Agricole CIB、EDF、IBM、GENCI/FZJ 和 Thales 都有价值,但它们也让证据质量高度集中:如果某个旗舰关系停滞,公司的市场动能观感可能迅速变化。IBM 关系尤其是双刃剑,因为它增强开发者触达,也把 Pasqal 部分市场进入叙事绑在一个更大的生态玩家身上。主权和 HPC 关系同样能拓宽分发,但也会引入补助、采购或政策节奏依赖。公司内部还必须同时协调研究、制造、云软件、企业合作和资本市场。任何组织扛这样的人员负担都不轻,量子领域又尤其缺少同时懂物理、工程、产品和解决方案销售的人才。结果是,客户集中、伙伴依赖和人才稀缺并非彼此独立,而是紧紧耦合成一组风险。[CR019, CR020, CR021, CR022, CR023, CR024]

合作伙伴 / 依赖风险台账
依赖交易方角色集中度失效情景严重性缓释措施剩余敞口
生态分发IBM / Qiskit开发者和工作流触达访问路径变弱或集成滞后中高保留 Pasqal 直接云访问和多平台访问
主权 / HPC 部署GENCI / FZJ / CEA基础设施可信度和用户访问公共项目延误拖慢曝光或采购在公共基础设施之外增加多元商业案例
旗舰金融证据Crédit Agricole CIB 合作方记录最充分的企业路线图路线图延期,或始终进不了生产环境让更多具名企业账户达到同等成熟度
标杆能源验证EDF / PAQ 生态工业示范与法国本土可信度用例停留在孤立试点中高拿出续约范围或更多公用事业客户背书中高
资本市场支持SPAC 交易对手与新投资人融资过桥与估值支撑运营验证尚未累积,窗口就先关闭保留替代私募融资路径

这组依赖很关键,因为 Pasqal 的验证集仍然偏窄,交易对手会同时影响运营和外界认知。

[CR019, CR020, CR021, CR022, CR023, CR024]
人员 / 执行风险登记表
角色 / 职能依赖或缺口发生可能性严重程度缓释措施尽调路径
高管团队必须把科学、产品、制造和资本市场对齐强化经营节奏,并补上有上市公司经验的支持审查董事会构成和领导层厚度
科研领导层声誉和深层技术诀窍高度集中中高扩大梯队,补上接班计划要求提供创始人与科研总监以下的组织架构图
硬件工程与运营系统扩容和质量爬坡同时推进,难度高补充有经验的制造运营人才要求提供关键岗位留存率和填补周期
软件 / 解决方案 / 客户成功企业转化需要持续技术支持中高加码解决方案工程和应用团队衡量试点到生产的转化率和部署人手配置
跨职能招聘在稀缺职能上新增 50 人,可能拉紧文化和管理能力按可衡量里程碑分阶段招聘审查招聘计划、流失率和管理者管理幅度

Pasqal 同时要跨过多道规模化门槛,而不是只做一个职能爬坡,因此人员风险很关键。

[CR025, CR026, CR027, CR028]
FR003: 依赖地图

Pasqal 同时依赖监管机构、旗舰客户、平台盟友、公共基础设施、专门人才和资本市场。

依赖地图根据公开材料综合而成;Pasqal 未明确发布这张图。

[CR021, CR022, CR024, CR025, CR028, CR034]

7.4 财务模型风险与止损条件:资本真实到位,但投资判断仍取决于转化速度

财务问题说起来简单,公开材料却难回答:Pasqal 能否在下一个融资或估值节点前,把扩大的资本底盘转化成足够的技术和客户证据?2026 年融资和上市流程显然缓解了短期资金压力,但并不能让业务自动证明自身。公开来源仍没有披露收入、单位经济性、毛利率或客户集中度,投资人无法把硬件扩产清楚映射到可持续现金生成。这意味着投资逻辑仍高度依赖里程碑。如果旗舰客户进入可信的生产使用,如果制造扩张没有明显质量退化,如果公司开始披露更强的经济性,风险图景可以快速改善。反过来,如果客户合作仍以试点为主,基准清晰度仍薄,或商业证据增强前市场环境恶化,稀释和下轮降价风险也会迅速重现。因此正确框架不是盲信品类动能,而是带明确止损条件的有条件乐观。[CR029, CR030, CR031, CR032, CR033, CR039]

缓释措施与否决标准表
风险可监测触发点阈值 / 事件行动含义
客户转化仍以试点为主没有标杆客户达到可清晰背书的生产使用未在既定路线图窗口兑现,且没有替代验证从投资 / 观察转向放弃,或要求价格重置
制造爬坡延期交付或产能目标明显落空相较公开爬坡预期反复延迟放慢部署假设,扩大下行情景
资本市场执行转弱上市停滞,或后续融资条款明显恶化交易延迟,且没有私募融资对冲假设稀释或战略收缩风险上升
监管 / 出口负担上升许可或审查需求明显拖慢重大交易一项或多项战略交易被合规门槛拖延提高销售周期和跨境风险折价
人才瓶颈恶化关键岗位长期空缺,或工程 / 解决方案团队流失率上升核心爬坡职能持续缺人重新评估客户与硬件同步扩张的能力

否决标准设计成董事会或投资人可以监测的触发点,而不是抽象担忧。

[CR029, CR030, CR032, CR033, CR039, CR040]
Chapter 08

08估值

8.1 当前估值与建议:Pasqal 看起来很扎实,但 $2B 标记已计入大量未来成功

Pasqal 的估值问题不在于公司缺少实质。到 2026 年中,公开材料显示它拥有真实的量子计算平台、具名企业和主权关系、7 套已安装系统及更多在产系统,并披露了 2025 年商业收入基础。问题在于,投资人要为这些进展付出的价格。投前估值约 $2 billion 时,Pasqal 已不再是发现阶段的科学赌注;它被定价为领先商业竞争者。分析师材料披露 2025 年商业收入 €16.5 million,这有帮助,但也让当前估值显得吃力,因为隐含收入倍数按普通标准仍极高。这并不意味着估值不可能成立——前沿赛道赢家在规模清晰前往往看起来昂贵——但它确实要求投资人保持价格敏感。基于公开证据,今天的正确判断是观察而不是投资:尊重资产,但不要把技术可信度误当成自动便宜。[CV001, CV002, CV003, CV004, CV005, CV006]

建议摘要表
建议信心风险评级估值立场决策含义
观察偏高 / 已充分定价密切跟踪,但没有更清晰的经济性披露前,不追当前私募估值
现阶段不投资n/a价格敏感只有入场价格更低,或验证明显更强,才会上调判断
仍有期权价值真实但昂贵品类上行空间存在,但投资人已经为其中相当一部分买单

建议反映的是估值敏感性,并非怀疑 Pasqal 是一家严肃公司。

[CV034, CV035, CV040]
论点 / 反论点表
论点证据哪些变化会改变判断
论点:Pasqal 是真正的品类竞争者中性原子差异化、7+3 QPU 规模、40+ 客户 / 合作伙伴、具名企业验证若收入、续约和生产验证显著加深,则上调判断
反论点:估值仍主要靠承诺支撑€16.5M 收入撑着约 $2B 估值,利润率披露薄,多重执行风险若客户或制造验证延期,则下调判断
论点:上市可比公司显示市场愿为品类买单IonQ、Rigetti 和 D-Wave 市值均高于 $2B若上市量子公司倍数大幅回归,则削弱判断
反论点:上市可比公司锚点噪声大上市公司技术路线和披露深度各不相同若 Pasqal 披露更清晰且接近同行口径的经济性,则强化判断

判断应随价格和验证移动,而不是只跟着品类热度走。

[CV014, CV015, CV016, CV032, CV033, CV034]
FV001: 建议逻辑

Pasqal 的建议逻辑从真实技术证明出发,经过仍然偏薄的经济性,最后在当前价格下落到观望结论。

该流程压缩了供 IC 讨论使用的章节逻辑;它不是量化模型。

[CV001, CV003, CV004, CV010, CV034, CV040]

8.2 投资论点、反论点与可比公司:Pasqal 比公开市场量子泡沫便宜,但这还不够

公开可比公司有参考价值,也容易误导。一方面,IonQ、Rigetti 和 D-Wave 在 2026 年 7 月的公开股权市值都高于 Pasqal 的 $2 billion 估值,说明公司并没有明显脱离当前量子市场的估值区间。另一方面,这些股票受公开市场动能、散户投机和不同收入披露制度影响,不能被当成 Pasqal 便宜的干净证据。更有说服力的论点来自 Pasqal 自身属性:中性原子差异化、欧洲战略位置、可见客户项目和有意义的产业化计划。反论点同样强:公司经济性仍早,当前收入小,估值很大一部分依赖未来执行。因此,一组合适的可比公司只能说明估值说得过去,不能说明估值舒服。这个区别很重要,因为它区分的是“这个价格站得住”和“这个价格有吸引力”。[CV011, CV012, CV013, CV014, CV015, CV016]

乐观 / 基准 / 悲观情景表
情景核心假设估值 / 回报逻辑关键风险概率信号
悲观试点仍是试点,收入扩张缓慢,倍数压缩股权价值可能跌破当前估值,下行空间可能很大商业化滞后、稀释、公开市场重估实质性
基准收入从 2025 年基数复合增长,更多标杆客户成熟,当前倍数部分消化风险业绩可随时间追上当前估值,但短期不明显会超越执行必须不出错,披露也要改善最可能
乐观企业转化更快,部署标准化,高溢价中性原子叙事延续若收入和验证明显拐头,当前估值会显得保守需要运营和市场两端都完美可能,但要求高

情景是方向性的,因为公开输入仍不完整;它们用于框定决策逻辑,而不是给出精确目标价。

[CV023, CV024, CV025, CV026, CV027, CV028]
可比估值表
可比对象指标倍数 / 估值 / 状态相关性局限
IonQ市值~$13.4B (Jul 27 2026)最大的纯量子上市可比公司,也是强情绪标尺公开市场亢奋可能高估基本面可比性
Rigetti市值~$5.19B (Jul 27 2026)IonQ 规模以下的上市硬件同行技术路线和披露历史差异很大
D-Wave市值~$6.0B (Jul 27 2026)另一家有可见公开估值的上市量子硬件公司退火路线历史和股价波动限制可比性
Pasqal私募投前估值~$2.0B (2026)当前决策的参照点私募估值,经济性披露有限
量子行业收入池2025 年市场收入>$1.0B 至 $1.4B当前市场变现规模的有用上限全市场数字,不是 Pasqal 收入
Quantinuum私营同行状态大型私营同行,本语料没有简单公开估值说明 Pasqal 不是唯一优质私营竞争者当前语料未保留官方估值数字

将可比表用作合理性框架,而不是机械定价引擎。

[CV011, CV012, CV013, CV014, CV015, CV016]
FV004: 投资 KPI

面向投委会的简明指标:Pasqal 值得关注,但价格还谈不上明显便宜。

KPI 只是把会影响决策的公开事实收拢起来,不能替代完整财务模型。

[CV001, CV003, CV004, CV011, CV012, CV013]
FV002: 估值敏感性

如果投资者把不同收入倍数套用到 Pasqal 披露的 2025 年商业收入基数上,得到的示意企业价值。

每个柱形都是分析师生成的 EV 结果,单位为 €M,使用 Pasqal 披露的 2025 年商业收入。该结果不是管理层指引。

[CV003, CV005, CV006, CV027, CV028]

8.3 乐观、基准与悲观:结果仍取决于收入复合、证据扩张和倍数耐久性

Pasqal 披露仍太薄,不能假装精确,因此必须做情境分析。悲观情境很直接:客户转化继续缓慢,市场对量子增长倍数降温,Pasqal 的产业化爬坡消耗现金的速度快过经济证据复合。沿着这条路径,今天的估值可能明显压缩。基准情境更平衡:Pasqal 从 2025 年收入基础上增长,深化少数旗舰账户,标准化更多部署,并逐步挣进当前估值。乐观情境要求更强的条件——更快的客户转化、明显扩大的装机基础、更清晰的财务披露,以及市场持续相信中性原子相对其他技术路线可以拿到溢价估值倍数。关键在于,当前投资人需要的不是 Pasqal 仅仅维持既有动能;他们需要公司在相对短的窗口内把动能转成大得多的经济证据。因此,即便公司本身仍显得高质量,当前价格也已经打得很满。[CV021, CV022, CV023, CV024, CV025, CV026]

论点破裂与否决触发器表
触发器阈值论点传导行动含义
没有标杆生产验证到路线图窗口时,生产参考案例没有比今天明显更强削弱客户质量判断和收入信心当前价格下继续观察,或转为放弃
收入未能从 2025 年基数拐头2026 / 2027 年更新未显示有意义台阶当前倍数难以辩护要求更低入场价,或放弃论点
制造 / 部署爬坡延期装机基数或产量目标明显落空削弱规模溢价和利润率假设扩大下行估值区间
上市量子公司倍数压缩同行市值大幅下调可比支撑消失将当前私募价格标记为充分定价或过度定价
资本结构恶化出现更稀释的融资,或不利上市结果减少新投资人能拿到的上行要求更高回报门槛,或暂不参与

这些是可执行触发器,而非泛泛担忧。

[CV027, CV028, CV029, CV036, CV040]
FV003: 估值 / 回报区间

按熊市、基准、牛市和当前私募估值参考四种情景,给出示意性估值区间。

区间来自分析师情景:基于公开证据、可比公司区间和里程碑逻辑推导,并非经审计预测。

[CV001, CV024, CV025, CV026, CV027, CV028]

8.4 尽调要求与止损触发:下一步应要更多数据,而不是更多故事

Pasqal 的估值纪律应围绕少数可量化问题展开。第一,投资人需要一条清晰桥接,把新披露的 2025 年 €16.5 million 商业收入,连到当前订单、积压订单、已确认收入和收入流构成。第二,他们需要客户质量证据:头部账户集中度、续约或追加采购行为,以及具名旗舰项目正从试点式项目转化为可被引用的运营使用证据。第三,他们需要按产品层拆的单位经济性,这样硬件偏重的增长计划才能映射到最终利润率,而不只是技术里程碑。打破论点的触发点同样具体。如果旗舰客户没有成熟,如果制造爬坡滞后,或如果经济性改善前公开市场热情消退,当前估值可能从只是偏贵变成明显没有吸引力。在这些问题得到回答前,正确动作是把 Pasqal 留在重点观察名单,而不是把它投成明显错价。[CV037, CV038, CV039, CV040]

最终尽调要求表
主题缺失证据重要性负责人 / 尽调路径
收入桥按业务流列示 2025 至 2026 年初至今的预订 / 收入 / 积压订单用来判断业绩是否在追上当前估值管理层 / 审计师数据室
客户集中度头部客户、续约和生产阶段状态这个价格下,收入质量比客户名册数量更重要结合客户访谈做商业尽调
单位经济性QPU 销售利润率、云毛利率、服务经济性估值取决于未来利润率形态,不只是增长财务与运营尽调
股权结构和可转债条款稀释机制、优先权结构和转换结果投资人回报既取决于企业价值,也取决于资本结构法务 / 财务审查
制造效率良率、部署节奏、现场可靠性规模溢价需要运营可重复运营尽调

若管理层无法回答这些问题,估值折价应比技术故事暗示的更重。

[CV037, CV038, CV039, CV040]

免责声明

本报告只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;投资前, 应向管理层和原始文件直接核验。

证据索引

结论
编号陈述可信度来源
CO001 Pasqal describes itself as a global leader in neutral-atom quantum computing and a full-stack provider of hardware and software for industry, science, and governments. SO001, SO003, SO004
CO002 Pasqal was founded in 2019. SO003, SO005, SO014, SO018
CO003 Current official materials list Pasqal’s global headquarters at 24 rue Emile Baudot, 91120 Palaiseau, France. SO002
CO004 Pasqal publicly lists additional operating hubs in Riyadh, Boston, Seoul, and Sherbrooke alongside its French global headquarters. SO002
CO005 IBM and 2023 financing materials identify Pasqal’s founder set as Georges-Olivier Reymond, Christophe Jurczak, Alain Aspect, Antoine Browaeys, and Thierry Lahaye. SO005, SO018, SO019, SO021
CO006 Alain Aspect is a Pasqal co-founder and 2022 Nobel Prize laureate in Physics. SO002, SO005, SO011
CO007 Pasqal builds quantum processors from ordered neutral atoms arranged in 2D and 3D arrays. SO004, SO018, SO019
CO008 Pasqal’s neutral-atom platform uses optical tweezers to trap rubidium atoms and is positioned as a room-temperature architecture. SO007, SO020
CO009 Pulser is Pasqal’s open-source software package for designing and simulating pulse sequences on programmable neutral-atom arrays, including analog simulations. SO025
CO010 Wasiq Bokhari is Pasqal’s Chief Executive Officer in the current public record. SO016, SO027, SO028
CO011 Pasqal’s current leadership page lists Loïc Henriet as CTO, Stéphane Rougeot as CFO, Georges-Olivier Reymond as Chief Strategic Alliances Officer, Antoine Browaeys as Chief Scientific Officer, Barbara Bonneau as COO, Véronique Dentan as Chief Production & Project Officer, Adrien Signoles as Chief Hardware Officer, and Mourad Beji as Chief Software Officer. SO027
CO012 Pasqal’s official CEO profile says Wasiq Bokhari was appointed chairman in February 2024, elevated to executive chairman in March 2025, and is now CEO. SO028
CO013 Georges-Olivier Reymond was still publicly identified as CEO in late-2024 IBM materials before the 2026 transition to Bokhari as CEO. SO019, SO028
CO014 TechCrunch reported that Pasqal’s former executive chairman, Wasiq Bokhari, became CEO while Loïc Henriet moved back to the CTO role. SO008
CO015 Pasqal’s March 2026 pre-listing financing combined a €170 million private funding round with approximately €170 million of committed convertible financing. SO003, SO015
CO016 The March 2026 transaction valued Pasqal at about $2.0 billion. SO003, SO004, SO009, SO011
CO017 Pasqal plans an initial Nasdaq listing in 2026 and parallel preparation for an Euronext Paris listing targeted for 2026 or 2027. SO003, SO009
CO018 The proposed business combination with Bleichroeder Acquisition Corp. II was expected to close in the second half of 2026 subject to regulatory and shareholder approvals. SO004, SO008
CO019 The 2026 financing release names Parkway, Quanta Computer, LG Electronics, and CMA CGM among the private-round investors. SO003, SO011
CO020 The same 2026 financing release says the European Innovation Council Fund, Temasek, Saudi Aramco Entrepreneurship Ventures, and ISAI continued their support, while Bpifrance remained strategically involved in the board and capital structure. SO003
CO021 Bpifrance has been a Pasqal shareholder since 2021 and continues to be involved in governance, notably on the board of directors. SO003
CO022 Pasqal says it will remain a French legal entity headquartered in Palaiseau after the transaction. SO003, SO008
CO023 Pasqal says it will double production capacity within 24 months and add about 50 hires over the next 18 months in France. SO003, SO011
CO024 Official March 2026 materials say Pasqal employed over 275 people. SO003, SO004, SO016
CO025 Official March and June 2026 materials say Pasqal serves over 25 clients or clients-and-partners, including CMA CGM, OVHcloud, Thales, IBM, Sumitomo, and Aramco in the later CA-CIB release. SO003, SO004, SO016
CO026 Pasqal’s current technology page says it collaborates with more than 40 global clients. SO007
CO027 Pasqal’s SPAC announcement says the company had deployed seven quantum computers and had three more in production. SO004
CO028 The same SPAC material says Pasqal could ramp to 13 QPUs per annum across two manufacturing facilities in France and Canada, subject to staffing and parts availability. SO004
CO029 Pasqal’s March 2026 disclosures describe the company as backed by more than $300 million in total funding from investors. SO003, SO004, SO016
CO030 The SPAC transaction package said the combined company could receive more than $600 million of gross proceeds because it included trust cash, convertible financing, and Pasqal cash on hand, not only new investor money. SO004
CO031 Pasqal’s January 2023 Series B raised €100 million and was led by Temasek, with EIC Fund, Wa’ed Ventures, Bpifrance, Quantonation, the Defense Innovation Fund, Daphni, and Eni Next also participating. SO005, SO012, SO022, SO023
CO032 Bpifrance’s 2023 press release said Pasqal had 100 employees at the time of the Series B and intended to double staffing in the following months. SO022
CO033 TechCrunch’s 2023 coverage said Pasqal was working with Crédit Agricole CIB, BASF, BMW, Siemens, Airbus, Johnson & Johnson, and Thales. SO023
CO034 The EDF case study showed Pasqal applying neutral-atom quantum computing to energy-demand forecasting for EV smart charging on a physical system. SO006
CO035 IBM and Pasqal announced a collaboration in June 2024 to define classical-quantum integration for quantum-centric supercomputers. SO018
CO036 IBM and Pasqal expanded that quantum-centric supercomputing initiative in November 2024. SO019
CO037 Microsoft’s Azure Quantum documentation lists Pasqal EMU simulators and Fresnel hardware backends, confirming cloud-accessible emulators and QPUs in the product stack. SO020
CO038 Crédit Agricole CIB says its collaboration with Pasqal began in 2019 and that since 2021 the two have worked on credit-risk and portfolio-optimization projects. SO016
CO039 Crédit Agricole CIB and Pasqal say their next phase targets first production use cases as early as 2028. SO016
CO040 The March 2026 financing release said the post-transaction governance would include a new non-executive chair of French nationality. SO003
CO041 TNW reported that Pasqal’s July 2026 public-market narrative implied roughly €16.5 million of 2025 revenue against a $2 billion valuation, or about 100 times sales. SO010
CO042 Pasqal’s F-4 filing says Bleichroeder reviewed unaudited 2025 revenue of about $19.4 million and an implied enterprise value to 2025 revenue multiple of about 95.6x. SO026
CO043 The F-4 filing says non-EU acquirers need prior French Ministry of the Economy approval to acquire 25% or more of Pasqal voting rights, or 10% or more if Pasqal trades on a regulated market such as Euronext Paris. SO026
CO044 The F-4 and adverse 2026 coverage both say Pasqal’s own disclosures warn that commercial traction for quantum computing may never occur or may arrive more slowly than hoped. SO010, SO026
CO045 Tracxn reports Pasqal had 301 employees as of June 2026, a higher but lower-confidence external benchmark than the company’s 275-plus official figure. SO017
CO046 The current public record supports Palaiseau as Pasqal’s headquarters more strongly than Massy, even though both belong to the broader Paris-Saclay geography. SO002, SO003, SO008
CO047 The company’s customer-count disclosures are definitionally inconsistent because one 2026 official surface says over 25 clients or clients-and-partners while another says 40-plus global clients. SO003, SO007, SO016
CM001 Pasqal’s most relevant market is enterprise quantum computing rather than the entire quantum-technology sector. SM001, SM002, SM007
CM002 The relevant included spend for Pasqal covers hardware access, software, services, cloud access, integration, and codevelopment. SM001, SM007, SM014
CM003 Excluded spend includes quantum sensing revenues, generic AI infrastructure, passive investment exposure to quantum equities, and long-horizon value-at-stake estimates that do not yet convert into vendor revenue. SM001, SM002, SM007
CM004 The main buyer classes in this market are enterprises, governments, research organizations, national labs, HPC centers, and cloud or platform intermediaries. SM002, SM004, SM006, SM007
CM005 McKinsey says quantum-computing companies generated more than $1 billion of revenue in 2025. SM001
CM006 McKinsey estimates quantum-computing company revenue could grow to $3.2 billion to $4.4 billion in 2028. SM001
CM007 McKinsey estimates industry value at stake from quantum use cases could reach $1.3 trillion to $2.7 trillion by 2035. SM001
CM008 McKinsey says more than 300 companies have dedicated quantum efforts. SM001
CM009 McKinsey says no dominant quantum modality or player has been established yet. SM001
CM010 McKinsey says codevelopment is becoming the leading engagement model as the market moves from proof of concept toward paid work. SM001
CM011 QED-C’s state-of-industry page says the total quantum industry reached a $1.9 billion market size in 2025. SM002
CM012 QED-C’s quantum-computing forecast says the segment reached about $1.4 billion in 2025 and could exceed $3 billion by 2028 at about 30 percent annual growth. SM003, SM002
CM013 QED-C says there were 7,420 quantum-engaged organizations worldwide as of the end of 2025. SM002
CM014 QED-C identifies talent scarcity as one of the biggest constraints on scaling quantum commercialization. SM002
CM015 QED-C describes the quantum supply chain as custom, fragile, and strategically important. SM002
CM016 QED-C says public-private partnerships are essential because quantum technologies are still too early-stage and capital-intensive for the private sector to advance alone. SM002
CM017 QED-C says the most likely early useful applications are in materials science, medicine, energy, logistics, and finance over the next three to five years. SM002
CM018 Global Market Insights values the neutral-atom quantum-computing market at $134 million in 2025, $176.1 million in 2026, and $1.2 billion in 2035, with a 23.9 percent CAGR. SM004
CM019 Global Market Insights says QuEra, Pasqal, planqc, Atom Computing, and Infleqtion collectively held 85.9 percent of the neutral-atom market in 2025. SM004
CM020 Global Market Insights says HPC centers and national laboratories were the largest neutral-atom end-user segment in 2025. SM004
CM021 Global Market Insights says pharmaceutical and biotechnology is the fastest-growing neutral-atom end-user segment. SM004
CM022 Global Market Insights says digital gate-based systems held a 70.5 percent share of the neutral-atom market in 2025 while hybrid digital-analog systems are projected to grow at a 22.8 percent CAGR. SM004
CM023 Future Markets says neutral-atom systems benefit from room-temperature operation and lower infrastructure complexity than cryogenic superconducting systems. SM006, SM005
CM024 Future Markets says current operational neutral-atom systems feature roughly 100 to 300 atom arrays and are scaling toward much larger systems, with error-correction and fault-tolerance milestones targeted later in the decade. SM006
CM025 The Business Research Company estimates the enterprise quantum-computing market at $4.78 billion in 2025, $6.28 billion in 2026, and $18.54 billion in 2030. SM007
CM026 The Business Research Company says major enterprise quantum verticals include healthcare and life sciences, IT and telecom, manufacturing, BFSI, energy and utilities, and aerospace and defense. SM007
CM027 The Business Research Company says cloud adoption, hybrid classical-quantum computing, and quantum-as-a-service are major growth drivers for enterprise adoption. SM007
CM028 IQM’s 2026 market study says 89 percent of respondents report hands-on quantum work, but only 10 percent report limited production use and 3 percent have reached scaled deployment. SM016, SM017
CM029 IQM’s 2026 study says 46 percent of buyers expect on-premises infrastructure to form part of their access model within three years, versus 24 percent favoring public cloud alone. SM016, SM017
CM030 IQM’s 2026 study says skills are the most consistent barrier, cited by 66 percent or more of large enterprises, universities, and government buyers. SM016
CM031 Innovation News Network argues that quantum adoption still lags technical progress because real-world applications and market certainty remain limited. SM008
CM032 QED-C’s 2026 forecast says more than half of respondents see some probability of a quantum winter by 2031, reflecting rising caution even as the market commercializes. SM003
CM033 IBM and Pasqal frame chemistry, materials science, and hybrid HPC integration as early enterprise quantum value pools. SM010, SM011
CM034 Crédit Agricole CIB and Pasqal show finance as a live buyer category, with use cases in counterparty credit-risk measurement and portfolio optimization. SM012
CM035 Pasqal’s EDF case study shows energy forecasting and EV smart-charging as a practical industry workload for neutral-atom systems. SM013
CM036 Microsoft’s Azure Quantum provider page shows that Pasqal’s market entry includes emulator and cloud access rather than only direct hardware sales. SM015
CM037 Pasqal’s F-4 filing says the company is pursuing an emerging technology, faces significant technical challenges, and may not achieve commercialization or market acceptance. SM020
CM038 TNW’s July 2026 analysis says Pasqal’s own public filings show a market still valued more on future potential than on current earnings power. SM023, SM020
CP001 Pasqal competes against multiple rival classes rather than a single peer set, including neutral-atom startups, trapped-ion vendors, superconducting incumbents, and cloud marketplace intermediaries. SP018, SP019, SP020, SP021, SP028, SP029
CP002 QuEra, Atom Computing, and planqc are Pasqal’s closest modality-matched peers because all market neutral-atom quantum systems. SP011, SP012, SP013, SP016, SP017, SP025
CP003 IonQ and Quantinuum compete for the same enterprise evaluation budgets as Pasqal even though they use trapped ions rather than neutral atoms. SP001, SP002, SP007, SP008, SP018, SP019
CP004 IBM Quantum is a major incumbent competitor because it combines hardware access with a broad software and education stack through IBM Quantum Platform and Qiskit. SP004
CP005 Google Quantum AI is competitively relevant to Pasqal primarily through roadmap signaling, research prestige, and error-corrected system ambition rather than broad public commercialization packaging. SP005, SP006
CP006 IQM is a meaningful European comparator where buyers prioritize on-prem HPC integration and sovereign infrastructure over pure public-cloud experimentation. SP009, SP010
CP007 D-Wave and Rigetti are relevant substitute or adjacent alternatives in quantum procurement even if they do not map directly to Pasqal’s neutral-atom positioning. SP022, SP023, SP024
CP008 Incumbents such as IBM and Google likely enjoy stronger ecosystem and talent advantages than Pasqal because their public surfaces span platforms, tooling, and roadmap messaging at larger scale. SP004, SP005, SP006
CP009 Cloud aggregation reduces the importance of exact modality matching at the top of the funnel because buyers can access several providers from one marketplace layer. SP018, SP019, SP020, SP021
CP010 Pasqal therefore has to defend itself against alternatives that satisfy the same workload or procurement logic, not only against companies with the same physics stack. SP018, SP019, SP020, SP028, SP029
CP011 Pasqal’s clearest public technical differentiation is that it markets analog and gate-based digital computing on the same neutral-atom platform. SP025, SP026
CP012 That dual-mode neutral-atom pitch is more distinctive for simulation-heavy workflows than the standard gate-first messaging used by most incumbent alternatives. SP025, SP026, SP004, SP018, SP019
CP013 IonQ’s public materials emphasize data-center deployability and enterprise-grade packaging more explicitly than Pasqal’s public surface does. SP002, SP018
CP014 IonQ discloses named cloud targets, qubit counts, native-gate access, and error-mitigation options via Azure Quantum, which makes buyer benchmarking easier. SP018
CP015 Quantinuum’s public tooling stack is unusually explicit, including syntax checkers, emulators, hardware subscriptions, and mid-circuit-measurement guidance. SP019
CP016 IBM’s public offer is shaped like a full platform bundle rather than a single-hardware pitch, which can be attractive to enterprises that want standardized onboarding. SP004
CP017 IQM Radiance is positioned for HPC centers with 20-, 54-, or 150-qubit configurations and explicit on-prem integration messaging. SP010
CP018 QuEra’s Aquila broadens the neutral-atom threat to Pasqal because it is already marketed through Amazon Braket and premium-access routes. SP012, SP021
CP019 Atom Computing and planqc prove that neutral-atom competition is geographically and strategically diverse rather than concentrated in one region. SP013, SP016, SP017
CP020 Developer-facing assets matter because the buyer often judges usability through SDKs, emulators, documentation, and preflight workflows before raw hardware access. SP018, SP019, SP020, SP026, SP027
CP021 Pulser gives Pasqal a visible open-source foothold, but IBM’s Qiskit and cloud-provider documentation still appear more standardized in public view. SP004, SP018, SP026
CP022 Public pricing clarity remains limited across the sector, but the vendors integrated into Azure or AWS expose more packaging cues than vendors relying primarily on direct enterprise sales. SP018, SP019, SP020, SP021
CP023 Azure Quantum lowers switching costs by letting buyers evaluate IonQ and Quantinuum through the same cloud control plane. SP018, SP019
CP024 Amazon Braket similarly lowers early-stage commitment by aggregating providers and advertising simple pricing and workflow management. SP020
CP025 QuEra benefits competitively from Braket because it gains instant discoverability to the same developers already entering through AWS. SP012, SP020, SP021
CP026 IonQ’s multi-cloud and public packaging strategy gives it a stronger first-contact distribution surface than Pasqal currently shows publicly. SP001, SP003, SP018
CP027 Quantinuum’s preflight tooling and subscription-linked emulation can increase buyer stickiness once developers begin building against that environment. SP019
CP028 On-prem or data-center deployment can create higher switching costs than public-cloud access alone because installation, support, and procurement become more embedded. SP002, SP010
CP029 Pasqal’s sovereignty angle can matter most when regulated European or national buyers prefer local control and European supplier alignment. SP010, SP016, SP017, SP025
CP030 Pasqal’s moat is strongest where analog simulation, neutral-atom roadmap optionality, and European procurement logic matter at the same time. SP025, SP026, SP016, SP017
CP031 Pasqal’s moat is weaker where buyers primarily value standard developer tooling, platform familiarity, and turnkey benchmarking across cloud backends. SP018, SP019, SP020, SP004
CP032 No single vendor appears to have locked the market yet, so competitive durability depends more on execution, packaging, and access than on modality claims alone. SP028, SP029, SP018, SP020
CP033 Marketplace aggregation is adverse to Pasqal’s moat because it makes it easier for customers to multi-home or switch after experimentation. SP020, SP021, SP018, SP019
CP034 IBM and Google can pressure Pasqal even without identical hardware if customers overweight ecosystem trust, talent, and long-term roadmap confidence. SP004, SP005, SP006
CP035 Neutral-atom uniqueness alone is not durable if QuEra, Atom Computing, and planqc continue building parallel credibility with customers and developers. SP011, SP012, SP013, SP016, SP017, SP027
CP036 Public evidence is still insufficient to prove that Pasqal has already converted its technical wedge into superior revenue durability or switching costs. SP025, SP028, SP029
CP037 The most important remaining diligence asks are Pasqal’s competitive win rates, direct-versus-cloud revenue mix, developer adoption, and production deployment count relative to peers. SP018, SP019, SP020, SP025, SP028
CP038 From public evidence alone, Pasqal looks differentiated but not yet competitively insulated. SP025, SP026, SP028, SP029
CI001 Public sources support at least four monetization paths for Pasqal: dedicated systems, cloud access, software or emulation tooling, and codevelopment or services work. SI002, SI010, SI011, SI012, SI014, SI015, SI016
CI002 Pasqal does not look like a pure SaaS company from public evidence; it looks like a mixed hardware, access, tooling, and services model. SI002, SI010, SI011, SI014, SI015
CI003 Customer and partner proofs imply that technical services and workflow integration are still meaningful parts of the commercial engine. SI014, SI015, SI016
CI004 Cloud access is a plausible recurring-revenue route because Pasqal maintains provider presence and developer tooling around hosted usage. SI010, SI011, SI012
CI005 Dedicated deployments and sovereign infrastructure contracts could produce high contract values but are likely lumpier than software-like recurring usage. SI002, SI014, SI015
CI006 Pasqal’s product and customer surfaces are consistent with codevelopment-led commercialization rather than fully self-serve product-led growth. SI014, SI015, SI016, SI018, SI019
CI007 Because revenue-stream mix is undisclosed, current public evidence is insufficient to determine how much of Pasqal revenue is recurring versus milestone-based. SI001, SI002, SI009
CI008 Pasqal publishes strategy and access narratives more clearly than standardized price cards, leaving realized economics largely opaque. SI001, SI002, SI010, SI011
CI009 Financial underwriting therefore depends on separating visible monetization mechanisms from actual recognized revenue and gross profit, which public sources do not yet disclose. SI001, SI002, SI009
CI010 Comparable cloud-provider pages show that enterprise buyers can benchmark quantum offerings through target IDs, emulator access, subscriptions, or marketplace cues even when direct vendor pricing is opaque. SI011, SI021, SI022
CI011 IonQ and Quantinuum expose more explicit packaging cues via Azure than Pasqal currently does in its own public materials. SI011, SI021, SI022
CI012 AWS and Azure-style marketplace packaging likely shape price discovery in this sector before buyers negotiate bespoke direct contracts. SI011, SI021, SI022
CI013 Pasqal’s likely sales motion is enterprise-heavy and technically consultative because its named use cases sit in finance, energy, and HPC rather than mass-market developer use. SI014, SI015, SI016
CI014 This sales motion likely entails long conversion cycles and substantial solution engineering, even though CAC is not publicly disclosed. SI014, SI015, SI016, SI019
CI015 No retained public source discloses Pasqal gross margin. SI001, SI002, SI009
CI016 No retained public source discloses Pasqal CAC, payback, or net revenue retention. SI001, SI002, SI009
CI017 Unit-economics underwriting therefore remains mostly a diligence exercise rather than a public-document exercise. SI001, SI002, SI009
CI018 Pasqal’s gross-margin path is likely sensitive to system utilization, services mix, and the balance between shared cloud access and dedicated deployments. SI002, SI010, SI011, SI014
CI019 The 2026 financing announcement frames Pasqal as a capital-intensive scale-up, with funds aimed at infrastructure, hiring, and fault-tolerant R&D rather than near-term harvesting. SI002, SI003, SI004
CI020 Doubling production capacity within 24 months is a strong public signal that manufacturing or assembly throughput is a meaningful economic variable. SI002, SI004
CI021 Adding roughly 50 hires over 18 months signals continuing pressure from specialized talent costs. SI002, SI004
CI022 Investing heavily toward an advanced fault-tolerant quantum computer by the end of the decade implies a long-duration R&D burden rather than a short payback cycle. SI002, SI004
CI023 Official and legal sources align on a 2026 financing package of at least €340 million. SI002, SI003, SI004, SI005
CI024 That financing package comprises a €170 million private funding round plus a committed convertible financing of roughly €170 million / $200 million. SI002, SI003, SI004, SI005
CI025 Public commentary also ties the use of funds to domestic infrastructure, industrial capability, and continued roadmap execution rather than only balance-sheet repair. SI002, SI003, SI004
CI026 Earlier funding announcements similarly emphasized system scaling, roadmap progress, and hiring, reinforcing that Pasqal has consistently funded growth through heavy reinvestment. SI017, SI025
CI027 The SEC filing adds important structure beyond the headline: the March 2026 financing includes $312.5 million aggregate principal of senior unsecured convertible bonds for a $250 million subscription price. SI009
CI028 The filing says the $250 million subscription price reflects a 20 percent original issue discount. SI009
CI029 The filing also provides for investment warrants equal to 125 percent of the initial conversion share count of the convertible bonds. SI009
CI030 The business combination closing is conditioned on New Pasqal having access to at least $150 million before transaction expenses. SI009
CI031 SPAC trust cash, redemption outcomes, and any additional agreed financing therefore still matter to Pasqal’s final liquidity position at close. SI008, SI009, SI006
CI032 The 2026 transaction materially improves Pasqal’s funding position, but it does not eliminate financing dependency because roadmap ambitions remain large and dilution mechanics are meaningful. SI002, SI009, SI018, SI019
CI033 Public revenue traction disclosures are much weaker than financing disclosures, making it easier to model money raised than economics earned. SI001, SI002, SI009
CI034 Public sources are insufficient to underwrite revenue quality, gross-margin path, burn, and customer concentration with high conviction. SI001, SI002, SI009
CI035 The main financial blocker for valuation work is not lack of financing headlines but lack of audited and segmented operating metrics. SI001, SI002, SI006, SI009
CI036 Financially, Pasqal looks funded to keep building in 2026, but not yet publicly de-risked as a recurring, dilution-efficient business. SI002, SI009, SI018, SI019
CE001 Pasqal publicly frames its product as a software-and-execution stack, not only as a standalone quantum processor. SE001, SE003, SE010
CE002 Pasqal’s software-stack page separates applications, SDKs, and execution layers. SE001
CE003 Public docs show that users can run algorithms on Pasqal cloud QPUs or on local and remote emulators before hardware deployment. SE001, SE003
CE004 Pulser is the main developer-facing SDK in Pasqal’s public product surface. SE001, SE002, SE004, SE007
CE005 Pulser Studio is presented as a browser-based or no-code onboarding surface adjacent to Pasqal’s core SDKs and cloud platform. SE003, SE001
CE006 EMU and simulation capabilities are positioned as development aids that precede production hardware execution. SE001, SE003, SE004
CE007 Pasqal’s product workflow is best understood as experimentation-to-execution rather than as a simple hardware sale. SE001, SE003, SE011
CE008 The public file supports a buyer journey that starts with documentation and experimentation before it reaches hardware dependence. SE001, SE003, SE007
CE009 This workflow orientation is strategically important because it lowers initial adoption friction for enterprises and researchers. SE001, SE003, SE018
CE010 Pulser documentation explicitly supports pulse-sequence design for programmable neutral-atom arrays. SE002, SE006, SE007, SE009
CE011 Pulser is designed around device-specific programming rather than around a fully abstracted universal circuit layer. SE002, SE004, SE007, SE009
CE012 Pulser enables both digital and analog settings, making it broader than a gate-only interface. SE002, SE006, SE007, SE010
CE013 Pasqal’s cloud docs describe a workflow that includes backend selection, job submission, monitoring, retries, and advanced execution features. SE003
CE014 The cloud surface is productized enough to present account setup, job monitoring, statistics, retries, and backend selection as standard user actions. SE003
CE015 Pasqal’s operating model therefore depends on the interplay among device constraints, emulation, orchestration, and hardware execution. SE003, SE004, SE009, SE011
CE016 IBM and Pasqal publicly describe a hardware-agnostic hybrid-HPC path built around Qiskit interoperability. SE012, SE025
CE017 That integration path would let Qiskit users access Pasqal’s analog neutral-atom QPUs through a broader HPC workflow. SE012
CE018 The presence of partner-driven interoperability work suggests Pasqal sees software integration as part of product differentiation, not just a sales partnership. SE012, SE025, SE011
CE019 Pasqal’s headline technical differentiation is the combination of analog and digital quantum computation on one neutral-atom platform. SE010, SE006
CE020 Neutral-atom peers and adjacent sources reinforce that large configurable atom arrays are a core strength of the modality. SE014, SE015, SE022
CE021 QuEra and planqc provide public evidence that neutral atoms are a meaningful competitive lane, not a one-company category. SE014, SE015
CE022 Trapped-ion and superconducting competitors generally communicate tooling clarity or ecosystem scale more explicitly than Pasqal communicates benchmark detail. SE013, SE016, SE017, SE020, SE021
CE023 The retained public corpus does not offer a standardized Pasqal-versus-peer table for fidelities, error rates, and uptime. SE010, SE013, SE016, SE017, SE023
CE024 Pasqal’s public roadmap still emphasizes scale-up toward 1,000-qubit systems and longer-run fault-tolerant architectures. SE022, SE024
CE025 Competitors are simultaneously advancing their own fault-tolerant narratives, which means Pasqal’s roadmap must be judged relative to a moving field. SE013, SE017, SE020, SE021, SE024
CE026 Pasqal’s product file is therefore differentiated but not yet benchmark-transparent enough for a simple technical winner call. SE010, SE014, SE016, SE017, SE023
CE027 Public technical maturity is strongest where Pasqal exposes workflows and tooling, and weakest where it must prove production-grade benchmark superiority. SE003, SE004, SE023
CE028 Pasqal’s public assurance signals are stronger on accessibility and developer control than on uptime or formal service guarantees. SE003, SE004, SE005, SE007
CE029 Open documentation, installation guidance, and release notes are real product-maturity signals for a deep-tech platform. SE003, SE005, SE007, SE008, SE009
CE030 Pulser’s release activity and documentation depth indicate ongoing maintenance rather than a static research artifact. SE004, SE005, SE007
CE031 The cloud platform appears designed for repeat operational use, with monitoring and management functions exposed publicly. SE003
CE032 No retained public source provides a strong production-grade SLA, incident ledger, or uptime history for Pasqal cloud services. SE003, SE011
CE033 That absence matters because enterprise procurement for infrastructure-like tools often requires more assurance than product tutorials alone provide. SE003, SE018, SE023
CE034 The product roadmap shows continued movement in both hardware scaling and software-productization, but public delivery milestones remain selective rather than exhaustive. SE003, SE005, SE012, SE022
CE035 Before treating Pasqal as enterprise-ready at scale, investors still need device benchmark sheets, support commitments, and reliability evidence beyond the current public corpus. SE023, SE024, SE003
CU001 Pasqal’s public customer story is verticalized: finance, energy, aerospace/defense, logistics, and industrial optimization recur more often than generic compute selling. SU001, SU002, SU004, SU008, SU011
CU002 Pasqal’s solutions page says it has 25+ commercial use cases spanning 35+ customer engagements. SU001
CU003 Public 2026 materials claim Pasqal serves more than 25 clients or clients-and-partners. SU004, SU018, SU022
CU004 Pasqal’s public customer materials mix “clients,” “partners,” and logo references, so customer-count claims should not be treated as the same thing as disclosed paying accounts. SU018, SU019, SU022, SU017
CU005 The broadest current named 2026 customer proof is in finance, where both Pasqal and Crédit Agricole CIB describe a strategic partnership rather than a loose exploration. SU004, SU005, SU006, SU007
CU006 Pasqal and Crédit Agricole CIB say their collaboration began in 2019. SU004, SU005, SU007
CU007 Since 2021, Crédit Agricole CIB and Pasqal say they have run projects on counterparty credit default risk measurement and portfolio optimization. SU004, SU005, SU006, SU007
CU008 The next phase of the Crédit Agricole CIB relationship is framed as industrialization with initial production use cases targeted as early as 2028, not as already-live bank-wide production. SU004, SU005, SU006, SU007
CU009 Crédit Agricole CIB publicly describes a 2026–2028 roadmap that blends quantum-inspired classical deployment, quantum experimentation on Pasqal hardware, and later operational integration. SU004, SU005, SU006
CU010 The Crédit Agricole CIB case is meaningful because it shows process integration and a named roadmap, but it still does not disclose contract value, seat count, or revenue contribution. SU004, SU005, SU017
CU011 Pasqal’s strongest energy-sector proof is the EDF smart-charging program, which the company says successfully ran energy-demand forecasting on more than 100 qubits. SU008
CU012 Pasqal says it has collaborated with EDF since 2018 through EDF’s R&D department. SU008
CU013 The EDF use case centers on EV smart-charging demand forecasting and optimization rather than a broad utility-core deployment. SU008, SU010
CU014 Pasqal’s EDF material also says GENCI was its first customer via the Ruby 100-qubit system installed and operated by CEA at TGCC. SU008
CU015 Independent HPC infrastructure coverage from FZJ supports that Pasqal systems were being installed for broader European user access, strengthening the sovereign/HPC-commercialization bridge. SU009
CU016 The IBM relationship is best read as ecosystem distribution proof: Qiskit users are intended to gain access to Pasqal neutral-atom hardware through a hardware-agnostic hybrid workflow. SU012, SU013
CU017 IBM’s public collaboration statements strengthen Pasqal’s enterprise reach narrative, but they do not disclose recurring customer spend on Pasqal hardware. SU012, SU013, SU017
CU018 Thales is a real named industrial proof point, with public statements about optimizing complex critical systems and mission-planning constraints using Pasqal technology. SU002, SU011
CU019 Public university and company materials tie Pasqal use cases to both finance and energy optimization, supporting the idea that the company sells problem-specific pilots rather than a one-size-fits-all quantum SKU. SU004, SU008, SU010
CU020 TechCrunch and EurekAlert in 2023 reported that Pasqal was working with BASF, BMW, Airbus, Johnson & Johnson, Siemens, and Thales. SU014, SU015
CU021 EurekAlert adds specific workload color: BASF weather-pattern work and BMW crash-testing or lightweight-material simulation. SU015
CU022 The 2022 Pasqal-Qu&Co merger announcement independently reinforces the named-customer set by listing Johnson & Johnson, Airbus, BMW Group, EDF, Thales, MBDA, and Crédit Agricole CIB. SU024
CU023 Pasqal’s older and newer materials consistently suggest Fortune-500 engagement, but freshness is uneven: the logo-heavy industrial set is mostly documented in 2022–2023, while the freshest detailed proof is CA-CIB and EDF. SU004, SU008, SU015, SU024
CU024 TNW reported in 2026 that Pasqal had more than 25 commercial customers and partners while still not disclosing revenue figures. SU017
CU025 TechCrunch’s 2026 listing coverage similarly described customer traction without public economics robust enough to underwrite retention or account quality. SU016, SU017
CU026 Pasqal does not publicly disclose NRR, GRR, churn, renewal rate, contract length, or satisfaction scores in the retained corpus. SU001, SU004, SU017, SU025
CU027 The best public land-and-expand proof is Crédit Agricole CIB’s move from 2019 collaboration to strategic partnership and a named 2028 operational target. SU004, SU005, SU006, SU007
CU028 No public Pasqal source in the retained file discloses top-customer concentration or share of revenue from any one logo. SU017, SU018, SU019, SU025
CU029 Sovereign and HPC relationships matter commercially because they create infrastructure access, credibility, and route-to-user exposure even when end-customer monetization is not directly disclosed. SU008, SU009, SU012, SU013
CU030 Pasqal’s public customer mix spans energy, finance, aerospace/defense, manufacturing, logistics, and cloud/HPC-adjacent relationships. SU001, SU004, SU008, SU011, SU018, SU019
CU031 Logos alone do not prove production deployment, and Pasqal’s own best evidence supports that distinction: CA-CIB is industrializing, EDF is a demonstrated use case, while many other logos are still framed as “working with” or exploring business needs. SU004, SU008, SU014, SU015, SU021
CU032 Innovation News Network’s adverse view aligns with Pasqal’s long customer journey: many enterprises stay in experiments or partnerships because commercial quantum adoption remains slow. SU021
CU033 The SEC filing underscores that Pasqal may fail to achieve commercialization or market acceptance, which means customer-proof today should be weighted more as option value than recurring-revenue certainty. SU025
CU034 Pasqal’s public customer story is stronger on strategic logos and co-development than on evidence of repeat purchase, standardized ROI, or multi-year contracted revenue. SU004, SU008, SU016, SU017, SU025
CU035 The freshest customer evidence is concentrated in a small number of relationships—especially Crédit Agricole CIB, EDF/GENCI, IBM, and Thales—rather than a broad set of independently verified production references. SU004, SU008, SU011, SU012, SU021
CU036 Overall, Pasqal has credible adoption signals for a deep-tech hardware company, but the underwrite remains constrained by missing renewal, contract-value, and concentration data. SU003, SU004, SU017, SU021, SU025
CR001 Pasqal’s public filing explicitly warns that it may not achieve commercialization or market acceptance despite technical progress and capital raised. SR001
CR002 The same filing warns that Pasqal relies on strategic partners and third parties, making ecosystem and counterparty execution a core risk rather than a side issue. SR001
CR003 French and EU screening rules increasingly treat quantum technologies as sensitive critical technologies, which can complicate ownership changes, strategic investments, or certain cross-border deals. SR014, SR015, SR034
CR004 EU FDI revisions published in late 2025 and 2026 broaden screening scope to dual-use items and targets developing quantum technologies. SR014, SR015
CR005 EU dual-use controls apply not only to physical exports but to technical assistance, software, and some cloud or electronic transmissions, raising compliance complexity for quantum vendors. SR012, SR013, SR011
CR006 Baker McKenzie’s legal summary indicates the 2025 annex update added explicit controls relevant to quantum computers and cryogenic components, underscoring that export-control scope is moving with the technology. SR011, SR013
CR007 Pasqal’s risk profile includes public-market execution risk because the 2026 financing structure and listing process depend on capital-market conditions and completion of the business combination. SR001, SR002, SR003, SR004, SR031
CR008 The absence of disclosed revenue in 2026 listing coverage increases model risk because investors are being asked to underwrite scale and valuation without mature economics. SR004, SR005, SR001
CR009 Export-control and FDI burdens do not mean Pasqal cannot sell internationally, but they do imply heavier diligence, licensing, and timing risk for some transactions. SR011, SR012, SR014
CR010 There is no retained public evidence of a disclosed major enforcement action against Pasqal, so regulatory risk is better framed as ex ante complexity than observed sanction history. SR001, SR014, SR015
CR011 Pasqal’s operating model remains technically frontier because analog and digital neutral-atom workflows still require proof that they can convert from research-grade success into reliable enterprise infrastructure. SR016, SR006, SR001
CR012 Public benchmark comparability remains incomplete: Pasqal discloses strategic milestones and workflow narratives more readily than standardized uptime, fidelity, and reliability metrics versus peers. SR016, SR030, SR001
CR013 The EDF 100-plus-qubit use case is meaningful, but it does not by itself prove generalized production reliability across workloads or customers. SR020, SR006
CR014 Pasqal’s plan to double production capacity within 24 months and add 50 hires implies manufacturing and execution risk even if capital is available. SR002, SR025
CR015 The company’s own public narrative that seven systems are deployed with three more in production indicates a meaningful hardware buildout burden, not a lightweight software operating model. SR003, SR025
CR016 QED-C and Innovation News Network both argue that talent scarcity and organizational readiness are major blockers to scaling quantum adoption. SR006, SR008
CR017 IQM’s 2026 study that only 3% of organizations have reached scaled deployment means Pasqal sells into a market where most users are still experimenting, extending sales cycles and proof burdens. SR010, SR006
CR018 Supply-chain fragility remains a sector-level risk because quantum hardware still depends on specialized components, integration, and low-volume manufacturing workflows. SR008, SR011
CR019 Pasqal’s customer evidence is concentrated in a few flagship references—Crédit Agricole CIB, EDF/GENCI, IBM, and Thales—rather than a broad set of independently verified production deployments. SR018, SR020, SR021, SR024
CR020 Because customer proof is still concentrated, a delay or downgrade in one flagship relationship could have outsized signaling impact on Pasqal’s commercial narrative. SR018, SR020, SR021, SR024, SR029
CR021 IBM is strategically helpful but also a dependency risk: the Qiskit route expands access, yet leaves part of Pasqal’s ecosystem reach influenced by a much larger platform partner. SR021, SR022, SR030
CR022 Sovereign and HPC partnerships such as GENCI/FZJ can strengthen credibility and usage, but they can also introduce lumpy procurement and public-program timing risk. SR020, SR023
CR023 Crédit Agricole CIB’s own roadmap to 2028 highlights that even the best-documented customer relationship is still on a multi-year path to operational deployment. SR018, SR019, SR028
CR024 Pasqal’s partnership-heavy go-to-market means customer, partner, and platform risks are intertwined rather than separable. SR018, SR021, SR023, SR024
CR025 Leadership and execution risk matters because Pasqal now has to run science, manufacturing, enterprise sales, and public-market messaging simultaneously. SR002, SR003, SR025
CR026 The public story still leans materially on scientific prestige and frontier-technology credibility, which can create key-person and reputation concentration around a small leadership set. SR003, SR025
CR027 Adding roughly 50 hires to a 275-plus-person organization while scaling production increases integration and management-complexity risk. SR002, SR004
CR028 Quantum hardware companies face unusually scarce cross-functional talent because they need physics, engineering, software, product, and solution-selling skills at once. SR006, SR008
CR029 Pasqal’s financing reduces near-term existential risk but does not eliminate the need to prove that capital turns into reliable systems and repeatable customer conversion before the next financing window. SR001, SR002, SR025, SR026
CR030 The convertible element of the 2026 financing and the proposed listing path create dilution and market-window risk if operating proof lags expectations. SR001, SR002, SR003
CR031 Without disclosed revenue, gross margin, or unit-economics detail, investors cannot yet judge whether Pasqal’s hardware-plus-cloud model improves faster than its capital intensity. SR001, SR005
CR032 The deepest commercial risk is not lack of interest but the possibility that customer engagements remain in experimentation for too long to support venture-scale returns. SR006, SR010, SR018
CR033 The long path from pilot to operations at CA-CIB is evidence of seriousness, but also evidence that conversion timelines in quantum can be structurally slow. SR018, SR019, SR028, SR029
CR034 Pasqal’s sovereign positioning may help access protected budgets, yet it can also tighten political oversight and constrain strategic flexibility. SR014, SR015, SR023
CR035 Public materials do not yet provide standardized incident history, service-level commitments, or security-certification disclosure sufficient for mission-critical underwriting. SR016, SR017, SR021
CR036 Competition from larger ecosystems such as IBM can raise the proof burden on Pasqal because customers can compare neutral-atom experimentation against more mature software and support stacks. SR021, SR030, SR032, SR033, SR006
CR037 Pasqal’s broad customer claims are credible enough to matter, but they do not erase the risk that actual recurring revenue remains far narrower than the logo surface suggests. SR017, SR004, SR005
CR038 No retained public source provides a quantified top-customer concentration table, which keeps downside modeling on customer loss or delay partly inferential. SR001, SR005, SR017
CR039 A reasonable thesis-break trigger would be failure to turn at least one flagship customer relationship into clearly referenceable production usage within the stated roadmap horizon. SR018, SR019, SR020, SR021
CR040 Overall, Pasqal’s risk stack is consistent with a serious frontier deep-tech company: manageable if proof compounds, but dangerous if customer conversion, manufacturing ramp, or market acceptance slip at the same time. SR001, SR002, SR006, SR018, SR025
CV001 Pasqal’s 2026 transaction materials frame the company at roughly a $2 billion pre-money valuation. SV002, SV004, SV005, SV028
CV002 The March 2026 financing combines approximately €170 million of private funding with about €170 million of committed convertible financing. SV003, SV004
CV003 Pasqal’s June 2026 analyst presentation discloses €16.5 million of 2025 commercial revenue. SV002
CV004 The same analyst deck says Pasqal had seven installed QPUs, three more in production, and 40-plus clients or partners in 2026. SV002, SV022
CV005 A $2.0 billion valuation against €16.5 million of 2025 commercial revenue implies roughly 121x revenue before adjusting for cash, dilution, or currency effects. SV001, SV002
CV006 That implied revenue multiple is extremely rich for most public software and hardware benchmarks and therefore requires very high confidence in growth, technical leadership, and future scarcity. SV002, SV010, SV011, SV012
CV007 McKinsey estimates that quantum-computing companies generated more than $1 billion of revenue in 2025. SV007
CV008 QED-C forecasts the quantum-computing market at roughly $1.4 billion in 2025 and more than $3 billion by 2028. SV008
CV009 Pasqal’s disclosed €16.5 million of 2025 commercial revenue represents a real but still small slice of the broader quantum-computing revenue pool. SV002, SV007, SV008
CV010 The public valuation case therefore depends more on future operating leverage and platform leadership than on current-period revenue scale. SV002, SV003, SV006
CV011 As of July 27, 2026, CompaniesMarketCap reported IonQ at about $13.4 billion of market capitalization. SV010
CV012 As of July 27, 2026, CompaniesMarketCap reported Rigetti at about $5.19 billion of market capitalization. SV011
CV013 As of July 27, 2026, CompaniesMarketCap reported D-Wave at about $6.0 billion of market capitalization. SV012
CV014 Pasqal’s $2 billion mark sits below the July 2026 public-equity values of IonQ, Rigetti, and D-Wave. SV010, SV011, SV012, SV029, SV013, SV014
CV015 Those public comparables are useful scarcity markers, but they are not clean apples-to-apples valuation anchors because they differ in modality, disclosure depth, revenue mix, and public-trading dynamics. SV015, SV016, SV017, SV029, SV013, SV014
CV016 Using frothy public quantum names as a direct pricing shortcut can overstate what a private neutral-atom company should command without fuller economic disclosure. SV010, SV011, SV012, SV020, SV029, SV013, SV014
CV017 Quantinuum’s existence as a well-funded private peer reduces the scarcity premium available to Pasqal relative to a one-of-one category leader. SV018, SV030
CV018 Pasqal nevertheless has a credible claim to premium positioning inside Europe because it couples neutral-atom hardware, sovereign positioning, and a visible customer set. SV002, SV022, SV023, SV024
CV019 A premium over weak hardware peers can be justified only if investors believe Pasqal’s neutral-atom approach, customer roadmap, and production scale can convert into sharply faster revenue growth. SV002, SV024, SV026
CV020 The valuation debate is therefore not “is $2B insane?” so much as “how much future execution is already paid for at $2B?” SV002, SV005, SV010, SV011, SV012
CV021 Pasqal’s own use-of-proceeds messaging still points to infrastructure, R&D, and industrial capacity buildout, which means capital intensity remains material. SV004, SV002
CV022 The 2026 materials also warn that the business combination, future financing, and regulatory approvals could all alter realized capital availability and dilution. SV003, SV004
CV023 Because public margin and cash-flow disclosure is still thin, revenue-multiple framing is a rough tool, but it is still more defensible than pretending to run a precise DCF. SV002, SV003, SV006
CV024 A reasonable bear case assumes commercialization stays pilot-heavy, public quantum multiples compress, and Pasqal’s value falls below the current $2B mark. SV020, SV021, SV003
CV025 A reasonable base case assumes Pasqal grows meaningfully from the €16.5M 2025 revenue base, converts more flagship references, and roughly earns into today’s valuation rather than clearly outperforming it. SV002, SV024, SV026
CV026 A reasonable bull case assumes faster enterprise conversion, stronger standardized economics, and sustained category-premium multiples for quantum leaders. SV002, SV007, SV010
CV027 Today’s $2B mark can work if Pasqal compounds revenue and installed-base proof quickly, but it leaves less room for execution misses than the technology story alone might suggest. SV002, SV004, SV010, SV012
CV028 If public quantum multiples cool materially, Pasqal’s private valuation could look full even if the company continues to make technical progress. SV010, SV011, SV012, SV020
CV029 If neutral-atom systems win meaningful commercial share and Pasqal standardizes deployments at scale, the current valuation could later look conservative. SV002, SV019, SV022, SV026
CV030 The best currently disclosed proof of commercial maturity is still customer-roadmap quality rather than mature financial transparency. SV002, SV024, SV006
CV031 The 2028 production target with Crédit Agricole CIB is strategically valuable for valuation because it offers a named path from R&D engagement toward operational deployment. SV024, SV026
CV032 The strongest anti-thesis is that Pasqal is still being valued primarily on promise: there is limited public revenue history, no robust profitability disclosure, and plenty of technology and execution risk. SV003, SV006, SV020
CV033 The strongest thesis is that Pasqal already has enough technical differentiation, sovereign relevance, and customer credibility to justify staying inside the small set of serious quantum contenders. SV002, SV022, SV023, SV024
CV034 A price-sensitive investor should prefer “watch” over “invest” at the current disclosed valuation because company quality appears stronger than valuation support. SV002, SV003, SV010, SV012, SV020
CV035 Confidence in that watch call is medium rather than high because management’s own 2025 revenue disclosure improves visibility compared with most private deep-tech names. SV002, SV027
CV036 The presence of a convertible component and public-market route means eventual shareholder outcomes will depend on capital-structure evolution, not just enterprise value. SV003, SV004
CV037 One essential diligence ask is an audited bridge from 2025 commercial revenue to 2026 year-to-date bookings, backlog, and recognized revenue. SV002, SV003
CV038 A second essential ask is customer concentration and renewal visibility, because revenue quality matters more than logo breadth at this price. SV023, SV024, SV006
CV039 A third essential ask is unit economics by revenue stream—QPU sales, cloud hours, and codevelopment—so investors can judge whether scale should expand or compress margins. SV002, SV004, SV003
CV040 Overall, Pasqal looks like a high-quality frontier asset priced at a demanding but not completely disconnected valuation; the right stance is to track closely, demand more disclosure, and stay disciplined on entry price. SV002, SV003, SV010, SV011, SV012, SV020
来源
编号出版方标题引文
SO001 Pasqal Home - Pasqal Quantum computing is transitioning from theoretical physics to enterprise deployment.
SO002 Pasqal About Us - Pasqal 24 rue Emile Baudot 91120 Palaiseau
SO003 Pasqal Pasqal is entering a new phase of development with new financing expected of at least €340 million, in anticipation of its public listing. - Pasqal the completion of a EUR 170 million private funding round and a committed convertible financing of approximatively EUR 170 million
SO004 Pasqal Pasqal, A Global Leader in Neutral Atom Quantum Computing, to Go Public via Business Combination with Bleichroeder Acquisition Corp II - Pasqal Pure play neutral atom quantum computing company with 7 quantum computers deployed
SO005 Pasqal Pasqal raises €100 Million Series B funding to advance Neutral Atoms Quantum Computing - Pasqal PASQAL was founded in 2019, out of the Institut d’Optique
SO006 Pasqal Pasqal and EDF pave the way to optimize energy management for EV Smart Charging with neutral atom quantum computing - Pasqal proof of the potential value of quantum computing in the energy forecasting space
SO007 Pasqal Technology - Pasqal Today, Pasqal collaborates with 40+ global clients to target complex industrial bottlenecks.
SO008 TechCrunch Quantum scale-up Pasqal plans $2B SPAC listing, promises to remain French | TechCrunch the company’s former executive chairman, Wasiq Bokhari, is now its CEO
SO009 The Next Web French quantum startup Pasqal to list on Nasdaq via SPAC at a $2bn valuation The Nasdaq float is scheduled for this year, and the company will prepare to list on Euronext later in 2026 or 2027.
SO010 The Next Web Pasqal’s SPAC filings reveal a $2bn French quantum bet, and a French kill switch Quantum computing might never pay off. And Paris can veto who owns the company.
SO011 Data Center Dynamics Quantum computing company Pasqal to go public via SPAC merger Pasqal was founded in 2019, and its co-founder, Professor Alain Aspect, was awarded a Nobel Prize in 2022.
SO012 Data Center Dynamics Quantum computing startup Pasqal raises $108 million in funding French quantum computing startup Pasqal has closed a €100 million ($108 million) Series B funding round led by Singapore-based investor Temasek.
SO013 The Quantum Insider Pasqal in Talks to Raise €200 Million at Unicorn Valuation, Bloomberg Reports Pasqal in Talks to Raise €200 Million at Unicorn Valuation
SO014 The Quantum Insider PASQAL Raises €100 Million Series B Funding to Advance Neutral Atoms Quantum Computing PASQAL was founded in 2019, out of the Institut d’Optique
SO015 Orrick Orrick Advises Pasqal on €340M Financing in Anticipation of Public Listing Orrick Advises Pasqal on €340M Financing in Anticipation of Public Listing
SO016 Crédit Agricole CIB Crédit Agricole CIB and Pasqal advance their strategic partnership to deploy quantum computing applied to finance Building on a collaboration initiated in 2019
SO017 Tracxn PASQAL - Tracxn company profile PASQAL has 301 employees as of Jun 26.
SO018 IBM IBM and Pasqal Initiate Collaboration to Define Classical-Quantum Integration for Quantum-Centric Supercomputers Pasqal was founded in 2019, out of the Institut d’Optique
SO019 IBM IBM and Pasqal Plan to Expand Quantum-Centric Supercomputing Initiative Georges-Olivier Reymond, CEO and Co-founder of Pasqal
SO020 Microsoft Learn Pasqal quantum computing provider - Azure Quantum FRESNEL is a hardware neutral atoms QPU - Orion Beta generation.
SO021 EurekAlert! PASQAL raises €100 million Series B funding to advance neutral atoms quantum computing PASQAL has secured more than €140 million in financing to date.
SO022 Bpifrance La startup française PASQAL lève 100 millions d'euros pour faire progresser l'informatique quantique à base d'atomes neutres PASQAL, qui compte 100 collaborateurs, entend doubler ses effectifs dans les prochains mois.
SO023 TechCrunch Pasqal raises €100M to build a neutral atom-based quantum computer | TechCrunch The company is currently working with the likes of Crédit Agricole CIB, BASF, BMW, Siemens, Airbus, Johnson & Johnson and Thales
SO024 Runa Capital Pasqal - Runa Capital Pasqal - Runa Capital
SO025 Pasqal Documentation Pulser Pulser breaks free from the paradigm of digital quantum computing and also allows the creation of analog quantum simulations.
SO026 U.S. Securities and Exchange Commission Form F-4 registration statement for Pasqal / Bleichroeder business combination the direct or indirect acquisition of a significant interest in Pasqal by non-EU persons or entities ... is subject to prior authorization by the French Ministry of the Economy.
SO027 Pasqal Our Team - Pasqal Dr. Georges-Olivier Reymond — Co-Founder & Chief Strategic Alliances Officer
SO028 Pasqal Wasiq Bokhari - Pasqal Appointed Chairman in February 2024 and elevated to Executive Chairman in March 2025, Dr. Bokhari is now CEO of Pasqal
SO029 SEC EDGAR Filing Documents for 0001213900-26-061033 CONSENT OF WASIQ BOKHARI TO BE NAMED AS A DIRECTOR
SM001 McKinsey & Company McKinsey Quantum Technology Monitor 2026 (PDF) >$1B revenues for QC companies in 2025
SM002 QED-C State of the Global Quantum Industry 2026 | QED-C Short answer: Not yet—and that’s one of the biggest constraints on scaling.
SM003 QED-C 2026 Market Forecast: Quantum Computing | QED-C The market reached an estimated $1.4 billion in 2025 and is projected to grow by approximately 30% annually to more than $3 billion by 2028.
SM004 Global Market Insights Neutral Atom Quantum Computing Market Size, Forecast 2026-2035 The global neutral atom quantum computing market was valued at USD 134 million in 2025.
SM005 Business Wire / ResearchAndMarkets Neutral-Atom Quantum Computing Global Market Report 2026-2036 Cloud accessibility remains crucial for market development.
SM006 Future Markets Inc. Neutral-Atom Quantum Computing Market Report 2026-2036 | Future Markets Inc Neutral-atom processors have demonstrated leading qubit counts and compelling gate fidelities.
SM007 The Business Research Company Enterprise Quantum Computing Market Size Analysis Report 2026 Enterprise Quantum Computing market size has reached to $4.78 billion in 2025
SM008 Innovation News Network Why quantum computing is advancing rapidly – but adoption remains slow adoption remains slow
SM009 PostQuantum McKinsey Quantum Monitor 2026: Tipping Point? We analyze the market data and scrutinize the numbers.
SM010 IBM IBM and Pasqal Initiate Collaboration to Define Classical-Quantum Integration for Quantum-Centric Supercomputers quantum-centric supercomputing is the future of high-performance computing
SM011 IBM IBM and Pasqal Plan to Expand Quantum-Centric Supercomputing Initiative integrate quantum with classical computing resources
SM012 Crédit Agricole CIB Crédit Agricole CIB and Pasqal advance their strategic partnership to deploy quantum computing applied to finance initial production use cases targeted as early as 2028
SM013 Pasqal Pasqal and EDF pave the way to optimize energy management for EV Smart Charging with neutral atom quantum computing - Pasqal potential value of quantum computing in the energy forecasting space
SM014 Pasqal Technology - Pasqal Extending beyond the physical QPU, Pasqal’s architecture spans on-premise hardware and cloud-based algorithms.
SM015 Microsoft Learn Pasqal quantum computing provider - Azure Quantum Emulators are backends designed to emulate the dynamics of programmable arrays of neutral atoms.
SM016 IQM Quantum Computers New Industry Study Finds Quantum Computing Has Entered a Capability Era, With Early Movers Building an Advantage Later Entrants Will Struggle to Close 89% of respondents report hands-on quantum work, while only 10% report limited production use and 3% have reached scaled deployment.
SM017 The Quantum Insider New Industry Study Finds Quantum Computing Has Entered a Capability Era, With Early Movers Building an Advantage Later Entrants Will Struggle to Close roughly 46% of buyers expect on-premises infrastructure to form part of their access model within three years, against 24% favoring public cloud alone.
SM018 Entangled Future State of Quantum Computing 2026 | Industry Report State of Quantum Computing 2026
SM019 Pasqal Pasqal raises €100 Million Series B funding to advance Neutral Atoms Quantum Computing - Pasqal development of algorithms for customers of key verticals, including energy, chemistry, automotive, mobility, healthcare, enterprise tech, and finance
SM020 U.S. Securities and Exchange Commission Form F-4 registration statement for Pasqal / Bleichroeder business combination Pasqal is pursuing an emerging technology, faces significant technical challenges and may not achieve commercialization or market acceptance.
SM021 TechCrunch Pasqal raises €100M to build a neutral atom-based quantum computer | TechCrunch The company is currently working with the likes of Crédit Agricole CIB, BASF, BMW, Siemens, Airbus, Johnson & Johnson and Thales
SM022 TechCrunch Quantum scale-up Pasqal plans $2B SPAC listing, promises to remain French | TechCrunch The company generates annual revenue in the tens of millions from selling hardware, software, and cloud services to labs and industry partners.
SM023 The Next Web Pasqal’s SPAC filings reveal a $2bn French quantum bet, and a French kill switch commercial traction of quantum computing technology may never occur
SM024 The Business Research Company Neutral Atom Quantum Computer Market - Analysis, Outlook 2035 Use cases: cryptography, optimization, machine learning, material science, chemical simulation
SM025 Pasqal Home - Pasqal Quantum computing is transitioning from theoretical physics to enterprise deployment.
SP001 IonQ IonQ homepage Whether you are on Google Cloud, Microsoft Azure, AWS or Nvidia, hardware access is just a few clicks away.
SP002 IonQ IonQ Forte Enterprise IonQ Forte Enterprise is the first step to integrating quantum computing into production hybrid compute environments.
SP003 IonQ IonQ Investor Relations major public cloud
SP004 IBM IBM Quantum Computing | Home Access the world’s largest fleet of 100+ qubit quantum computers and performant Qiskit software tools with IBM Quantum Platform.
SP005 Google Google Quantum AI Introducing Willow, the next generation of quantum chips
SP006 Google Meet Willow, our state-of-the-art quantum chip Willow ... is a big step towards developing a large-scale, error-corrected quantum computer.
SP007 Quantinuum Quantinuum homepage Accelerating Quantum Computing
SP008 Quantinuum System Model H2 System Model H2 is our second-generation of quantum computers.
SP009 IQM IQM Quantum Computers - Built for Real Impact Built for Real Impact
SP010 IQM IQM Radiance Our most powerful on-premise quantum computer with 20, 54, or 150 qubits for high-performance computing centers.
SP011 QuEra Quantum Computing with Neutral Atoms | QuEra Quantum Computing with Neutral Atoms
SP012 QuEra Aquila | 256-qubit Quantum Computer Available via Amazon Braket or via Premium Access.
SP013 Atom Computing Atom Computing homepage Home - Atom Computing
SP014 Infleqtion Infleqtion homepage Home
SP015 Infleqtion Infleqtion Quantum Computing Quantum Computing
SP016 planqc planqc homepage planqc: Making quantum matter
SP017 planqc Neutral Atom Quantum Computing | planqc Neutral Atom Quantum Computing
SP018 Microsoft IonQ quantum computing provider - Azure Quantum IonQ Forte Enterprise is IonQ's highest-performing, commercially available trapped-ion quantum computer.
SP019 Microsoft Quantinuum provider - Azure Quantum Quantinuum provides access to trapped-ion systems with high-fidelity, fully connected qubits, and the ability to perform mid-circuit measurement.
SP020 AWS Amazon Braket Bring software for quantum computing to market rapidly with Amazon Braket’s software development kit, simple pricing, and workflow management.
SP021 AWS Amazon Braket quantum computers Amazon Braket provides access to Rydberg atom-based quantum computers from QuEra Computing.
SP022 Rigetti Rigetti homepage Quantum Computing
SP023 D-Wave D-Wave Quantum | Quantum Realized D-Wave Quantum | Quantum Realized
SP024 Rigetti Investor Relations | Rigetti & Co, LLC Investor Relations | Rigetti & Co, LLC
SP025 Pasqal Pasqal technology Pasqal pioneered a unique approach that combines digital and analog quantum computation on the same neutral atom platform.
SP026 GitHub GitHub - pasqal-io/Pulser Library for pulse-level/analog control of neutral atom devices. Emulator with QuTiP.
SP027 GitHub QuEra Computing Inc. organization QuEra's SDK for neutral atom quantum computers
SP028 McKinsey & Company McKinsey Quantum Technology Monitor 2026 (PDF) a commercial tipping point
SP029 QED-C State of the Global Quantum Industry 2026 | QED-C Not yet—and that’s one of the biggest constraints on scaling.
SI001 Pasqal Our Investors - Pasqal Backed by more than USD 300 million in total private funding from leading international investors.
SI002 Pasqal Pasqal new financing announcement completion of a EUR 170 million private funding round and a committed convertible financing of approximatively EUR 170 million
SI003 Orrick Orrick Advises Pasqal on €340M Financing in Anticipation of Public Listing Orrick advised Pasqal Holding SAS ... on a €340 million financing round as a first step in its pursuing a dual listing
SI004 Quantum Zeitgeist Pasqal Secures At Least €340 Million In Funding Ahead Of $2 The financing combines a €170 million private funding round with a committed convertible financing of approximately €170 million.
SI005 Euro Financial Review Pasqal, French quantum, plans $2bn dual listing announced the completion of a €170 million private funding round and a committed convertible financing of €170 million
SI006 Bizfluent Pasqal SPAC Filing: Key Facts Behind the $2B Nasdaq Listing Key Facts Behind the $2B Nasdaq Listing
SI007 Quantonation Quantonation home / Pasqal portfolio context Home • Quantonation
SI008 SEC EDGAR Entity Landing Page - BBCQ EDGAR Entity Landing Page
SI009 SEC Bleichroeder / Pasqal F-4 amendment The Business Combination is expected to be financed through a combination of ... March 2026 Financing
SI010 Pasqal Pasqal technology combines digital and analog quantum computation on the same neutral atom platform
SI011 Microsoft Pasqal provider - Azure Quantum Pasqal provider - Azure Quantum
SI012 GitHub GitHub - pasqal-io/Pulser Library for pulse-level/analog control of neutral atom devices. Emulator with QuTiP.
SI013 Data Center Dynamics Pasqal SPAC listing coverage includes $200 million in committed capital via convertible financing
SI014 Pasqal / EDF / GENCI Smart charging use case on more than 100 qubits The partnership between Pasqal, EDF, and GENCI ...
SI015 IBM Newsroom IBM and Pasqal plan to expand quantum-centric supercomputing initiative expand quantum-centric supercomputing initiative
SI016 Crédit Agricole CIB Pasqal and Crédit Agricole CIB quantum collaboration sign partnership to accelerate quantum computing in finance
SI017 Pasqal Pasqal raises €100 million Series B Pasqal raises €100 million Series B funding
SI018 McKinsey & Company McKinsey Quantum Technology Monitor 2026 (PDF) a commercial tipping point
SI019 QED-C State of the Global Quantum Industry 2026 | QED-C Not yet—and that’s one of the biggest constraints on scaling.
SI020 Global Market Insights Neutral Atom Quantum Computing Market Size, Forecast 2026-2035 Neutral Atom Quantum Computing Market Size, Forecast 2026-2035
SI021 Microsoft IonQ quantum computing provider - Azure Quantum IonQ Forte Enterprise is IonQ's highest-performing, commercially available trapped-ion quantum computer.
SI022 Microsoft Quantinuum provider - Azure Quantum System Model H2 Emulator usage is offered free-of-charge with a hardware subscription.
SI023 TechCrunch Pasqal plans $2B SPAC listing plans $2B SPAC listing
SI024 The Next Web Pasqal SPAC Nasdaq 2 billion French quantum Pasqal SPAC Nasdaq 2 billion French quantum
SI025 Data Center Dynamics Pasqal Series B coverage Pasqal has closed a €100 million Series B funding round
SE001 Pasqal Pasqal docs home Run your algorithms on Pasqal’s quantum cloud (QPU) or test them on remote or local emulators before deploying to hardware.
SE002 Pasqal Pulser docs on docs.pasqal.com Pulser breaks free from the paradigm of digital quantum computing and also allows the creation of analog quantum simulations.
SE003 Pasqal Pasqal cloud docs Send your quantum jobs with a simple python script for execution on one of our neutral-atom Quantum Processing Units (QPU) or cloud-based emulators.
SE004 GitHub GitHub - pasqal-io/Pulser Pulser is a framework for composing, simulating and executing pulse sequences for neutral-atom quantum devices.
SE005 GitHub Releases · pasqal-io/Pulser Add tutorial on QPU execution (#972)
SE006 arXiv Pulser: An open-source package for the design of pulse sequences in programmable neutral-atom arrays Pulser ... is a versatile framework for quantum control both in the digital and analog settings.
SE007 Read the Docs Pulser documentation home Pulser breaks free from the paradigm of digital quantum computing and also allows the creation of analog quantum simulations.
SE008 Read the Docs Installation — Pulser documentation Installation — Pulser 1.8.0 documentation
SE009 Read the Docs Programming a neutral-atom QPU — Pulser documentation Programming a neutral-atom QPU
SE010 Pasqal Pasqal technology Pasqal pioneered a unique approach that combines digital and analog quantum computation on the same neutral atom platform.
SE011 Microsoft Pasqal provider - Azure Quantum Pasqal provider - Azure Quantum
SE012 IBM Newsroom IBM and Pasqal plan to expand quantum-centric supercomputing initiative Pasqal will soon provide users of the open-source Qiskit SDK access to their neutral atom quantum hardware.
SE013 IBM IBM Quantum Computing | Home Access the world’s largest fleet of 100+ qubit quantum computers and performant Qiskit software tools with IBM Quantum Platform.
SE014 QuEra Aquila | 256-qubit Quantum Computer With all-to-all connectivity, Aquila enables unique strategies for algorithm development.
SE015 planqc Neutral Atom Quantum Computing | planqc Atoms can be arranged in large 1D, 2D, or 3D arrays and individually manipulated using quantum gas microscopes.
SE016 Microsoft IonQ quantum computing provider - Azure Quantum IonQ Forte Enterprise is IonQ's highest-performing, commercially available trapped-ion quantum computer.
SE017 Microsoft Quantinuum provider - Azure Quantum Quantinuum provides access to trapped-ion systems with high-fidelity, fully connected qubits, and the ability to perform mid-circuit measurement.
SE018 AWS Amazon Braket Bring software for quantum computing to market rapidly with Amazon Braket’s software development kit, simple pricing, and workflow management.
SE019 AWS Amazon Braket quantum computers Amazon Braket provides access to Rydberg atom-based quantum computers from QuEra Computing.
SE020 Google Google Quantum AI Introducing Willow, the next generation of quantum chips
SE021 Rigetti Rigetti homepage Quantum error correction will be essential for quantum computers to realize their full potential.
SE022 Pasqal Pasqal raises €100 million Series B funding With the new funding, PASQAL plans to accelerate the company’s research and development efforts to build a 1,000-qubit quantum computer in the short term.
SE023 QED-C State of the Global Quantum Industry 2026 | QED-C Not yet—and that’s one of the biggest constraints on scaling.
SE024 McKinsey & Company McKinsey Quantum Technology Monitor 2026 (PDF) a commercial tipping point
SE025 IBM Newsroom IBM and Pasqal June 2024 chemistry and materials collaboration IBM and Pasqal ... to establish the foundations for quantum-centric supercomputing
SU001 Pasqal Solutions - Pasqal With 25+ commercial use cases spanning 35+ customer engagements, global leaders in energy, finance, and logistics are mapping their complex challenges to our quantum solutions today.
SU002 Pasqal Home - Pasqal Industrial Use Case: Thales.
SU003 Pasqal Technology - Pasqal 40+ global clients.
SU004 Pasqal Crédit Agricole CIB and Pasqal advance their strategic partnership to deploy quantum computing applied to finance Building on a collaboration initiated in 2019, the partnership enters a new phase focused on the industrialization of quantum computing applications, with initial production use cases targeted as early as 2028.
SU005 Crédit Agricole CIB Crédit Agricole CIB and Pasqal advance their strategic partnership to deploy quantum computing By 2028, we aim to integrate quantum computing into some of our daily operational processes.
SU006 HPCwire Pasqal and Crédit Agricole CIB advance strategic partnership to deploy quantum computing applied to finance Since 2021, Crédit Agricole CIB and Pasqal have conducted several major projects focusing on counterparty credit default risk measurement and portfolio optimization.
SU007 The Quantum Insider Crédit Agricole CIB-Pasqal strategic partnership quantum computing finance The partnership builds on collaboration that began in 2019, with previous projects exploring quantum algorithms for counterparty credit risk measurement and portfolio optimization.
SU008 Pasqal Pasqal and EDF pave the way to optimize energy management for EV Smart Charging with neutral atom quantum computing In partnership with EDF ... this project has demonstrated the potential of Pasqal’s technology in tackling forecasting and optimization challenges ... on more than 100 qubits.
SU009 Forschungszentrum Jülich GENCI/CEA, FZJ, and PASQAL Announce Significant Milestone in Hybrid Computing The two PASQAL quantum computers will be accessible to a wide range of European users in 2024.
SU010 Université Paris-Saclay Pasqal on quantum technologies Pasqal collaborates with EDF to optimise the recharging of a fleet of electric vehicles.
SU011 HQI Thales, Pasqal, la région Île-de-France et GENCI lancent un nouveau partenariat... Pasqal et Thales s’associent pour développer des outils capables d’optimiser en temps réel des systèmes critiques complexes.
SU012 IBM Newsroom IBM and Pasqal plan to expand quantum-centric supercomputing initiative Pasqal will soon provide users of the open-source Qiskit SDK access to their neutral atom quantum hardware.
SU013 IBM Newsroom IBM and Pasqal Initiate Collaboration to Define Classical-Quantum Integration for Quantum-Centric Supercomputers IBM and Pasqal ... establish the foundations for quantum-centric supercomputing and enable the high-performance computing community to experiment with these advanced quantum capabilities.
SU014 TechCrunch Pasqal raises €100M to build a neutral atom-based quantum computer The company is currently working with the likes of Crédit Agricole CIB, BASF, BMW, Siemens, Airbus, Johnson & Johnson and Thales to help them understand where its technology can solve their business needs.
SU015 EurekAlert PASQAL raises €100 million Series B funding to advance Neutral Atoms Quantum Computing BASF ... is exploring how PASQAL’s technology can be used to predict weather patterns, while BMW is leveraging PASQAL’s algorithms to simplify complex simulations that can be used for crash testing and development of lighter parts and materials.
SU016 TechCrunch Quantum scale-up Pasqal plans $2B SPAC listing, promises to remain French Pasqal is working with some 40 customers and has more than 300 employees.
SU017 The Next Web French quantum startup Pasqal to list on Nasdaq via SPAC at a $2bn valuation As of the announcement, Pasqal operates seven quantum systems and works with more than 25 commercial customers and partners. The company has not disclosed revenue figures.
SU018 Pasqal Pasqal is entering a new phase of development with new financing expected of at least €340 million, in anticipation of its public listing. Pasqal ... employs over 275 people and serves over 25 clients, including CMA CGM, OVHcloud, Thales, IBM (Pasqal is part of the IBM Quantum Network), and Sumitomo.
SU019 Pasqal Pasqal, A Global Leader in Neutral Atom Quantum Computing, to Go Public via Business Combination with Bleichroeder Acquisition Corp II Trusted by industry leaders with key partnerships including IBM ... and key customers such as Sumitomo, LGE and CMA CGM.
SU020 Pasqal Pasqal raises €100 Million Series B funding to advance Neutral Atoms Quantum Computing PASQAL is currently engaged with many Global Fortune 500 companies.
SU021 Innovation News Network Why quantum computing is advancing rapidly – but adoption remains slow Most potential private users ... remain cautious. Their engagement tends to be limited to small-scale experiments or partnerships.
SU022 Quantum Zeitgeist Pasqal Secures At Least €340 Million In Funding Ahead Of $2 Billion Listing Pasqal ... serves over 25 clients and partners, including Aramco, CMA CGM, OVHcloud, Thales, IBM ... and Sumitomo.
SU023 Pasqal Our Investors - Pasqal Backed by more than USD 300 million in total private funding.
SU024 Audacia CP FUSION PASQAL Johnson & Johnson, LG, Airbus, BMW Group, EDF, Thales, MBDA et Crédit Agricole CIB.
SU025 U.S. Securities and Exchange Commission Form F-4 registration statement for Pasqal / Bleichroeder business combination Pasqal pursuing an emerging technology, facing significant technical challenges and the potential that it may not achieve commercialization or market acceptance.
SR001 U.S. Securities and Exchange Commission Form F-4 registration statement for Pasqal / Bleichroeder business combination Pasqal pursuing an emerging technology, facing significant technical challenges and the potential that it may not achieve commercialization or market acceptance.
SR002 Pasqal Pasqal is entering a new phase of development with new financing expected of at least €340 million, in anticipation of its public listing. Pasqal plans include doubling its production capacity within 24 months, ramping up its workforce by nearly 20% with 50 new hires.
SR003 Pasqal Pasqal, A Global Leader in Neutral Atom Quantum Computing, to Go Public via Business Combination with Bleichroeder Acquisition Corp II Pure play neutral atom quantum computing company with 7 quantum computers deployed to date with 3 more in production.
SR004 TechCrunch Quantum scale-up Pasqal plans $2B SPAC listing, promises to remain French Pasqal is working with some 40 customers and has more than 300 employees.
SR005 The Next Web French quantum startup Pasqal to list on Nasdaq via SPAC at a $2bn valuation As of the announcement, Pasqal works with more than 25 commercial customers and partners. The company has not disclosed revenue figures.
SR006 Innovation News Network Why quantum computing is advancing rapidly – but adoption remains slow Most potential private users remain cautious. Their engagement tends to be limited to small-scale experiments or partnerships.
SR007 McKinsey & Company McKinsey Quantum Technology Monitor 2026 (PDF) >$1B revenues for QC companies in 2025.
SR008 QED-C State of the Global Quantum Industry 2026 | QED-C Short answer: Not yet—and that’s one of the biggest constraints on scaling.
SR009 QED-C 2026 Market Forecast: Quantum Computing | QED-C Quantum-computing market forecast.
SR010 IQM Quantum Computers New Industry Study Finds Quantum Computing Has Entered a Capability Era Only 3% of organisations have reached scaled deployment even though 89% report hands-on quantum work.
SR011 Baker McKenzie EU and UK update their respective dual-use export control lists: key changes and implications for exporters Controls related to quantum technology ... include quantum computers and cryogenic components.
SR012 EUR-Lex Regulation (EU) 2021/821 on dual-use export controls This Regulation establishes a Union regime for the control of exports, brokering, technical assistance, transit and transfer of dual-use items.
SR013 EUR-Lex Delegated Regulation (EU) 2025/2003 Delegated regulation amending Annex I of Regulation (EU) 2021/821.
SR014 European Commission DG Trade Revision of the EU’s Foreign Investment Screening Mechanism A common minimum scope for national screening mechanisms includes targets that manufacture, conduct research in or develop ... quantum technologies.
SR015 European Commission DG Trade EU strengthens its foreign investment screening framework The updated rules introduce mandatory screening mechanisms in all Member States and include investments in sensitive and strategic areas such as dual-use items and critical technologies.
SR016 Pasqal Technology - Pasqal Pasqal pioneered a unique approach that combines digital and analog quantum computation on the same neutral atom platform.
SR017 Pasqal Solutions - Pasqal With 25+ commercial use cases spanning 35+ customer engagements.
SR018 Pasqal Crédit Agricole CIB and Pasqal advance their strategic partnership to deploy quantum computing applied to finance Initial production use cases targeted as early as 2028.
SR019 Crédit Agricole CIB Crédit Agricole CIB and Pasqal advance their strategic partnership By 2028, we aim to integrate quantum computing into some of our daily operational processes.
SR020 Pasqal Pasqal and EDF pave the way to optimize energy management for EV Smart Charging with neutral atom quantum computing Demonstrated the potential of Pasqal’s technology ... on more than 100 qubits.
SR021 IBM Newsroom IBM and Pasqal plan to expand quantum-centric supercomputing initiative Pasqal will soon provide users of the open-source Qiskit SDK access to their neutral atom quantum hardware.
SR022 IBM Newsroom IBM and Pasqal Initiate Collaboration to Define Classical-Quantum Integration for Quantum-Centric Supercomputers Enable the high-performance computing community to experiment with these advanced quantum capabilities.
SR023 Forschungszentrum Jülich GENCI/CEA, FZJ, and PASQAL Announce Significant Milestone in Hybrid Computing The two PASQAL quantum computers will be accessible to a wide range of European users in 2024.
SR024 HQI Thales, Pasqal, la région Île-de-France et GENCI lancent un nouveau partenariat Thales et Pasqal s’associent pour développer des outils capables d’optimiser en temps réel des systèmes critiques complexes.
SR025 Pasqal Pasqal Investor Presentation (June 2026) Analyst and investor presentation.
SR026 Pasqal Our Investors - Pasqal Backed by more than USD 300 million in total private funding.
SR027 Pasqal Home - Pasqal Industrial Use Case: Thales.
SR028 HPCwire Pasqal and Crédit Agricole CIB advance strategic partnership to deploy quantum computing applied to finance The partnership enters a new phase focused on the industrialization of quantum computing applications.
SR029 The Quantum Insider Crédit Agricole CIB-Pasqal strategic partnership quantum computing finance The partnership builds on collaboration that began in 2019.
SR030 IBM IBM Quantum Computing | Home Access the world’s largest fleet of 100+ qubit quantum computers and performant Qiskit software tools with IBM Quantum Platform.
SR031 Inflection Point Acquisition Pasqal to Host Analyst Day on June 30, 2026 Pasqal will host an analyst day on June 30, 2026 for analysts and investors.
SR032 Quantinuum Quantinuum | Accelerating Quantum Computing Quantinuum | Accelerating Quantum Computing
SR033 IonQ IonQ - Investor Relations IonQ - Investor Relations
SR034 European Commission DG Trade Investment screening Investment screening
SV001 Pasqal Our Investors - Pasqal Backed by more than USD 300 million in total private funding.
SV002 Pasqal Pasqal Investor Presentation (June 2026) €16.5M 2025 commercial revenue.
SV003 U.S. Securities and Exchange Commission Form F-4 registration statement for Pasqal / Bleichroeder business combination Pasqal pursuing an emerging technology, facing significant technical challenges and the potential that it may not achieve commercialization or market acceptance.
SV004 Pasqal Pasqal is entering a new phase of development with new financing expected of at least €340 million, in anticipation of its public listing. Expected total of at least EUR 340 million.
SV005 TechCrunch Quantum scale-up Pasqal plans $2B SPAC listing, promises to remain French Pasqal plans a $2B SPAC listing.
SV006 The Next Web French quantum startup Pasqal to list on Nasdaq via SPAC at a $2bn valuation The company has not disclosed revenue figures.
SV007 McKinsey & Company McKinsey Quantum Technology Monitor 2026 (PDF) >$1B revenues for QC companies in 2025.
SV008 QED-C 2026 Market Forecast: Quantum Computing | QED-C $1.4B in 2025; >$3B by 2028.
SV009 QED-C State of the Global Quantum Industry 2026 | QED-C Short answer: Not yet—and that’s one of the biggest constraints on scaling.
SV010 CompaniesMarketCap IonQ (IONQ) - Market capitalization Market cap: $13.40 Billion USD
SV011 CompaniesMarketCap Rigetti Computing (RGTI) - Market capitalization Market cap: $5.19 Billion USD
SV012 CompaniesMarketCap D-Wave Quantum (QBTS) - Market capitalization Market cap: $6.00 Billion USD
SV013 Rigetti Investor Relations | Rigetti & Co, LLC Investor Relations | Rigetti & Co, LLC
SV014 D-Wave D-Wave - Investor Relations D-Wave - Investor Relations
SV015 SEC EDGAR Entity Landing Page — IonQ EDGAR Entity Landing Page
SV016 SEC EDGAR Entity Landing Page — Rigetti EDGAR Entity Landing Page
SV017 SEC EDGAR Entity Landing Page — D-Wave EDGAR Entity Landing Page
SV018 Quantinuum Quantinuum | News Quantinuum | News
SV019 Pasqal Pasqal, A Global Leader in Neutral Atom Quantum Computing, to Go Public via Business Combination with Bleichroeder Acquisition Corp II 7 quantum computers deployed to date with 3 more in production.
SV020 Innovation News Network Why quantum computing is advancing rapidly – but adoption remains slow Real-world, proven applications of quantum computing have yet to materialise.
SV021 IQM Quantum Computers New Industry Study Finds Quantum Computing Has Entered a Capability Era Only 3% of organizations have reached scaled deployment.
SV022 Pasqal Technology - Pasqal 40+ global clients.
SV023 Pasqal Solutions - Pasqal With 25+ commercial use cases spanning 35+ customer engagements.
SV024 Crédit Agricole CIB Crédit Agricole CIB and Pasqal advance their strategic partnership to deploy quantum computing By 2028, we aim to integrate quantum computing into some of our daily operational processes.
SV025 IBM IBM Quantum Computing | Home Access the world’s largest fleet of 100+ qubit quantum computers.
SV026 IBM Newsroom IBM and Pasqal plan to expand quantum-centric supercomputing initiative Pasqal will soon provide Qiskit SDK users access to their neutral atom quantum hardware.
SV027 Inflection Point Acquisition Pasqal to Host Analyst Day on June 30, 2026 Pasqal to Host Analyst Day on June 30, 2026.
SV028 Quantum Zeitgeist Pasqal Secures At Least €340 Million In Funding Ahead Of $2 Billion Listing The transaction currently values Pasqal at $2 billion.
SV029 IonQ IonQ - Investor Relations IonQ - Investor Relations
SV030 Quantinuum Quantinuum | Accelerating Quantum Computing Quantinuum | Accelerating Quantum Computing