初创公司尽调
尽调报告 Neurotechnology clinical-stage 2026-10-04

Precision Neuroscience

临床阶段 BCI 开发商,融资能力和手术落地表现强劲,但商业化证据有限。

Precision 资本充足,已进入临床阶段,也确实积累了手术落地经验;但公司尚未证明有商业收入或持久的报销依据。

覆盖范围与披露说明

报告聚焦于截至运行日期可获得的临床、监管、融资和商业化证据;收入和报销情况仍未披露。

封面要素

最新轮次 02
250 USD M [CO010]
隐含估值 03
1030 USD M [CV007]
医疗机构 04
18 sites [CO014]
FDA 许可窗口 05
30 days [CI001]

公司概况

Precision Neuroscience 是一家总部位于纽约、成立于 2021 年的临床阶段神经科技公司,由 Michael Mager 和 Dr. Benjamin Rapoport 创立。公司开发 Layer 7 Cortical Interface,这是一种贴合脑表面的微创脑机接口,已获 FDA 临时使用许可,并已在多家主要医疗机构开展人体手术。公司还筹得可观的风险资本并与 Medtronic 达成合作,但仍处于商业化前阶段,尚未披露收入或报销路径。

官网
precisionneuro.io
成立时间
2021-01-01
创始人
Michael Mager, Dr. Benjamin Rapoport
创立地点
New York City, New York, United States
总部
New York City, New York, United States
产品
Layer 7 Cortical Interface,以及用于记录、监测和刺激皮层活动的神经外科工作流集成方案。
客户
治疗严重神经系统疾病的医院、神经外科中心和临床研究团队。
商业模式
面向机构部署设备并集成神经外科工作流,商业变现方式仍未披露。
阶段
clinical-stage
融资情况
累计股权融资 $430M,其中包括 2026 年 9 月超额认购的 $250M D 轮融资。
[CO001, CO003, CO009, CO010, CO012, CO014, CI001]

执行摘要

主要优势

  • 临床和监管进展扎实,包括获得 FDA 临时使用许可,以及已完成超过 100 例患者手术。
  • 累计融资规模可观,近期完成的 $250M D 轮融资也减轻了短期资金压力。
  • 与 Medtronic 的合作,加上知名医疗中心参与,提升了工作流可信度。

主要风险

  • 商业收入和报销情况仍未披露,商业模式尚未跑通。
  • 设备目前获得的 FDA 许可仅覆盖临时使用,并非长期植入,因此长期疗效仍未经证明。
  • 在商业证据尚不存在之前,最新估值似乎已经计入了相当可观的未来成功预期。

未决问题

  • 确切的商业定价、报销路径和首次收入时间表仍未披露。
  • 平台若要降低长期采用风险,还需要持久的长期使用临床证据。
  • 员工人数和客户集中度尚未完全披露。

目录

Chapter 01

01公司概览

1.1 公司身份、创立背景与 BCI 架构

Precision Neuroscience Corporation 是一家神经平台和医疗器械公司,由首席执行官 Michael Mager 和首席科学官 Dr. Benjamin Rapoport 于 2021 年创立。公司总部位于纽约,在 Union Square 和 Manhattan 附近设有办公室,成立初衷是为数百万患有严重神经系统疾病的人开发突破性临床治疗方案,包括脊髓损伤、中风和肌萎缩性侧索硬化症(ALS)。Precision 没有采用将尖锐针状电极直接插入脑组织的穿刺式皮层内微电极阵列,而是设计了 Layer 7 Cortical Interface:一种可通过微创颅骨切口轻柔贴合脑表面的微电极阵列。这种架构避免损伤神经组织实质,同时保留高密度信号采集能力。Precision 优先考虑可逆性、生物安全和简化神经外科工作流,目标是把高分辨率神经解码带入主流手术神经外科。[CO001, CO002, CO003, CO004]

核心 KPI 快照表
指标数值 / 状态日期信心缺口与尽调考量
成立日期20212021高已通过官方州公司记录和公司披露交叉验证。
公司总部纽约州纽约市2026-09高已确认公司主要办公地点位于曼哈顿 / Union Square。
累计融资额$430M2026-09高报告称公司在 Series A 至 Series D 多轮融资中累计获得股权资金。
最新融资轮次$250M Series D2026-09高由 Pershing Square、Ackman Oxman Institute 和一家生命科学基金共同领投。
投后估值估值 $500M(2024 年 Series C);Series D 估值未披露2026-09中Series C 估值据报为 $500M;Series D 私募条款中的估值未公开披露。
商业收入 / ARR商业化前 / 研究性器械2026-10高设备仍在研究阶段;全面上市前,非研究性商业设备收入为 null。
员工总数估计 50-1002026-09中公司及制造团队的确切薪资人数属于未披露的私有运营数据。
已完成临床手术>100 例人体手术2026-09高已在 18 家参与的学术和临床医院系统中记录。
监管许可FDA 510(k) 已许可(Layer 7)2025-06高已通过 510(k) 路径获得皮层电极阵列映射许可。
活跃临床站点18 家医疗机构2026-09高临床研究网络覆盖美国主要医疗中心。

数据综合自公司公告、监管文件和财务报告;由于设备仍处于研究阶段,商业收入尚未实现。

[CO001, CO004, CO009, CO010, CO013, CO014, CO015]

1.2 创始人、领导架构与关键人员

Precision 的管理团队把专业神经外科工程能力与高增长医疗科技和医疗器械商业化经验结合起来。联合创始人兼 CSO Dr. Benjamin Rapoport 是 MD-PhD 神经外科医生,曾联合创办 Neuralink 和 Symbionics;他与联合创始人兼 CEO Michael Mager 一同负责技术和科学开发。2024 年 7 月,Precision 任命医疗 AI 公司 Viz.ai 前首席临床官 Jayme Strauss(RN、MSN、MBA)为首席临床与商业官,并任命曾任 Orchestra BioMed CFO、拥有超过 30 年医疗财务管理经验的 Mike Kaswan 为首席财务官,扩充高管团队。技术管理核心还包括总裁兼首席产品官 Dr. Craig Mermel,他曾在 Apple 和 Google 领导计算工程团队。此外,BrainGate 创始人、2026 年 Queen Elizabeth Prize for Engineering 得主、神经科学先驱 Dr. John Donoghue 担任科学顾问。团队阵容虽强,但考虑到专有微型皮层电图技术和复杂的 FDA 路径,公司仍高度依赖创始科学领导层这一关键人员。[CO005, CO006, CO007, CO008]

管理层与创始人表
人员职务背景与曾任机构创始人与市场匹配度及职能覆盖关键人物依赖度评估
Michael Mager联合创始人兼首席执行官Precision Neuroscience 联合创始人(2021);拥有风险投资背景和企业高管经历。创始人与市场匹配度高;负责公司融资、投资人联盟和战略商业化。公司持续资本化、董事会治理和高层医疗器械合作的关键人物。
Dr. Benjamin Rapoport联合创始人兼首席科学官哈佛 MD-PhD 神经外科医生;Neuralink 创始成员;Symbionics 联合创始人。领域能力出色;核心皮层表面微电极架构和神经外科方案的发明者。关键人物风险极高;核心 IP 产出、专有电极物理学和临床试验设计都离不开他。
Dr. Craig Mermel总裁兼首席产品官哈佛遗传学 MD-PhD;曾任 Apple 工程负责人(Apple Watch 团队)和 Google 高级科学家。在计算生物学、生物信号采集算法以及规模化软硬件产品开发方面经验深厚。将原始 4,096 通道神经记录转化为实时解码管线,存在较高的技术依赖。
Jayme Strauss, RN, MSN, MBA首席临床与商务官曾任 Viz.ai 首席临床官;神经重症监护护士和医院系统神经科学高管。曾推动临床 AI 在 1,000+ 家医疗中心落地,并开拓医院采用和 CMS NTAP 报销路径。关键人物风险中等;医院采购关系、临床方案扩展和报销都依赖其推动。
Mike Kaswan首席财务官曾任 Orchestra BioMed CFO(2023 年推动公司上市);拥有 30+ 年医疗行业财务经验和 10+ 年风险投资经验。具备丰富的公开市场交易、资本结构规划和生命科学财务管理经验。关键人物风险中等;负责财务纪律、资本配置、审计控制和潜在 IPO 准备。

管理层名单已根据公司公告和监管高管披露核实,截至 2026 年第三季度。

[CO001, CO005, CO006, CO007]

1.3 资本化历程、投资者基础与商业联盟

自成立以来,Precision 通过四轮机构投资累计筹集 $430 million 股权融资。公司早期完成 A 轮融资,随后于 2023 年完成由 Forepont Capital Partners 领投的 $41 million B 轮;2024 年末又完成 $102 million C 轮,预估投后估值为 $500 million。2026 年 9 月,Precision 完成超额认购的 $250 million D 轮融资,由 Pershing Square Inc.、Ackman Oxman Institute 和一家未披露的领先生命科学投资基金共同领投;B Capital、Duquesne Family Office、ARK Invest、Mubadala Capital、Invus、Mirae Asset Capital 和 Alumni Ventures 等机构投资者广泛参与。除金融资本外,Precision 于 2026 年 1 月与 Medtronic 达成关键商业合作,共同开发集成手术方案,将 Layer 7 皮层接口与 Medtronic 的 StealthStation 3D 手术导航平台结合。公司还通过在 Texas 全资拥有 MEMS 微电极制造工厂,实现端到端供应链控制。[CO009, CO010, CO011, CO012]

利益相关方与投资人地图
利益相关方职能与类别经济与战略重要性治理与尽调要求
Pershing Square Inc. & Ackman Oxman Institute机构领投方(Series D)2026 年 9 月共同领投 $250M Series D;提供强大的资产负债表支持和公开市场信誉。审查董事会席位、保护性表决条款及潜在的 crossover IPO 保荐协议。
Forepont Capital Partners早期阶段风险投资领投方2023 年领投 $41M Series B;是表面式 BCI 微电极架构的早期机构支持者。核查历史清算优先权、按比例认购权维护和初始股权结构表治理条款。
Medtronic战略商业与技术合作伙伴共同将 Layer 7 BCI 与 StealthStation 手术导航整合;在医院手术室拥有普遍覆盖。检查联合开发协议、排他性承诺、联合营销条款和分销版税。
B Capital Group多阶段机构投资者参与包括 Series B 和 Series D 在内的多轮融资;拥有全球医疗健康扩张网络。评估后续资金配置上限、银团表决一致性和运营咨询参与度。
Mubadala Capital主权财富基金投资者参与 Series B 和 D,为公司提供主权资产负债表稳定性及国际医疗健康扩张潜力。明确主权监管审查门槛、CFIUS 合规状态和长期资本承诺。
Alumni Ventures风险投资银团投资者参与 Series B;提供广泛的合格散户银团支持和社区投资人曝光。核实合计经济权益、信息权范围和二级市场转让限制。

利益相关方信息汇总自公司融资披露、战略合作公告和已核实的投资记录。

[CO009, CO010, CO011, CO012]

1.4 临床进展、商业现实与采用障碍

2023 年至 2026 年末,Precision 从最初的术中可行性研究推进到覆盖 18 家领先学术医疗机构的多中心临床网络,包括 Penn Medicine、Mount Sinai Health System、WVU Rockefeller Neuroscience Institute 和 University of Chicago Medicine。累计患者手术超过 100 例,证明了在最高达 4,096 个电极的高密度配置下进行实时运动解码的可行性。与此同时,公司获得了 Layer 7 Cortical Interface 的 FDA 许可。不过,脑机接口行业仍存在明显采用障碍。商业收入仍处于早期开发阶段,业内设备单价预估为 $25,000 至 $60,000,且不包括手术室植入费用和长期计算分析费用。机构报销不确定性、专业神经外科医生供给有限,以及在慢性患者群体中建立持久门诊疗效所需的多年周期,都严重限制了长期商业规模。[CO013, CO014, CO015, CO016]

FO001: 公司里程碑时间线

按时间梳理 Precision Neuroscience 自 2021 年成立至 2026 年末 Series D 的公司、融资、临床、监管和技术里程碑。

里程碑日期依据公开报道的自然季度和新闻稿公告;商业临床推广仍在进行。

[CO001, CO004, CO006, CO009, CO010, CO011, CO012, CO013, CO014]

1.5 展示项

Chapter 02

02市场分析

2.1 市场边界:临床工作流,而非所有神经系统疾病

可辩护的市场边界包含两个临床使用框架。第一,Precision 和 Medtronic 表示将把 Layer 7 与 StealthStation 结合,让神经外科医生在手术室获得结构和功能信息;因此,皮层接口硬件及工作流集成属于边界之内。第二,公司材料描述了一种完整 BCI,旨在让瘫痪者控制电脑或智能手机,因此辅助数字控制属于更长期的边界。一般神经科医疗、全部神经系统疾病患者、消费健康、游戏和无关的神经外科支出,都不属于公司的特定市场规模。现状中唯一被直接描述的是医生分别使用结构和功能工具,而不是量化的替代市场。[CM004, CM005, CM008, CM013]

受证据约束的市场定义
细分市场或类别纳入的支出或活动排除的支出或活动买方 / 支付方对 Precision 的相关性
术中功能映射Layer 7 接口及其与手术导航的整合无关的神经外科和一般医院设备医院或医疗系统;支付方未披露Medtronic 合作中描述的近期工作流
辅助数字控制用于控制电脑或智能手机的完整 BCI所述设备无法覆盖的所有神经系统护理买方和支付方未披露;患者是目标用户面向卒中、脊髓损伤或 ALS 所致瘫痪的长期使用场景
临床研究部署专科医疗中心的患者测试和研究合作没有商业销售或经常性使用证据研究型医院和赞助方;预算负责人未披露在规模化采用前积累临床和工作流证据
广义 BCI 邻接市场没有产品证据支持将其纳入公司特定市场规模心理健康、游戏、一般研究及全部神经系统疾病负担尚未确立仅作为期权价值相关,不代表当前可触达支出

边界仅限于指定来源描述的用途;没有来源披露产品定价、支付方覆盖或完整的支出分类体系。

[CM004, CM005, CM008, CM011, CM013]

2.2 市场规模视角:一项宣传性机会估算,无法支持 SAM 或 SOM

StartEngine 转述 Morgan Stanley 对美国近 10 million 名潜在 BCI 候选人和 $400 billion 机会的估算。这是宽泛的自上而下视角,不是 Precision 的收入;StartEngine 明确表示其信息未经独立核实。其他指定来源使用更宽泛的分母:B Capital 招聘页面称全球有约十亿人患有神经系统疾病,而 Precision 的发布材料只说数百万人。这些人群不能直接等同于符合植入条件的候选人。由于这些池子没有给出适应症筛选、采用率、价格、报销、手术能力或公司份额,把数字换算成公司特定的 SAM 或 SOM 会制造虚假精确。市场规模表因此保留这些口径及其局限,而不是推导收入。[CM001, CM002, CM003, CM013, CM016]

已发布的市场规模口径与局限
发布方年份 / 时点地理范围数值CAGR方法信心局限
StartEngine,引用 Morgan Stanley页面数据截至 2025 年 6 月 10 日美国近 10M 名潜在 BCI 候选人;$400B 机会未披露自上而下估算;未提供底层模型低宣传性发行页面称信息未经独立验证;没有适应症、价格、采用率或份额桥接
B Capital 招聘页面简介未注明日期全球称有 1B 人患有神经系统疾病未披露公司简介中的疾病负担陈述低广泛的疾病人群并不是 BCI 候选人的分母,也不是收入市场
Precision 公司公告2025-2026全球称有数百万人患有神经系统疾病未披露使命层面的人口陈述低没有数值分母、资格筛选、价格、采用率或 Precision 份额

各行保留每个发布方的指标、期间、地理范围和分母。它们不是可相加、可比较的市场估计,也不是推导出的 TAM/SAM/SOM。

[CM001, CM002, CM003, CM013, CM016]
FM001: 可用规模与采用证据的层级

证据从广泛疾病负担逐步收窄至候选人群和临床活动指标,但无法形成公司的特定 SAM 或 SOM。

各层宽度仅表示层级,不代表数值比例。

六项内容的人群、单位、发布方和年份各不相同。它们是证据层,而非嵌套的 TAM/SAM/SOM 数值;10M 和 40 按来源原样呈现为约数或下限表述。

[CM001, CM002, CM003, CM007, CM010, CM013, CM016]

2.3 买方、用户、支付方与渠道角色

证据更能支持角色映射,而非预算规模。医院和医疗系统是研究及采用合作方;神经外科医生是拟议集成手术室系统的直接临床用户;瘫痪者是辅助控制的目标受益人。Precision 还聘用商业负责人来建立医院关系并推动采用。Medtronic 可能提供既有导航工作流和可信分销场景,但公告没有采购承诺、销售量、价格或排他性。没有指定来源识别临时映射或完整慢性 BCI 的实际医院预算负责人或支付方。这些未知因素使从临床兴趣推导到可采购需求缺乏依据。[CM004, CM006, CM011, CM012, CM015]

买方、用户、支付方与采用地图
细分市场买方用户支付方工作流预算负责人采用触发因素
专科医院和医疗系统机构采购方或许存在,但未披露神经外科医生和临床团队未披露研究部署和皮层映射未披露临床证据、监管许可和工作流适配
神经外科医生尚未单独确认为采购方直接操作者没有证据表明其是支付方在手术中使用结构和功能信息未披露与手术中已有工具整合
重度瘫痪患者采购方未披露目标终端用户指定资料池没有公开支付方证据通过完整 BCI 控制电脑或智能手机未披露安全性、功能收益、可及性和覆盖
Medtronic 平台渠道未披露购买承诺医院和神经外科医生未披露共同开发 Layer 7 与 StealthStation 的整合未披露联合开发成功和机构采购

各角色仅依据已披露的合作、研究关系和目标工作流推导;未知的支付方和预算字段不是估算值。

[CM004, CM006, CM011, CM012, CM015]

2.4 采用驱动因素、约束与估值意义

三项已报道里程碑提高了采用的可信度,但没有证明商业需求。Alumni Ventures 报道称,截至 2024 年 7 月,Precision 已在三家中心为 17 名患者植入设备;公司 2025 年 6 月发布的材料称设备已在超过 40 名患者中测试,并首次获得 FDA 许可;2026 年 1 月的 Medtronic 公告则提出把产品集成到现有手术平台。这些里程碑来自不同时间点,不应理解为客户或经常性手术。约束依然明显:Precision 自己强调安全和信任,StartEngine 发售页面警告公司信息未经独立核实,LaunchSquad 的媒体报道数量衡量的是传播产出,而非买方需求。因此,估值应优先参考经核实的采购、支付方覆盖、使用率和留存证据,而不是广泛的疾病负担或宣传指标。[CM002, CM007, CM009, CM010, CM014]

2.5 展示项

Chapter 03

03竞争格局

3.1 BCI 格局:直接同业、既有厂商与替代方式

神经接口和神经科技市场分为三层:直接植入式 BCI 同业、根深蒂固的神经外科设备厂商,以及非侵入式辅助技术替代品。在直接同业中,Elon Musk 的 Neuralink 是主要侵入式竞争者,依靠 $600 million 至 $685 million 以上的私人融资推进需要完整开颅和机器人植入器的穿刺式皮层内微电极阵列。Synchron 是主要血管内替代方案,已获得 $75 million 风险投资,通过颈静脉放置 Stentrode 血管电极阵列,无需开放式开颅,但记录带宽受限。Precision 处于差异化的中间位置,利用 400 微米超薄微切口颅骨植入,将 1,024 通道的 Layer 7 array 直接放在大脑皮层上,不穿透脑实质。除筹集 $150 million 的 Science Corporation 等临床阶段初创公司外,Medtronic 等成熟医疗器械集团通过手术导航系统、深部脑刺激(DBS)控制台和颅骨器械主导医院神经外科工作流。Precision 没有直接挑战 Medtronic 的机构基础设施,而是与其合作,把 Layer 7 集成进 StealthStation 手术导航平台,实际上把既有厂商变成战略分销盟友。非侵入式眼动追踪系统、外部脑电图(EEG)帽和标准皮层电图(ECoG)网格等现状替代品手术风险最低,但空间分辨率、解码比特率和机械稳定性严重受限。[CP001, CP002, CP003, CP004, CP005, CP006, CP007]

临床脑机接口竞争格局
竞争者架构与类别规模与融资额目标临床细分市场核心差异化关键脆弱点与局限
Precision Neuroscience皮层表面阵列(微狭缝切口)已融资 $429M(Series D 估值 $1B)重度运动瘫痪、ALS、术中皮层映射不穿透、完全可逆、1,024 至 4,096 个通道、整合 Medtronic 平台当前商业许可仅限急性 / 临时 30 天监测;长期系统仍待审批
Neuralink皮层内穿透式线束(开颅与机器人植入)>$685M 已融资(占主导地位的市值)重度四肢单神经元动作电位分辨率、定制 ASIC、专有手术机器人不可逆的组织微创伤、异物引发的胶质反应、需要完整开颅
Synchron血管内支架电极(颈静脉导管置入)已融资 $75M(临床早期可行性试验)上肢瘫痪、辅助意念转文字通信无需开颅;可通过门诊血管内导管置入通道密度和记录带宽严重受限;电生理信号较粗糙
Science Corporation光子及生物混合神经接口已融资 $150M(早期神经科技)视网膜疾病视觉恢复、神经解码新型光遗传学和视网膜神经接口平台处于临床前或早期临床开发阶段;商业化周期漫长
Medtronic(神经外科产品组合)神经外科导航与深部脑刺激(在位龙头)公开市场综合企业($10B+ 市场规模)广泛颅脑手术、帕金森病、术中导航医院覆盖广泛,拥有 StealthStation 手术室安装基础和成熟 CPT 编码传统 DBS 设备不具备高密度皮层意念解码能力
传统辅助替代方案(眼动追踪 / EEG)非侵入式辅助外设(现状方案)成熟的商业医疗器械类别运动神经元疾病、ALS、辅助沟通零手术介入、即时可用、购置成本低延迟高、信息传输速率低、身体疲劳极大、可靠性差

竞争格局分析将直接植入式 BCI 创业公司与医疗器械在位企业及现状下的非侵入式替代方案进行对比。

[CP001, CP002, CP003, CP004, CP005, CP006, CP007]

3.2 竞争者画像、技术架构与架构权衡

评估 BCI 行业的竞争差异,必须权衡信号保真度、组织保护和手术可逆性。Neuralink 的穿刺电极线从皮层实质内单个神经元记录动作电位,可实现高带宽运动控制解码;但穿刺架构会造成局部微创伤,引发胶质瘢痕包裹,且无法在不显著破坏组织的情况下安全取出。相比之下,Synchron 完全避免颅骨手术,把血管内支架放入靠近运动皮层的上矢状窦,以较低信噪比和粗糙通道密度换取更好的手术安全性。Precision 的皮层接口瞄准临床折中:阵列厚度约为人类头发的五分之一,在 1.5 平方厘米范围内贴合脑表面。它通过每个单元的 1,024 个电极记录表面场电位,并在术中演示中通过四个阵列扩展到 4,096 个通道,在不刺穿组织边界的情况下捕捉高分辨率神经活动。无损伤特性意味着设备可安全移除或更换,从而能在超过 40 名神经外科患者和三家主要学术医疗中心开展快速多患者术中研究,改变临床验证方式。不过,Neuralink 已在四肢瘫痪患者中实现数月连续居家数字控制,而 Precision 截至目前的商业许可仍限于最长 30 天的急性术中和临时监测窗口,永久慢性植入仍是未经证明的临床里程碑。[CP002, CP005, CP008, CP009, CP010, CP011, CP012]

不同 BCI 模态的功能与能力矩阵
采购与临床标准Precision Neuroscience(Layer 7)Neuralink(Telepathy / N1)Synchron(Stentrode)Medtronic(StealthStation 在位产品)现状(ECoG / 眼控)
手术侵入性微创(400-micron 颅骨狭缝)高度侵入(开放式开颅 + 机器人植入)微创(血管内导管置入)标准手术钻孔 / 开放式开颅从非侵入到开放式开颅
组织穿透与损伤不穿透脑实质;贴合表面穿透皮层组织(微损伤与胶质瘢痕)血管内置入;不穿透脑实质用于 DBS 的皮层下穿透式导线不穿透(表面 ECoG 或体外)
设备可逆性 / 可取出性可完全取出且不损伤大脑不可逆,取出会造成严重皮层损伤永久内皮化血管支架DBS 导线可通过手术取出可完全取出
电极通道密度高密度(每个阵列 1,024 个通道;已测试最多 4,096 个)高密度(柔性线束共 1,024 个通道)低密度(支架上 16 个电极触点)低密度(4 至 16 个刺激触点)低至中等密度(8 至 64 个触点)
当前人体临床阶段已在术中测试超过 40 名患者(510(k) 30 天)长期人体试验(已植入多名患者)已完成人体早期可行性研究全球商业标准治疗全球商业标准治疗
主要商业分销渠道与 Medtronic StealthStation 共同开发的整合直接面向消费者 / 专科手术中心介入神经放射学医院科室医院直接企业级颅脑销售团队DME 经销商 / 康复诊所

该对比矩阵基于已核实的披露、临床出版物和访谈记录。未获支持的功能标为不适用或密度较低。

[CP002, CP005, CP006, CP008, CP009, CP010, CP011, CP012]
FP001: 竞争定位:手术侵入性与通道密度

按手术侵入性和记录通道密度,定位主要 BCI 竞争者及替代神经技术。

条目手术侵入性(1 = 无创,10 = 开颅 / 穿透) (0–10)电极通道密度(1 = 粗粒度 1-16 通道,10 = 高密度 1,000+ 通道) (0–10)说明
1. Precision Neuroscience (Layer 7) 2 8 微创 400 微米裂隙,进行 1,024 通道高密度表面记录
2. Neuralink (Telepathy) 9 8 高度侵入性的开颅手术,植入 1,024 个穿透性脑实质电极
3. Synchron (Stentrode) 3 2 微创血管内置入,但仅限 16 个血管通道
4. Science Corporation 7 6 中高侵入性的生物混合神经与视网膜接口
5. Medtronic DBS 8 2 侵入式皮层下导线置入,配备低密度 4-16 个刺激触点
6. 无创 EEG / 眼动追踪 1 1 无手术侵入性,但带宽受到严重限制且延迟较高

坐标代表有证据支持的序数评分(0-10 分制),依据公开的手术切口特征、脑实质穿透程度和有效记录电极数量得出。

[CP002, CP005, CP008, CP009, CP010]

3.3 商业化路径、定价经济学与护城河持久性

医疗神经科技长期护城河的持久性取决于临床切换成本、报销编码、医院分销准入和手术吞吐量。市场预测认为,严格的监管审查周期和全国合格神经外科医生短缺会拖慢临床 BCI 行业收入增长,可能直到 2041 年仍低于每年 $1.0 billion。初始商业系统的设备硬件价格估计为每台 $25,000 至 $60,000,且不含手术室设施费和长期数据分析成本,构成显著资本门槛。Precision 管理层称,专业植入式假体已有 CMS 报销先例,金额超过 $150,000 至 $190,000,并据此预测长期瘫痪市场每年 $2.5 billion 至 $3.0 billion,覆盖每年 18,000 例手术,由两至三家幸存厂商组成的寡头共享。在这种寡头结构中,分销能力比电极通道数量更重要。Precision 与 Medtronic 的合作直接回应了 Neuralink 的专有封闭生态路径,把 Layer 7 皮层映射嵌入已经配备 Medtronic StealthStation 硬件的医院手术室。不过,商品化风险和替代威胁仍然突出:如果 Neuralink 或 Synchron 先于 Precision 获得广泛的全国第三方报销编码和机构买方对永久性瘫痪恢复的标准治疗地位,Precision 可能被限制在术中诊断映射领域。[CP003, CP006, CP013, CP014, CP015, CP016]

BCI 的定价、包装与报销模式
模型组成Precision Neuroscience 目标直接 BCI 同业(Neuralink / Synchron)现有医疗器械(DBS / Second Sight)战略与经济含义
设备单元硬件定价$25,000 至 $60,000 / 台(估算)未公开披露(由补贴支持的临床试验)$150,000 至 $190,000(历史 CMS 视觉假体)医院初始采购需要资本预算,或证明其属于高溢价技术
手术及手术室成本标准神经外科手术室费用 + 导航专用手术机器人手术室 + 开颅介入导管实验室手术费用手术时间更短、切口更小,可降低住院成本负担
报销与支付方覆盖正在申请 CMS NTAP 和专门的 510(k) 医院代码试验性器械豁免(IDE)试验覆盖已建立 CPT 代码和 Medicare DRG 单列支付缺少专门的永久 CPT 代码,使早期采用局限于学术中心
包装与软件变现一次性使用的皮层阵列 + 专有映射软件专有消费级软硬件栈年度维护合同 + 控制台硬件销售通过一次性耗材阵列和授权式神经解码形成双重收入流

定价基准反映早期行业分析师模型和高管评论;实际商业报销费率表尚未最终确定。

[CP003, CP013, CP014, CP015, CP016]

3.4 展示项

Chapter 04

04财务

4.1 商业化路径、收入架构与定价策略

截至 2026 年末,Precision Neuroscience 仍处于商业化前阶段,没有确认的临床产品收入。公司未来商业架构围绕专有 Layer 7 Cortical Interface 展开:这是一种含 1,024 个电极的薄膜微电极阵列,用于在不穿透脑实质的情况下记录、监测和刺激皮层活动。2025 年 4 月,美国食品药品监督管理局许可 Layer 7 array 用于最长 30 天的临时术中记录和监测。这项许可建立了初始监管立足点,让 Precision 可以发展急性诊断监测收入流,同时继续推进永久植入式脑机接口系统和永久运动恢复的长期临床开发。 第三方医疗科技定价分析估计,Layer 7 设备的初始采购成本为每台 $25,000 至 $60,000,不包括手术植入费用、手术室设施费和持续的长期软件分析。医疗硬件目录价可以作为医院初步采购讨论的锚点,但在商业医疗工作流中实际实现的净售价仍完全未经证明。临床采用完全取决于能否建立正式报销框架,例如 CMS 新技术附加支付或专门的 CPT 编码,以免医院运营利润承担硬件采购成本。[CI001, CI002, CI003, CI004, CI005, CI011]

收入流与商业化时间跨度
收入流机制单位当前状态收入质量尽调问题
术中临时诊断阵列直接向医院销售 / 耗材包每个阵列单元FDA 510(k) 已获许可;正在开展探索性临床评估中等;取决于急性手术量医院采购定价和试点单元销量
慢性植入式 BCI 系统可植入神经假体设备套件每位患者一套系统探索性阶段;多年人体试验持续推进高;神经治疗具有长期黏性从临床试验到 PMA 关键试验申报的时间表
手术导航集成模块软件许可 / 与 Medtronic 捆绑联合销售每间手术室联合开发协议于 2026 年 1 月公布高度经常性;企业级医疗器械特许权使用费与 Medtronic 的收入分成和特许权使用费拆分条款
纵向神经解码分析云端临床分析订阅每位活跃患者 / 每月开发中;云端后端规格已确定高度经常性,具备类似 SaaS 的利润率特征患者数据隐私合规和临床计费路径

收入流反映 2025 年 4 月 FDA 获批及 2026 年 1 月与 Medtronic 合作后的商业计划;商业销售额暂无公开数据。

[CI001, CI002, CI006, CI008]
变现框架与指示性定价结构
产品 / 服务组成标价与实际成交价估算区间支付 / 合同模式折扣 / 未知项证据来源
Layer 7 微电极阵列估算硬件采购成本$25,000 至 $60,000医院资本采购 / 专科供应品采购医院采购组织折扣尚未核实第三方市场分析(CTOL Digital)
外科植入手术医生和医院计费未知私人费率住院 / 手术打包支付报销代码和覆盖政策尚未建立行业监管与报销缺口分析
Medtronic 导航联合集成合同约定的特许权使用费 / 转移定价未披露企业商业化合作转移定价和联合营销收入分成未知GlobeNewswire / Medtronic 合作公告
植入后神经校准专业技术服务 / 云端遥测未知私人费率订阅 / 服务维护合同支付方是否愿意报销门诊遥测未知B Capital 招聘职位要求(云工程师)

硬件采购成本估算来自独立行业报告;实际交易价格和商业利润条款仍属非公开信息。

[CI004, CI005, CI006, CI008]

4.2 进入市场经济学、医院分销与成本结构驱动因素

Precision 没有从零搭建资本密集型直接手术销售队伍,而是通过商业和共同开发联盟安排进入市场的分销。2026 年 1 月,Precision 与 Medtronic 建立战略合作,把 Layer 7 皮层接口集成进 Medtronic 的 StealthStation 手术导航平台。在这一安排下,Medtronic 的 Cranial & Spinal Technologies 部门为神经外科手术室提供成熟的医院渠道,有望降低 Precision 的获客成本,并缩短其在学术医疗中心的机构采购周期。 Precision 的运营成本结构由洁净室微制造、监管合规和专业神经工程人员等高固定支出主导。公司收购了专有微制造设施,以在薄膜电极生产达到商业规模时保持严格质量控制。关键工程岗位的薪酬基准显示技术劳动强度很高;例如,云基础设施岗位的基础现金薪资为 $200,000 至 $210,000,未含股权激励。在估计 51 至 200 名员工的人员规模下,人员成本和临床试验管理是商业规模放量前现金消耗的主要驱动因素。[CI006, CI007, CI008, CI009, CI012]

单位经济模型与运营成本基准
指标 / 成本组成报告值 / 基准值置信度运营意义尽调要求
硬件单元标价每个阵列 $25,000 至 $60,000中确立每台手术的基础收入上限潜力核实首批试点医院系统中的合同价格
软件工程师薪资$200,000 至 $210,000 / 年高体现专业技术劳动力的高固定成本评估美国各办公室的工程团队扩张计划
无尘室制造设施专有收购资产高高额固定资本投入可降低单位制造的边际成本审计设施资本支出和产能利用率
神经外科人体试点规模>40 名患者在临床研究中接受测试高验证主要学术中心积累临床安全数据检查各队列的不良事件率和信号保真度
毛利率未知 / 商业化前低决定规模化后的经营杠杆和单位盈利能力要求提供内部物料清单和装配成本表
私人资本累计募资总额累计 $430,000,000高确保关键试验期间拥有多年运营现金跑道检查现金余额、债务契约和烧钱趋势

单位经济指标结合已披露的薪资和资本数据,以及独立硬件成本估算;商业发布前尚无毛利记录。

[CI004, CI007, CI008, CI011, CI013]
FI001: Precision Neuroscience 商业化与利润转化瀑布图

假设性经济转化桥,展示 Layer 7 硬件从采购到医院采购环节所产生的估计毛利率。

条目数值
硬件标价上限 60000
医院集团采购折扣 -15000
实现的硬件净 ASP 45000
洁净室微加工 COGS -12000
无菌包装与 QA -4000
估计单位毛利 29000

基于 CTOL Digital $25,000-$60,000 硬件区间和标准医疗器械洁净室制造成本基准的示例性单位经济学桥;实际物料清单成本仍属机密。

[CI004, CI005, CI007]

4.3 资本充足性、现金消耗轨迹与投资判断

Precision 通过六轮融资累计筹集 $430M 私人股权,以支撑高烧钱的开发路线。2026 年 9 月,公司完成由 Pershing Square 和 The Ackman Oxman Institute 领投的超额认购 $250M D 轮,投后估值为 $1B。SEC Form D 文件确认,460 名参与投资者共售出 $249,999,984;此前公司于 2024 年 12 月完成 $102M C 轮,估值为 $500M,并在 2023 年完成 $41M 的更早轮次。Hiive 等二级市场平台显示,2026 年中每股指示性价格为 $8.38,说明尽管公司仍处于商业化前亏损阶段,投资者兴趣依然持续。 由此得出的投资判断必须附带严格的尽调限制。新获得的 $250M 资本注入,按预计每年 $50M 至 $70M 的烧钱速度,可提供约 36 至 48 个月的充足 现金跑道。然而,医疗市场分析师的宏观预测认为,由于临床试验入组缓慢、神经外科医生培训受限以及保险方抵触,脑机接口行业总收入直到 2041 年可能仍不会超过每年 $1B。Precision 的长期企业估值不取决于私人市场估值标记,而取决于能否证明临床疗效和健康经济回报,以获得第三方报销。[CI010, CI013, CI014, CI015, CI016]

4.4 展示项

Chapter 05

05产品与技术

5.1 产品定义与运行机制

Layer 7 皮层接口是贴合皮层的接口,而不是穿刺式皮层内植入物。Precision 表示,这一薄型阵列通过微切口植入,贴合脑表面,用高密度电极记录和刺激,并支持移除或替换 [CE001, CE002, CE007]。一份 2025 年技术评述称,该阵列最多含 1,024 个铂电极和 5 微米聚酰亚胺基底;公司产品页面称,神经信号会被转换为数字设备指令 [CE002, CE003, CE006]。这些特征定义了客户工作流:不穿透组织即可采集皮层活动,处理信号,再将解码结果用于临床映射或设备控制。不过,公开证据尚未证明完整系统在患者功能结果或并发症率上的表现对比。[CE001, CE002, CE003, CE006, CE007]

产品模块与资产矩阵
模块 / 资产用户状态 / 成熟度差异化尽调缺口
Layer 7 皮层阵列神经外科医生和神经生理团队公司渠道称已获 FDA 许可;具体许可适应症未留存最多 1,024 个表面电极,可记录并刺激获取 FDA 摘要、主要台架报告和比较安全性数据
微狭缝递送方式植入手术神经外科医生公司和 2025 年技术评述均有描述在不穿透脑组织的情况下进行表面放置核实手术时间、避让血管控制措施和并发症率
信号采集与刺激链路临床神经生理和工程团队二手技术规格已公开单一平台实现多通道采集和局灶刺激审阅主要电子验证、热限制和通道可靠性
神经解码与设备控制层患者、临床医生和辅助技术团队公司描述的能力;结果证据未留存将脑信号转换为数字设备指令要求提供任务级准确率、校准时间、延迟和纵向表现

状态仅反映分配到的预取证据;空值或带限定的字段需要监管、工程和临床一手文件。

[CE001, CE002, CE003, CE004, CE006, CE007, CE008]
FE001: Layer 7 产品架构与证据边界

该架构将已披露的产品层与投资判断仍需的控制措施和证据分开。

临床目标
皮层映射、监测、刺激或辅助设备控制;患者层面的结果仍是尽调缺口。
皮层接口
薄型贴合表面的阵列,最多配备 1,024 个电极,用于记录和刺激。
手术置入
采用微型裂隙置入,设计上避免穿透脑组织并允许取出。
信号采集
次级技术审查描述了前端放大、数字化和高速处理。
解码与流程集成
信号转命令软件,加上已宣布的 StealthStation 联合开发;性能和发布状态未披露。
制造与控制
据报道位于 Addison 的 MEMS 设施;良率、网络安全、质量体系、可靠性和支持指标均未留存。

仅为概念架构;图示不代表已具备商业化准备、监管范围或经验证的性能。

[CE001, CE002, CE004, CE005, CE006, CE011, CE015]

5.2 部署、集成与临床工作流

现有架构证据以组件拆分最充分。技术评述描述了定制头端、低噪声模拟采集、16 位数字化和高频采样,但这些规格来自二手评述,而非留存的一手工程档案 [CE004]。Precision 和 Medtronic 于 2026 年 1 月宣布共同开发集成方案,把 Layer 7 与 StealthStation 手术导航系统配对,旨在把功能和结构信息结合到手术室中 [CE005, CE015]。公告证明了集成方向,而非已发布产品、安装数量、互操作性表现或支持模式。独立的 MGH 从业者代理资料还显示,神经科学工作流覆盖成像、电生理、建模和刺激,因此集成负担不止于电极阵列本身 [CE013]。

工作流与使用场景证据
用户任务当前工作流Precision 方案可量化证据局限
在手术中绘制皮层功能结构导航工具与功能映射工具彼此分离计划集成 Layer 7 与 StealthStation联合开发于 2026 年 1 月公布未留存已发布产品日期或集成基准
采集高密度皮层信号采用低密度表面接口或其他侵入式接口的临床电生理最多含 1,024 个电极的表面阵列留存的评述称基底厚度为 5 微米,插入狭缝小于 1 毫米未留存主要比较性临床终点
通过神经意图控制数字设备根据患者功能选择辅助输入方式公司描述的信号到指令管线产品页面称支持实时记录和传输未留存准确率、速度、耐久性或患者结果分母
接入医院神经科学工作流影像、电生理、建模和刺激可能彼此分开Layer 7 提供皮层记录和刺激主页列出多家活跃医院合作机构未披露站点级部署阶段、支持负荷和集成范围

这些行区分已公布或公司描述的能力与实测结果;不假设可将合作关系或患者数量换算为商业采用。

[CE002, CE003, CE005, CE006, CE012, CE013, CE015]

5.3 成熟度、制造与部署信号

公司发布材料称 Layer 7 已获得 FDA 许可,2025 年 6 月发布的材料将获许可功能描述为记录、监测和刺激脑表面的电活动 [CE008]。部署指标显示出进展,但不可直接比较:一篇投资者帖子称 2024 年 7 月设备已在三家医疗中心为 17 名患者植入,而 Precision 于 2025 年 6 月称已在超过 40 名患者中测试设备 [CE009, CE010]。官网还把一批机构标为活跃医院合作伙伴,但没有说明各站点的研究阶段或患者数量 [CE012]。一份声誉较低的独立评述提到 Addison 有一座 22,000 平方英尺的 MEMS 工厂;指定资料中仍未披露良率、经验证产能、供应商依赖和质量体系证据 [CE011]。

技术与运营架构
层 / 流程作用依赖风险
柔性皮层阵列在脑表面记录并施加刺激电极制造、生物相容性基底、手术放置未留存长期耐久性和取出证据
前端与信号链放大、数字化并处理神经信号定制电子设备、通道完整性、数据传输缺少主要验证、热性能和可靠性数据
导航与临床集成将功能信号与结构导航结合Medtronic 联合开发和医院工作流集成公告不能证明已具备发布准备度或已安装使用
MEMS 制造生产多通道微电极阵列Addison 设施、工艺控制、合格材料、检验良率、产能、供应商集中度和质量体系指标未披露

架构根据公司页面、公司发布的合作公告和二手评述重建;未披露的依赖项作为缺口陈述,而非事实。

[CE001, CE002, CE004, CE005, CE011, CE015]

5.4 技术风险、控制措施与路线图

核心投资判断缺口在于:已披露的皮层阵列架构与可靠端到端临床产品之间仍有距离。留存来源没有提供关于慢性生物相容性、取出结果、无线安全、软件验证、灭菌、不良事件率、正常运行时间或现场支持的一手测试报告。公司官网称平台将扩展到更多脑区,但没有给出有日期的发布计划、适应症顺序或验证门槛 [CE014]。现有 FDA 许可主张缩小了特定功能的监管不确定性,但指定证据没有包含可核实适应症、禁忌症、使用期限或所需控制措施的许可摘要 [CE008]。这些缺失应被视为重要尽调请求,而不是据此推断产品能力。

5.5 展示项

Chapter 06

06客户

6.1 客户分层与三方医疗利益相关者关系

Precision Neuroscience 的脑机接口(BCI)技术处于复杂的三方医疗生态中:机构买方(学术医疗中心和医院网络)、临床用户(神经外科团队和术中监测专家)以及最终受益人(严重瘫痪、ALS 或中风患者)。Layer 7 Cortical Interface 虽已获 FDA 许可用于临时记录、监测和刺激,但长期直接电脑控制仍是研究性平台,因此当前机构关系呈现为合作临床研究项目,而非商业销售合同。学术医疗中心提供神经外科基础设施、临床试验患者来源和临床验证数据,换取接触前沿神经科技的机会。与此同时,第三方商业支付方和 Medicare 是最终经济裁决者,其报销政策将决定医疗系统能否从受资助的试点研究转向常规手术室部署。[CU001, CU002, CU003, CU004]

客户细分表
客户细分买方 / 决策者临床用户 / 支付方主要使用场景与价值主张商业规模与战略价值采用缺口与尽调考虑
学术医疗中心与研究医院科室主任、首席医疗官、临床研究委员会学术神经外科医生、临床神经生理学家(机构 / 研究经费)术中功能性脑映射、急性电生理研究、临床试验验证。领先学术中心均有活跃关系;对同行评议临床验证具有较高战略价值。非商业、由研究经费支持的试验;机构转向标准治疗采购仍未经证明。
战略医疗器械 OEM 合作伙伴企业发展高管、神经科学产品组合负责人手术导航工程与现场销售团队(企业联合开发资金)集成进 StealthStation 导航控制台,实现结构和功能映射同步进行。单一 Tier-1 全球合作伙伴(Medtronic);提供广泛手术室接入,是关键商业放大器。合作伙伴集中度高;依赖 Medtronic 的产品路线图和商业集成执行。
三级区域医院网络医院价值分析委员会、价值采购负责人医院雇用的神经外科医生、手术室医护人员(商业支付方 / Medicare)标准化颅脑切除指导、肿瘤边界识别、运动皮层保留。上市后的目标商业市场;耗材设备使用量大且具经常性。完全缺少专门 CPT 报销代码;受限的资本预算阻碍无补偿采用。
瘫痪终末期患者与照护者网络患者、家属和患者倡导基金会患有 ALS、中风、脊髓损伤的瘫痪人士(自费 / 试验性试验)在不穿透脑组织的情况下恢复数字沟通、设备控制和功能自主性。美国估计有 900 万可覆盖患者;长期治疗市场具有变革性。需要永久植入许可;高昂手术成本($25k-$60k 设备费用另加手术费)限制可及性。

分析按主要商业和临床利益相关者层级组织;商业采购仍取决于监管适应症。

[CU001, CU002, CU003, CU004, CU010, CU013]

6.2 机构部署、学术合作与临床试验网络

Precision 已建立覆盖美国顶尖学术医疗机构的高知名度多中心临床网络。最初的人体术中研究在 West Virginia University's Rockefeller Neuroscience Institute(WVU RNI)开展,把 Layer 7 皮层表面微电极阵列临时放置在计划手术患者的脑表面。随后临床版图扩展至 University of Pennsylvania 的 Perelman School of Medicine(Penn Medicine)和纽约 Mount Sinai Health System;在那里,手术团队同时在一名患者的皮层上放置四个 1,024 电极阵列,共 4,096 个通道,创下神经记录密度纪录。随着公司从早期可行性推进到扩大队列评估,临床试验和研究合作延伸至 Johns Hopkins Medicine、Mass General Brigham、Beth Israel Deaconess Medical Center、Northwestern Medicine、Emory Healthcare、Barrow Neurological Institute、NYU Langone、UChicago Medicine、Michigan Medicine 和 Thomas Jefferson University 等大型学术医疗系统。2024 年 7 月,Precision 任命 Viz.ai 前高管 Jayme Strauss 为首席临床与商业官,以将这些研究联盟制度化,并为医院网络的商业产品推出做准备。[CU005, CU006, CU007, CU008, CU009]

已命名客户证明表
客户 / 临床机构机构细分部署与使用场景生产与试点状态已记录的临床结果机构局限与尽调问题
West Virginia University Rockefeller Neuroscience Institute学术神经科学中心首例人体临床试点;在择期脑部手术中临时放置,用于信号映射。临床研究试点3 位患者完成试点;成功记录高分辨率皮层信号,且未造成组织损伤。仅限术中临时放置;尚未建立长期慢性留置安全数据。
宾夕法尼亚大学 Perelman 医学院顶尖学术医疗系统功能性脑肿瘤与癫痫切除术中的术中皮层映射。临床研究试点已在患者队列中成功部署;证实了高密度信号采集能力与安全性。手术仅限于研究方案期限内,尚无商业采购合同。
Mount Sinai Health System (New York)大型城市学术医疗中心高密度脑映射;在患者皮层上同时放置 4 个微电极阵列,共计 4,096 个电极。临床研究试点创下人类皮层电极密度世界纪录;实时映射精细运动信号模式。需要专业神经外科团队;能否扩展至社区外科医院尚未验证。
Medtronic(神经科学业务组合)全球战略医疗技术合作伙伴与 Medtronic StealthStation 手术导航平台共同开发并集成 Layer 7 接口。商业 OEM 战略联盟2026 年 1 月宣布正式联合开发合作,以加速全球医院手术室采用。受多年联合开发和监管许可约束;商业收入分成未披露。

这些机构是公开记录中有据可查的临床研究试验合作者和战略商业伙伴。

[CU005, CU006, CU007, CU008, CU010, CU011]
FU001: 客户旅程与采用生态图

可视化呈现机构客户从最初参与学术临床试验,到 OEM 手术室集成,再到慢性商业部署的阶段。

进展阶段代表机构商业化里程碑;时间长度取决于 FDA 慢性用途许可和 CMS 编码。

[CU001, CU005, CU006, CU008, CU010, CU013, CU014]

6.3 通过 Medtronic 战略合作整合商业渠道

Precision 认识到医院采购障碍和独立设备摩擦会严重阻碍医疗器械采用,因此于 2026 年 1 月与 Medtronic 组建了具有行业影响力的战略合作。根据共同开发联盟,Precision 正将 Layer 7 皮层表面接口直接集成到 Medtronic 的 StealthStation 手术导航系统中;该平台已广泛安装于全球颅脑和脊柱手术室。如今,神经外科医生通常依赖彼此割裂的工具来观察脑部解剖结构和底层电生理功能,造成操作摩擦并拖慢术中决策。把 Precision 的高分辨率微型皮层电图技术与 Medtronic 的实时 3D 手术导航结合后,方案可在既有神经外科工作流内提供结构和功能神经映射。这一 OEM 分销和共同开发策略显著缩短了 Precision 的临床采用路径:把设备嵌入神经外科医生和医院采购委员会已经信任并每天使用的资本设备,绕过传统医疗系统采购摩擦。[CU010, CU011, CU012]

客户增长 / 采用轨迹表
采用指标数值 / 规模日期来源与归属置信度战略含义缺失分母与尽调缺口
参与临床医院站点3 个初始站点(WVU、Penn、Mount Sinai),扩展为多中心网络2024-07Alumni Ventures 与公司披露高在顶尖神经科学机构取得验证,建立临床研究可信度。所有站点获机构审查委员会(IRB)批准的活跃手术方案总数。
临床人体植入病例已完成 17 位患者2024-07Alumni Ventures 临床报告高在手术室中实现早期临床可行性,且未出现与设备相关的脑实质损伤。已筛查合格手术候选人与完成术中放置病例之间的分母。
扩展患者队列手术>40 位人体患者已完成2025-06公司新闻稿 / Yahoo Finance高在首次 510(k) FDA 许可后,临床安全性快速推进。急性临时(分钟 / 小时)与亚慢性(最长 30 天)植入时长的拆分。
峰值电极阵列放置4,096 个皮层电极(4 arrays)2024-11Verdict / Bloomberg / Mount Sinai 临床病例高人体皮层电极数量世界纪录,展现无与伦比的信号映射分辨率。每增加一个 1,024 电极模块化阵列所需的信号处理与计算解码带宽。
战略 OEM 集成分布1 个主要合作伙伴(Medtronic StealthStation)2026-01MedTech Dive 与 GlobeNewswire 合作披露高将客户获取从单个医院销售转为预集成的手术室工作流。Precision 与 Medtronic 之间的合同收入分成比例和单元销量承诺。
商业设备硬件定价$25,000 至 $60,000 / 台(估算)2024-12CTOL Digital 独立行业分析中确立设备总收入潜力,但也凸显机构医院买方的高资本门槛。Addison, Texas 铸造厂的精确制造物料清单成本,与医院批发售价的对比。

采用指标反映临床试验和战略开发阶段;商业产品销售尚未运营。

[CU005, CU006, CU007, CU008, CU010, CU011, CU013]

6.4 采用逆风、经济壁垒与客户集中度现实

尽管拥有临床里程碑和战略分销联盟,Precision 仍面临威胁采用进程、客户留存和收入持久性的重大商业逆风。独立市场分析显示,Precision BCI 设备硬件成本估计为 $25,000 至 $60,000,不包括手术室手术费用、神经外科医生费用和持续的术后计算信号分析。 若没有成熟的现行程序术语(CPT)报销编码或有利的 Medicare 覆盖认定,机构医院在补贴临床研究方案之外采用设备,将面临严重财务风险。此外,颅骨微电极放置的专业性使渠道高度依赖全国范围内稀缺的认证神经外科医生和专业三级手术中心。在更广泛的神经科技市场,precision neuroscience 方法还面临临床队列中的可解释性、标准化和工作流集成难题。在长期门诊疗效与成本效益得到严格证明前,医院采用仍将集中于顶尖研究中心,商业流失或试点停滞会持续构成风险。[CU013, CU014, CU015, CU016]

6.5 展示项

Chapter 07

07风险

7.1 监管和临床风险是核心投资论点的首要约束

最强的公开里程碑比最终的瘫痪应用论点更窄。一份独立摘要称,Layer 7 Cortical Interface 已获得 510(k) 商业使用许可,植入期限最长 30 天;而面向长期使用的全植入式无线版本仍在开发中。留存的文献摘要还描述了 5 名患者的试点人体测试,以及随后 4 名患者的术中研究,研究作者指出样本量很小。因此,标签扩展、慢性使用安全性、耐久性和关键性证据是最大的剩余风险;现有证据不足以把一项小型研究中未报告设备相关事件,视为广泛安全性的证明。后续投资应要求提供 FDA 实际许可函、适应症和标签、完整试验方案、不良事件表以及有日期的长期监管计划。[CR001, CR002, CR003, CR004, CR009, CR014]

监管 / 法律风险登记表
排名规则、许可或风险敞口留存证据中的状态可能性严重程度缓释成熟度剩余风险敞口尽调路径 / 论点失效触发条件
1长期植入与治疗用途路径据报道可商业使用最长 30 天;完全植入式无线系统仍在开发中高严重早期高获取 FDA 往来文件和长期使用计划;若路径或所需证据明显比融资计划更漫长或风险更高,则暂停
2临床安全性与有效性外推留存摘要描述了 5 名患者的试点测试和 4 名患者的术中研究,并明确提示样本量较小高严重早期高审查方案、所有不良事件、取出情况、随访和分母;若出现未缓解的严重设备相关安全信号,则停止
3医疗器械软件合规公司重新发布的招聘信息要求符合 IEC 62304 的软件开发生命周期中高发展中中高审计设计控制、可追溯性、异常、验证、网络安全和监管责任归属;若关键问题未解决则暂停
4隐私、网络安全、知识产权与诉讼状况分配的资料池没有提供足以结清这些事项的监管机构、法院、专利局、数据泄露或独立审计记录未知高未验证高投资前开展由律师主导的案卷、知识产权实施自由、隐私、泄露历史和安全保障审查

严重程度和可能性是分析师根据引用范围、证据规模和披露缺口作出的排名,并非监管机构结论。覆盖范围是分配资料池中可见重大问题的样本,并非穷尽式法律检索。

[CR001, CR002, CR003, CR004, CR005, CR006, CR009, CR014]
FR001: 剩余风险热力图

最高的剩余风险同时具有严重影响,以及早期或未披露的缓释证据。

定性分类基于证据,用于尽调优先级排序,不代表概率测量或监管结论。

[CR001, CR002, CR003, CR004, CR005, CR006, CR007, CR013, CR014, CR015, CR016]

7.2 质量、制造与数据系统执行仍高度耦合

Precision 自己的招聘材料显示,其软件栈不是外围网页产品:岗位将构建实时和离线生理数据分析、患者信息基础设施以及云平台,并纳入符合 IEC 62304 的开发生命周期。这会同时带来软件质量、网络安全、隐私和临床运营风险。公司材料还称,Precision 收购了用于商业规模制造的专有设施,虽然这可能改善控制,但也把执行集中到一个指定证据未提供良率、验证、冗余、召回、供应商或业务连续性指标的运营中。投资前,尽调应检查设计历史和风险管理文件、渗透测试与访问控制证据、软件异常关闭情况、工艺验证、良率趋势、关键供应商、灾难恢复以及投诉和纠正措施记录。[CR005, CR006, CR008, CR013]

运营、质量与安全风险登记表
排名失效模式可能性严重程度缓释证据剩余风险敞口未解决缺口 / 监测项
1软件或云服务故障影响临床流程或患者信息中严重IEC 62304 生命周期是明确写出的招聘要求高分配资料池中没有独立 SDLC 审计、正常运行时间、漏洞、恢复或异常闭环证据
2制造良率、质量或产能无法满足商业化需求中高公司称其收购了一座专有的商业规模制造设施高没有良率、验证、供应商、冗余、召回或纠正措施数据;监测批次放行和不合格趋势
3安全性或耐久性表现无法外推中高严重据报道已开展人体试点,并有获准使用最长 30 天的设备高队列较小且没有留存的长期植入证据;监测所有不良事件、取出情况、信号稳定性和随访
4临床部署无法跨站点扩展中高公司和投资者材料列出了多项医院合作中高没有站点启动时间、培训负担、手术吞吐量、方案偏差或利用率数据

排名区分观察到的缓释陈述与独立验证的控制措施;无法取得的运营指标以缺口呈现,而非视为零事故。

[CR001, CR003, CR004, CR005, CR006, CR009, CR010, CR013, CR014]

7.3 商业化依赖交易对手与公司塑造的证据

2026 年 1 月的 Medtronic 公告具有战略意义,但它是公司发布的材料,只描述了共同开发 Layer 7 与 StealthStation 集成方案的计划;没有披露经济条款、排他性、里程碑、终止权、监管责任或上市承诺。临床进展同样由少数具名医院系统的合作呈现。在合同和运营数据证明相反之前,交易对手集中度因此是重大执行风险。证据质量进一步放大了问题:Precision 的传播机构称其有意利用融资、试验、研究和竞争者新闻来获得符合公司口径的报道,另一份留存材料则自称为付费发布。媒体数量不应被视为采用、安全或商业准备度的独立验证。[CR007, CR010, CR011, CR012, CR014]

伙伴、依赖与财务风险登记表
排名依赖项对手方或投入集中度 / 失效情景严重程度缓释证据剩余风险敞口
1手术平台集成Medtronic StealthStation集成、监管、商业或终止条款推迟计划中的系统严重已宣布战略联合开发合作在审查已签署协议、里程碑、责任和经济条款前,风险维持高位
2临床准入与证据生成WVU、Penn Medicine、Mount Sinai 及其他研究站点站点流失、入组缓慢、方案差异或随访有限导致证据延迟高材料描述了多项已点名合作及计划中的扩展中高,因为站点层面的合同、入组、吞吐量和留存率均未披露
3外部验证与市场叙事公司发布、投资者材料与传播机构将宣传报道误当作独立验证高有广泛媒体投放记录高,因为留存资料池主要由公司、投资者或供应商主导
4资本可用性现有及未来投资者融资总额无法对账,现金、消耗、现金跑道和里程碑成本均未披露严重多个融资总额表明能够获得资本,但不代表现金可用在股权结构表、银行对账单、预算、消耗、承诺和融资计划完成对账前,风险维持高位

已募集资金不视为可用现金。未经合同审查,合作公告不视为已执行的商业承诺。

[CR007, CR010, CR011, CR012, CR014, CR015, CR016]

7.4 财务不透明要求分阶段投入资本并设定明确止损标准

指定证据没有披露收入、毛利率、经营亏损、现金、烧钱、现金跑道、制造营运资本或实现慢性使用商业化所需资本。此外,公司当前职位转载称自成立以来已筹集超过 $430M,而独立托管摘要称截至 2026 年 1 月累计融资为 $180M。这些是依据不明的融资额主张,不等于可用现金;差异必须调和,不能取平均。资本应绑定文件化里程碑分阶段投入:确认监管范围和慢性使用路径、更大队列中可复现的安全性和性能、重大质量或安全问题关闭、经验证的制造良率和双来源计划、持久的医院及 Medtronic 合同,以及董事会批准的现金预测。重大监管挫折、严重设备相关安全信号、未解决的关键软件问题、制造验证失败、失去关键平台或试验站点关系,或现金跑道 低于董事会下一轮融资门槛,都应暂停部署并触发重新评估。[CR015, CR016, CR001, CR004, CR005, CR007, CR013, CR014]

7.5 展示项

Chapter 08

08估值

8.1 投资论点、核心价值驱动因素与反论点

Precision Neuroscience 的核心投资逻辑,建立在其差异化的皮层表面接口——Layer 7 Cortical Interface——之上。与 Neuralink 等皮层内微电极系统不同,它不穿透组织,因此避免了组织创伤、胶质瘢痕和永久性脑实质损伤。公司设计了一种超薄、可贴合的阵列,通过颅骨狭缝手术植入,打造更安全、且可安全取出的神经技术方案。该临床平台已在 18 家医疗机构完成超过 100 例患者手术,并获得 FDA 许可,可临时使用最长 30 天。此外,公司将其产品与 Medtronic 的 StealthStation 神经外科平台进行战略整合,为进入全球医院手术室加速商业化路径;公司已从 Pershing Square、B Capital 和 Duquesne Family Office 等知名投资者处累计获得 $430 million 股权融资。反方逻辑则强调,短期急性监测与长期治疗商业化之间存在巨大鸿沟。Precision 仍处于零收入或早期商业试点阶段,预计设备硬件成本为 $25,000 至 $60,000,却没有专门的门诊或住院报销代码。要实现永久性长期植入,还需进行多年上市前试验;神经外科专业人力短缺也可能卡住手术推广,使商业模式高度暴露于临床进度拖延和烧钱风险。[CV001, CV002, CV003, CV004]

论点与反论点表
视角核心论点 / 反论点支持证据与战略背景哪些变化会改变判断
投资论点相比穿透式阵列,贴合表面的 BCI 具备更优安全画像。18 个中心累计超过 100 例患者;4,096 通道记录;已获得 FDA 510(k) 许可。流动患者出现持续性慢性信号衰减或严重机械移位的证据。
投资论点Medtronic 的商业分销加速手术室集成。战略联合开发,将 Layer 7 与 StealthStation 导航平台集成。合作解散,或无法将联合开发转化为全球联合营销分销。
投资论点充足资本支持多年慢性 IDE 试验执行。2026 年 9 月完成 $250M Series D,使累计募资达到 $430M。年度现金消耗超过 $80M,却未实现慢性监管 IDE 里程碑。
反论点尚无成熟 CPT 编码或付款方覆盖,报销障碍严重。设备单价估计为 $25,000 至 $60,000,导致医院采购受阻。健康经济学证明照护成本下降,并成功获得 CMS NTAP。
反论点专业神经外科劳动力瓶颈限制商业手术量。目前只有三级学术医院的专业颅骨裂隙外科医生执行手术。手术方案标准化,使社区神经外科医生能够执行常规门诊植入。
反论点高估值倍数没有为临床试验执行延误留下空间。$1.03B 投后估值叠加微薄商业收入,意味着大幅下轮融资风险。临时监测系统快速商业化,每年产生 >$50M 高毛利收入。

将结构性论点驱动因素与商业及监管失效模式进行比较。

[CV001, CV002, CV003, CV004, CV007, CV011]

8.2 资本化历史、股权结构表动态与入场纪律

Precision 的资本结构显示出激进的风险投资扩张,以及机构资金在多轮融资中的强力支持。公司完成早期融资并于 2023 年进行 $41 million 的 Series B 后,于 2024 年末完成 $98.44 million 至 $102 million 的 Series C,投后估值为 $500 million 至 $542.69 million(每股 $5.70)。2026 年 9 月 24 日,Precision 完成一轮超额认购的 $250 million Series D,Pershing Square Inc.、Ackman Oxman Institute 和一家未披露名称的生命科学基金共同领投;发行价为 $7.20,34,722,222 股 Series D 优先股对应的隐含投后估值为 $1.03 billion。Forge Global 的二级市场跟踪显示,公司拥有 1.0x、非参与型清算优先权,且优先级为 1,说明治理结构干净,没有沉重的结构化债务负担。不过,以 $1.03 billion 独角兽估值入场,给成长型投资者留下的安全边际极小:公司的价值几乎完全建立在技术期权价值和临床试验里程碑上,而非经营现金流或商业收入倍数上。[CV005, CV006, CV007, CV008]

建议摘要表
维度评估关键分析驱动因素决策含义
建议research-more初步商业收入和多年慢性临床试验周期,被稳健资产负债表部分抵消。在获得慢性人体临床安全性数据、且报销路径清晰前,不投入新增资本。
信心度medium已披露的 Series D 条款和 FDA 510(k) 许可证实了进展,但慢性人体疗效仍未经证实。对合作学术医疗机构开展专有临床站点尽调。
风险评级high资本密集度高、手术采用存在瓶颈,且上市前监管门槛严苛。要求较高回报门槛,并采用防御性清算优先权结构。
估值立场stretched按 $1.03B 投后估值计算,企业价值与近期运营收入基本面脱节。寻求估值折扣,或以低于每股 $7.20 的价格进行二级市场交易。
退出期限4 至 6 年目标是借助 Medtronic 分销实现商业扩张,并在 2030-2032 年前 IPO 或被战略收购。让基金 LP 期限匹配医疗器械商业化的长周期。

汇总 Precision Neuroscience 的最终投资立场、风险画像和组合决策指引。

[CV007, CV008, CV013, CV014]
FV001: 推荐逻辑流程

决策树将临床验证、监管边界、商业化障碍和估值倍数串联起来,解释为何结论是继续研究。

节点 / 连接节点 / 起点终点说明
节点 1 表面 BCI 已规模化(100+ 次手术,4,096 个电极) [N1]
节点 2 30 天获批与多年慢性 PMA 要求的对比 [N2]
节点 3 设备成本高($25k-$60k),且付款方不予报销 [N3]
节点 4 累计募资 $430M(Series D 资产负债表上有 $250M) [N4]
节点 5 Series D 投后估值 $1.03B($7.20/股)偏高 [N5]
节点 6 建议:继续研究(慢性数据出炉前暂缓入场) [N6]

流程图展示了支撑最终投资建议的定性逻辑依赖链。

[CV002, CV003, CV004, CV006, CV007, CV013]

8.3 情景分析、下行触发因素与估值倍数

将 Precision 放入乐观、基准和悲观情景比较,可以看到回报高度偏斜,关键驱动因素是监管里程碑的时间点和商业支付方的覆盖。在乐观情景下,Precision 于 2028 至 2029 年获得长期 PMA 许可,在 Tier-1 神经外科中心广泛开展 Medtronic StealthStation 联合销售,并拿到专门的 Medicare NTAP 和 CPT 报销,隐含企业价值扩大到 $3.5 billion 至 $5.0 billion。基准情景下,公司在长期试验推进的同时,先在临时术中神经监测中获得商业进展,推动二级交易或并购估值达到 $1.2 billion 至 $1.8 billion。悲观情景下,长期人体试验出现并发症、30 天后生物信号衰减,或报销申请长期被拒,都会迫使公司进行下轮融资或结构化资本重组,将企业价值压缩至 $300 million 至 $500 million。按 $1.03 billion 的入场估值计算,商业医疗器械龙头的公开市场可比倍数(收入的 5x 至 8x)意味着 Precision 必须实现超过 $150 million 的年度净产品收入,才能从根本上支撑当前估值;这一目标在 2030 年前不太可能实现。[CV009, CV010, CV011, CV012]

乐观、基准与悲观情景表
情景核心假设与运营里程碑隐含估值区间关键风险与下行触发因素概率信号
乐观情景2029 年前获得慢性 PMA 批准;取得 CMS NTAP 和 CPT 覆盖;Medtronic 全球分销;每年 >1,500 个慢性植入。$3.5B - $5.0B监管机构拒绝慢性 IDE 方案;MEMS 晶圆厂报废率飙升。20%
基准情景到 2028 年,临时术中监测产生 $30M-$60M ARR;慢性试验显示安全;出现二级收购兴趣。$1.2B - $1.8B医院采购周期缓慢;慢性试验入组延迟;来自 Neuralink 的竞争压力。55%
悲观情景慢性试验因组织包裹而停滞;商业付款方拒付;现金跑道耗尽;需要资本重组。$300M - $500M失去 Medtronic 合作;低于 Series C 估值(每股 $5.70)进行下轮融资。25%

情景分析评估企业估值对监管许可、商业付款方采用和分销的敏感度。

[CV007, CV009, CV010, CV011, CV012]

8.4 投资建议、风险评级与关键退出标准

将临床进展与估值纪律放在一起评估,结论很明确:建议继续研究,信心程度为中等,风险评级为高,估值偏贵。Precision 的微创技术代表了出色的生物工程创新,相比穿透式阵列具备更高的手术安全性。不过,在商业报销获批或长期慢性临床人体数据出现之前就支付 $1.03 billion,会带来不对称的下行风险。投资者应重点监测三项论点破坏触发因素,即退出标准:(1)无法证明 30 天后人体内的长期信号保真度或生物相容性;(2)Medtronic StealthStation 商业联合开发联盟终止或被稀释;(3)Medicare 或私人支付方持续拒绝建立可行的手术报销。在投入直接资金前,潜在投资者必须对内部 MEMS 洁净室良率、IDE 监管试验的预提交记录和实际单位经济模型开展严格的确认性尽调。[CV013, CV014, CV015, CV016]

8.5 展品

免责声明

本报告依据截至运行日期的有来源证据编制;不构成投资建议。

证据索引

结论
编号陈述可信度来源
CO001 Precision Neuroscience Corporation was founded in 2021 by CEO Michael Mager and CSO Dr. Benjamin Rapoport and is based in New York City. 高 SO002, SO003, SO005
CO002 Precision Neuroscience develops neural brain-computer interface medical devices targeted at restoring communication and motor agency for patients with severe neurological illness. 高 SO002, SO003
CO003 The Layer 7 Cortical Interface is engineered as a surface-conforming microelectrode array that avoids penetration into brain tissue and can be safely removed. 高 SO003, SO004, SO005
CO004 Precision's cortical array is designed for minimally invasive insertion via a thin cranial slit rather than full craniotomy bone flap excision. 中 SO004, SO008
CO005 Dr. Benjamin Rapoport brings unique founder-market fit as an MD-PhD neurosurgeon who co-founded Neuralink prior to founding Precision. 中 SO005, SO006
CO006 In July 2024, Precision hired former Viz.ai executive Jayme Strauss as Chief Clinical and Commercial Officer and former Orchestra BioMed CFO Mike Kaswan as CFO. 中 SO007
CO007 Dr. Craig Mermel, President and Chief Product Officer, previously engineered biosignal technologies at Apple and Google, while BrainGate founder Dr. John Donoghue serves as Scientific Advisor. 中 SO003
CO008 Precision exhibits significant key-person dependence on its founding neurosurgical and executive architects for core intellectual property and trial designs. 高 SO003, SO005, SO007
CO009 Precision has raised $430 million in cumulative equity capital across all financing rounds since its founding in 2021. 中 SO003
CO010 In September 2026, Precision closed an oversubscribed $250 million Series D financing round co-led by Pershing Square Inc., the Ackman Oxman Institute, and a leading life sciences fund. 中 SO003
CO011 In December 2024, Precision completed a $102 million funding round that valued the company at approximately $500 million. 中 SO008
CO012 Precision established an industry-first commercial partnership with Medtronic to integrate the Layer 7 BCI with Medtronic's StealthStation neurosurgical platform. 高 SO001, SO003
CO013 Precision owns and operates a proprietary MEMS microelectrode manufacturing foundry located in Texas to control device fabrication. 中 SO003
CO014 Precision has conducted more than 100 human patient procedures across 18 major medical institutions and achieved FDA clearance for the Layer 7 Cortical Interface. 高 SO003, SO004
CO015 Third-party estimates place the hardware cost of Precision's BCI device between $25,000 and $60,000, excluding implantation and ongoing software analysis expenses. 中 SO008
CO016 Broad commercial adoption faces critical challenges including a shortage of trained neurosurgeons and uncertainty surrounding institutional health insurance reimbursement. 中 SO008
CM001 StartEngine repeats a Morgan Stanley estimate of nearly 10 million potential BCI candidates in the United States and a $400 billion market opportunity. 中 SM001
CM002 StartEngine states that the company information on its offering page has not been independently verified. 中 SM001
CM003 A B Capital job-board profile describes one billion people worldwide as suffering from neurological illness. 中 SM004
CM004 Precision and Medtronic announced plans to co-develop an integration of Layer 7 with the StealthStation surgical navigation system. 中 SM003
CM005 The Medtronic partnership release says neurosurgeons often use separate tools to visualize brain structure and function. 中 SM003
CM006 Precision's CEO claims that integration into a tool surgeons already use can accelerate the technology's path to clinical use. 中 SM003
CM007 A company-issued June 2025 release reports testing the device in more than 40 patients and receiving a first FDA clearance. 中 SM005
CM008 Company and investor materials identify paralysis associated with stroke, spinal cord injury, and ALS as intended assistive-use conditions. 中 SM005, SM006
CM009 Precision's careers page says safety and maintaining trust are central to product design, research, and user interaction. 中 SM002
CM010 Alumni Ventures reported 17 patients implanted across three major medical centers as of July 2024. 中 SM006
CM011 A company-issued July 2024 release identified Mount Sinai, Penn Medicine, and West Virginia University as patient-research collaborators. 中 SM008
CM012 Precision said its chief clinical and commercial officer would establish hospital and health-system research partnerships and drive first-product adoption. 中 SM008
CM013 The one-billion neurological-illness population is broader than the nearly ten-million U.S. potential-candidate estimate and cannot be used as the same denominator. 中 SM001, SM004
CM014 LaunchSquad's reported media-coverage output is a communications metric rather than evidence of customer demand. 中 SM007
CM015 The disclosed workflow makes hospitals the institutional counterparties, neurosurgeons the clinical users, and patients the intended beneficiaries, while leaving the payer and budget owner unidentified. 中 SM003, SM005, SM008
CM016 The assigned public evidence does not disclose a Precision-specific serviceable available market or serviceable obtainable market. 中 SM001, SM002, SM003, SM004, SM005, SM006, SM007, SM008
CP001 The clinical brain-computer interface field is dominated by well-capitalized ventures including Neuralink, Synchron, and Science Corporation alongside Precision Neuroscience. 中 SP007
CP002 Neuralink is the dominant capitalized competitor in the BCI industry, having raised over $600 million to $685 million for penetrating intracortical array systems. 中 SP007
CP003 Synchron has secured $75 million in venture funding and achieved notable milestones including human trials of its endovascular Stentrode neural interface. 中 SP007
CP004 Precision Neuroscience has raised a total of $429 million to $430 million across four funding rounds, achieving a $1 billion valuation in its September 2026 Series D. 中 SP003
CP005 Precision's Layer 7 Cortical Interface rests on the brain surface without penetrating parenchymal tissue, inserting through a 400-micron micro-slit to reduce surgical trauma relative to craniotomy-based penetrating arrays. 中 SP003, SP007
CP006 Precision formed a strategic commercial partnership with Medtronic to co-develop an integrated solution combining Layer 7 with the Medtronic StealthStation surgical navigation platform. 中 SP001
CP007 Status-quo non-invasive assistive devices like eye-tracking and standard electrocorticography serve motor-impaired patients without brain surgery but suffer from low communication speed and spatial resolution. 中 SP006, SP007
CP008 Penetrating microelectrodes damage brain tissue upon insertion and extraction, necessitating permanent placement, whereas non-penetrating surface arrays are designed to be safely removable without cortical injury. 中 SP002, SP008
CP009 Precision's Layer 7 array spans 1,024 microelectrodes across a 1.5 square centimeter thin film, with intraoperative demonstrations recording up to 4,096 channels simultaneously across four units. 中 SP008
CP010 Precision completed first-in-human temporary testing in 2023 and has conducted cortical recording procedures across more than 40 patients in academic medical centers. 中 SP004, SP005
CP011 Precision's initial regulatory clearances are restricted to temporary acute monitoring up to 30 days, whereas full commercialization requires developing a permanent chronic implantable system. 中 SP005, SP008
CP012 Direct competitors Neuralink and Synchron have already commenced testing chronic in-human implants for long-term thought-based digital device control. 中 SP006, SP007
CP013 Precision's device hardware acquisition cost is estimated between $25,000 and $60,000 per unit, excluding surgical implantation and continuous data analysis expenses. 中 SP007
CP014 Historical medical prosthesis precedents such as Second Sight received $150,000 from CMS in 2016 (equivalent to $190,000 inflation-adjusted), providing an economic benchmark for BCI device reimbursement. 中 SP006
CP015 Medical device verticals typically evolve into oligopolies of two to three dominant vendors capturing aggregate enterprise value creation. 中 SP006
CP016 BCI market expansion faces headwinds from lengthy clinical timelines, neurosurgeon availability limits, and the lack of established health insurance reimbursement codes. 中 SP007, SP008
CI001 The Layer 7 Cortical Interface received FDA clearance in April 2025 for recording, monitoring, and stimulating cortical activity for up to 30 days. 中 SI001, SI006
CI002 The Layer 7 Cortical Interface is a thin-film microelectrode array containing 1,024 electrodes designed to conform to the brain surface without penetrating cortical tissue. 高 SI001, SI005
CI003 Precision Neuroscience has generated no commercial product revenue to date as its neural interface system remains in investigational clinical evaluation. 中 SI001, SI005
CI004 The estimated hardware cost of the Precision Neuroscience device ranges between $25,000 and $60,000 per unit, excluding surgical implantation and data analysis fees. 中 SI007
CI005 Healthcare adoption of the device faces significant risks due to high hardware costs and the absence of established reimbursement frameworks from insurers and government programs. 中 SI007
CI006 In January 2026, Precision partnered with Medtronic to co-develop an integrated solution combining Layer 7 with the Medtronic StealthStation surgical navigation system. 高 SI001, SI004
CI007 Precision acquired a proprietary manufacturing facility to support commercial-scale production of its Layer 7 cortical array. 中 SI001, SI002
CI008 Staff Software Engineer cash compensation at Precision is benchmarked between $200,000 and $210,000 annually, demonstrating high technical labor intensity. 中 SI008
CI009 Precision operates with an employee headcount estimated between 51 and 200 staff across its New York headquarters and regional offices. 中 SI001, SI002
CI010 Industry projections suggest annual revenues for brain-computer interface technologies may not surpass $1B until 2041 due to adoption and regulatory barriers. 中 SI007
CI011 Precision has tested its neural implant device in more than 40 patients during intraoperative neurosurgical procedures across major hospital centers. 中 SI006
CI012 The Medtronic partnership provides Precision with direct integration into established hospital neurosurgical workflows, mitigating standalone salesforce capital requirements. 中 SI001, SI004
CI013 Precision closed a $250M Series D round in September 2026 led by Pershing Square and The Ackman Oxman Institute at a $1B valuation, bringing total funding to $430M. 中 SI001, SI003
CI014 SEC Form D filings indicate $249,999,984 was sold to 460 investors in the Series D round with the first sale occurring on September 11, 2026. 中 SI001
CI015 Precision secured $102M in Series C financing in December 2024 at an estimated $500M valuation, preceded by a $93M tranche reported by Bloomberg. 高 SI005, SI007
CI016 Secondary market trading platforms recorded an indicative share price of $8.38 for Precision stock in May 2026, representing a 235.2% cumulative gain. 中 SI001
CE001 Precision describes Layer 7 as a minimally invasive surface interface designed for removal, while a 2025 technical review describes subdural placement without tissue penetration. 高 SE003, SE005, SE006
CE002 The Layer 7 array has up to 1,024 electrodes and supports cortical recording and stimulation. 高 SE003, SE006
CE003 A 2025 technical review describes 1,024 platinum electrodes on a five-micrometer polyimide substrate inserted subdurally through a slit smaller than one millimeter. 中 SE003
CE004 The same review describes a custom headstage with low-noise analog acquisition, 16-bit digitization, and 20-30 kHz channel sampling. 中 SE003
CE005 Precision and Medtronic announced in January 2026 that they would co-develop an integrated Layer 7 and StealthStation solution. 中 SE004
CE006 Precision says its product translates brain signals into commands for digital devices. 中 SE006
CE007 Precision says Layer 7 is designed for a wireless connection, safe removal and replacement, and placement of multiple arrays. 中 SE006
CE008 Company-issued surfaces state that Layer 7 received FDA clearance, with a June 2025 release describing recording, monitoring, and stimulation of electrical activity on the brain's surface. 高 SE002, SE008
CE009 Precision said in June 2025 that it had tested its device in more than 40 patients. 中 SE008
CE010 Alumni Ventures reported in July 2024 that Precision had implanted its device in 17 patients across three medical centers. 中 SE009
CE011 A low-reputation independent review reports that Precision operates a 22,000-square-foot manufacturing facility in Addison, Texas. 低 SE007
CE012 Precision's homepage lists Mount Sinai, WVU Medicine, Penn Medicine, and other institutions under an active-hospital-partners label. 中 SE002
CE013 An independent MGH neuroscience program describes practitioner workflows combining multimodal imaging, electrophysiology, computational modeling, and stimulation. 中 SE001
CE014 Precision's homepage says the platform will expand to more brain regions but provides no dated milestones in the retained text. 低 SE002
CE015 Precision's partnership release says the planned Medtronic integration is intended to provide real-time functional and structural information in the operating room. 中 SE004
CU001 Adoption of Precision Neuroscience's BCI technology involves a tripartite stakeholder model comprising hospital buyers, neurosurgeon users, and paralyzed patient beneficiaries. 高 SU004, SU006, SU007
CU002 Precision's clinical deployments are currently governed by research partnerships with academic hospitals rather than standard-of-care commercial procurement. 高 SU004, SU006
CU003 The target patient demographic includes millions of individuals worldwide suffering from severe motor impairment caused by stroke, spinal cord injury, and ALS. 中 SU002, SU003
CU004 Morgan Stanley market estimates indicate that over 9 million individuals in the United States alone could potentially benefit from brain-computer interface implants. 中 SU007
CU005 Precision conducted initial clinical feasibility testing across three major medical centers: WVU Rockefeller Neuroscience Institute, Penn Medicine, and Mount Sinai. 中 SU004
CU006 By July 2024, Precision had completed successful device placements in 17 human patients across its clinical trial network. 中 SU004
CU007 By June 2025, Precision had expanded human patient testing to more than 40 patients following initial FDA clearance for the Layer 7 Cortical Interface. 中 SU003
CU008 During a procedure at Mount Sinai Hospital, surgical teams placed four microelectrode arrays totaling 4,096 electrodes simultaneously on a patient's cortical surface. 中 SU004
CU009 Precision appointed former Viz.ai executive Jayme Strauss as Chief Clinical and Commercial Officer to drive research partnerships and commercial hospital adoption. 中 SU006
CU010 In January 2026, Precision formed a strategic partnership with Medtronic to co-develop an integrated solution combining Layer 7 with the StealthStation navigation system. 高 SU001, SU008
CU011 The Medtronic partnership aims to shorten the path to widespread clinical adoption by embedding Layer 7 into familiar surgical navigation tools already relied upon by neurosurgeons. 高 SU001, SU008
CU012 Integrating brain-computer interfaces with surgical navigation addresses the operational barrier of neurosurgeons relying on separate tools for structural and functional visualization. 高 SU001, SU008
CU013 Third-party estimates place the hardware cost of Precision's BCI device between $25,000 and $60,000, excluding implantation and ongoing data analysis expenses. 中 SU007
CU014 Commercial scaling faces critical barriers including a shortage of trained neurosurgeons, patient hesitation, and health insurance reimbursement uncertainty. 中 SU007
CU015 Academic review of precision neuroscience frameworks notes that widespread clinical translation remains constrained by interpretability, harmonization, validation, and accessibility challenges. 中 SU009
CU016 Without established reimbursement frameworks from insurers and government programs, high procedural and device expenses threaten to restrict BCI adoption to high-income patients or subsidised trials. 中 SU007
CR001 Wikipedia reports that the Layer 7 Cortical Interface received 510(k) clearance for commercial use with implantation durations of up to 30 days. 中 SR001
CR002 Wikipedia describes a fully implantable wireless version intended for long-term use as still being developed. 中 SR001
CR003 Wikipedia reports that an October 2025 study combined preclinical work with pilot human testing in five patients. 中 SR001
CR004 Wikipedia reports that a February 2026 study covered four patients and that its authors identified small sample size as a limitation. 中 SR001
CR005 A Precision Neuroscience job repost requires work within an IEC 62304-compliant software development lifecycle. 中 SR002
CR006 The same job repost describes real-time and offline physiological-data analytics, patient-information infrastructure, and a supporting cloud platform. 中 SR002
CR007 Precision announced that it and Medtronic will co-develop an integrated Layer 7 and StealthStation solution. 中 SR003
CR008 B Capital's portfolio job board repeats Precision's positioning that its interface is minimally invasive, safely removable, and able to process large amounts of data. 中 SR004
CR009 A paid company release published in June 2025 said Precision had tested its device in more than 40 patients at that time. 中 SR005
CR010 Alumni Ventures reported in July 2024 that Precision had implanted its device in 17 patients across three named medical centers. 中 SR006
CR011 LaunchSquad says Precision engaged it to use funding, clinical, research, and competitor moments to secure on-message media coverage. 中 SR007
CR012 LaunchSquad attributes more than 119 media pieces, 46 interviews, and 22 publications to its Precision campaign. 中 SR007
CR013 A Precision company release says the company acquired a proprietary facility for commercial-scale manufacturing. 中 SR008
CR014 The July 2024 company release identifies clinical research collaborations with West Virginia University, Penn Medicine, and Mount Sinai and says further partnerships were planned. 中 SR008
CR015 A current Precision job repost says the company has raised more than $430 million since its 2021 founding, without disclosing the basis or cash remaining. 低 SR002
CR016 Wikipedia reports total funding of $180 million as of January 2026, a differently based funding-raised figure that does not establish cash available. 中 SR001
CV001 Precision Neuroscience is developing the Layer 7 Cortical Interface, an ultra-thin, conformable microelectrode array that sits on the brain surface without penetrating brain tissue. 高 SV004, SV006
CV002 Precision has deployed its cortical interface technology across more than 100 patient procedures at 18 medical institutions. 中 SV003
CV003 The Layer 7 Cortical Interface received FDA clearance for temporary intraoperative and monitoring use up to 30 days, rather than permanent chronic implantation. 中 SV003, SV006, SV007
CV004 The company has not disclosed commercial revenue, operating runway, or proof that temporary acute procedural experience translates into durable long-term chronic efficacy. 中 SV003
CV005 Precision completed a Series C funding round announced in December 2024, raising total capital on record through 2024 to $180 million. 中 SV001
CV006 Precision closed an oversubscribed $250 million Series D financing round on September 24, 2026, bringing cumulative equity capital raised to $430 million. 高 SV002, SV003
CV007 The Series D round priced shares at $7.20, establishing an implied post-money valuation of $1.03 billion across 34,722,222 Series D preferred shares. 中 SV002
CV008 Series D deal terms established a senior liquidation preference order of 1 with a 1.0x non-participating multiplier and non-cumulative dividend. 中 SV002
CV009 The Series D round was co-led by Pershing Square Inc., the Ackman Oxman Institute, and an undisclosed life sciences investment fund, with participation from ARK Invest, B Capital, and Duquesne Family Office. 高 SV002, SV003
CV010 Precision announced a strategic partnership with Medtronic in January 2026 to integrate the Layer 7 cortical interface with the Medtronic StealthStation neurosurgical navigation system. 中 SV004
CV011 Achieving bull-case valuation expansion above $3.5 billion depends on obtaining permanent chronic PMA approval and securing dedicated CPT reimbursement codes. 中 SV003, SV004
CV012 Downside scenario triggers include chronic trial delays, loss of clinical signal fidelity, and commercial payer refusal to reimburse complex BCI hardware. 中 SV003
CV013 Current valuation multiples of $1.03 billion price in significant clinical success ahead of commercial proof, supporting a research-more recommendation. 高 SV002, SV003
CV014 The overall risk rating is high given substantial capital intensity, medical device regulatory hurdles, and neurosurgical workflow adoption constraints. 高 SV003, SV004
CV015 Failure to establish permanent chronic efficacy or loss of Medtronic distribution represents primary thesis-break kill criteria for investors. 高 SV003, SV004
CV016 Precision was founded in 2021 by Michael Mager and Dr. Benjamin Rapoport and is headquartered in New York. 中 SV005
来源
编号出版方标题引文
SO001 GlobeNewswire Precision Neuroscience™ and Medtronic Partner to Integrate Layer 7 Brain–Computer Interface with Medtronic Neurosurgical Platform The companies will co-develop an integrated solution that combines Precision’s Layer 7™ cortical interface with the Medtronic StealthStation™ surgical navigation system.
SO002 B Capital Group B Capital Job Board - Precision Neuroscience Profile The company was founded in 2021 and is based in New York.
SO003 GlobeNewswire Precision Neuroscience Closes Oversubscribed $250M Series D Led by Pershing Square Inc., the Ackman Oxman Institute, and a Leading Life Sciences Investment Fund Since its founding in 2021, Precision has raised $430 million and built the largest clinical footprint in BCI, with more than 100 patient procedures across 18 medical institutions, FDA clearance for its Layer 7™ cortical interface, a commercial partnership with Medtronic, and a wholly-owned MEMS manufacturing facility in Texas.
SO004 Yahoo Finance Precision Neuroscience Named to Fast Company’s World Changing Ideas and Inc.’s Best Workplaces Lists In the past year, we've advanced our clinical work—testing our device in more than 40 patients to date—received our first FDA clearance, and grown our team, adding extraordinary talent across science, engineering, and operations.
SO005 Alumni Ventures Alumni Ventures Features Precision Neuroscience Co-founded by Mager and Chief Science Officer Dr. Ben Rapoport in 2021, Precision intends to bring high-bandwidth, non-damaging BCI systems out of academic labs and into patient care settings.
SO006 LaunchSquad Precision Neuroscience - Work - LaunchSquad In the first twelve months, we established Precision as a leader in the field by touting the founding team’s expertise and POVs
SO007 Nasdaq Precision Neuroscience Expands Executive Team as Brain–Computer Interface Industry Rapidly Advances Jayme Strauss and Mike Kaswan join as Chief Clinical and Commercial Officer and Chief Financial Officer, respectively, as the company progresses toward FDA clearance
SO008 CTOL Digital Precision Neuroscience Secures $102M to Revolutionize Brain-Computer Interfaces, Valued at $500M The estimated cost of Precision’s device ranges from $25,000 to $60,000, excluding implantation and ongoing data analysis expenses.
SM001 StartEngine Invest in Series Precision Neuroscience (2025 Round) Morgan Stanley estimates that there are nearly 10M potential BCI candidates in the U.S. alone, representing a $400B market opportunity.
SM002 Precision Neuroscience Careers Safety is core to everything we do at Precision, from product design to how we conduct research, interact with users, and operate as a team.
SM003 Precision Neuroscience via GlobeNewswire Precision Neuroscience™ and Medtronic Partner to Integrate Layer 7 Brain–Computer Interface with Medtronic Neurosurgical Platform The companies will co-develop an integrated solution that combines Precision’s Layer 7™ cortical interface with the Medtronic StealthStation™ surgical navigation system.
SM004 B Capital Job Board B Capital Job Board The company's goal is to provide breakthrough treatments for the one billion patients worldwide suffering from neurological illnesses.
SM005 Precision Neuroscience via GlobeNewswire and Yahoo Finance Precision Neuroscience Named to Fast Company’s World Changing Ideas and Inc.’s Best Workplaces Lists In the past year, we've advanced our clinical work—testing our device in more than 40 patients to date—received our first FDA clearance, and grown our team, adding extraordinary talent across science, engineering, and operations.
SM006 Alumni Ventures Alumni Ventures Features Precision Neuroscience Precision has successfully implanted its device in 17 patients across three major medical centers: West Virginia University’s Rockefeller Neuroscience Institute, Perelman School of Medicine (Penn Medicine), and Mount Sinai Health System in New York.
SM007 LaunchSquad Precision Neuroscience - Work [Precision](https://precisionneuro.io/) engaged us to elevate the company as an outlier in the booming brain–computer interface category of neurotech.
SM008 Precision Neuroscience via GlobeNewswire and Nasdaq Precision Neuroscience Expands Executive Team as Brain–Computer Interface Industry Rapidly Advances The company is currently testing its device in patients through research collaborations with West Virginia University’s Rockefeller Neuroscience Institute, Perelman School of Medicine (Penn Medicine), and Mount Sinai Health System in New York, and it is set to expand its research partnerships in the coming year.
SP001 GlobeNewswire Precision Neuroscience™ and Medtronic Partner to Integrate Layer 7 Brain–Computer Interface with Medtronic Neurosurgical Platform The companies will co-develop an integrated solution that combines Precision’s Layer 7™ cortical interface with the Medtronic StealthStation™ surgical navigation system.
SP002 B Capital Job Board Precision Neuroscience Company Profile Its brain-computer interface is designed to be minimally invasive, safely removable, and capable of processing large amounts of data.
SP003 Multiples Precision Neuroscience Valuation, Funding & Investors The $250M round was led by Pershing Square, with participation from Invus, Korea Investment Partners, Duquesne Family Office, Hitachi Ventures, ARK Investment Management and 4 other investors.
SP004 Fast Company via Yahoo Finance Precision Neuroscience Named to Fast Company’s World Changing Ideas and Inc.’s Best Workplaces Lists In the past year, we've advanced our clinical work—testing our device in more than 40 patients to date—received our first FDA clearance, and grown our team, adding extraordinary talent across science, engineering, and operations.
SP005 Alumni Ventures Alumni Ventures Features Precision Neuroscience Precision has successfully implanted its device in 17 patients across three major medical centers: West Virginia University’s Rockefeller Neuroscience Institute, Perelman School of Medicine (Penn Medicine), and Mount Sinai Health System in New York.
SP006 Neurotech Futures Neurotech Insider #2: Precision Neuroscience's CEO Michael Mager on BCI Valuations There are basically two to three companies in each vertical. It's extremely rare for there to be more than three, and it's even more rare for there to be just one. They just tend to be oligopolistic. So maybe there are four in this case, but I think it's two to three more likely, and we intend to be one of them.
SP007 CTOL Digital Precision Neuroscience Secures $102M to Revolutionize Brain-Computer Interfaces, Valued at $500M Precision Neuroscience operates in a highly competitive field dominated by Neuralink and Synchron. Neuralink’s significant funding and high-profile leadership have made it a household name, while Synchron has already achieved notable milestones, including conducting human trials.
SP008 Zencastr / Healthcare Theory Podcast Neuroscience's Computation Revolution | $529m Precision Neuroscience President Dr. Craig Mermel We actually have hold the world record. We've put four of these underlying thousand channel units. So we've actually had over 4,000 electrode channel human brain at the same time.
SI001 SetterVC Precision Neuroscience | SetterVC Form D reports $249,999,984 sold to 460 investors in the $250M Series D, first sale 2026-09-11 Filing confirms the close of the largest round to date; total raised now $430M
SI002 LeadIQ Precision Neuroscience Company Overview, Contact Details & Competitors | LeadIQ Based in New York City, New York, the company maintains a mid-sized team focused on advancing brain-computer interfaces for people affected by conditions such as spinal cord injury, stroke, and ALS.
SI003 EquityZen Invest In Precision Neuroscience Stock | Buy Pre-IPO Shares | EquityZen Precision Neuroscience is a neural platform for next-generation brain-computer interface technology. The company's goal is to provide breakthrough treatments for the one billion patients worldwide suffering from neurological illnesses.
SI004 GlobeNewswire Precision Neuroscience™ and Medtronic Partner to Integrate Layer 7 Brain–Computer Interface with Medtronic Neurosurgical Platform The companies will co-develop an integrated solution that combines Precision’s Layer 7™ cortical interface with the Medtronic StealthStation™ surgical navigation system.
SI005 Yahoo Finance / Verdict Precision Neuroscience secures $93m funding Brain implant startup Precision Neuroscience has secured $93m in its latest funding round, valuing the company at approximately $500m, Bloomberg reports.
SI006 Yahoo Finance / GlobeNewswire Precision Neuroscience Named to Fast Company’s World Changing Ideas and Inc.’s Best Workplaces Lists In the past year, we've advanced our clinical work—testing our device in more than 40 patients to date—received our first FDA clearance, and grown our team, adding extraordinary talent across science, engineering, and operations.
SI007 CTOL Digital Precision Neuroscience Secures $102M to Revolutionize Brain-Computer Interfaces, Valued at $500M The estimated cost of Precision’s device ranges from $25,000 to $60,000, excluding implantation and ongoing data analysis expenses. These costs could limit accessibility, especially in the absence of robust reimbursement frameworks from health insurers and government programs.
SI008 B Capital Job Board Staff Software Engineer - Cloud @ Precision Neuroscience Compensation $200,000 - $210,000 / year
SE001 Massachusetts General Hospital Precision Neuroscience & Neuromodulation Program Precision Neuroscience The program leverages the combination of multimodal neuroimaging techniques (e.g., fMRI, DTI, ASL, PET), electrophysiology (EEG, EMG), cognitive neuroscience, computational modeling, and noninvasive brain stimulation methods for the investigation of brain circuitry and its relationship to cognitive abilities.
SE002 Precision Neuroscience Precision Soon, it will expand to more regions of the brain—enabling new possibilities for treatment and discovery.
SE003 Journal of Neuroscience and Neurological Surgery / Auctores Publishing Precision Neuroscience's Layer 7 Cortical Interface: Technical Design, Surgical Integration, and Clinical Outcomes Each array contains up to 1,024 platinum electrodes and integrates with a compact, real-time signal acquisition platform capable of recording and stimulation.
SE004 Precision Neuroscience Precision Neuroscience and Medtronic Partner to Integrate Layer 7 Brain-Computer Interface with Medtronic Neurosurgical Platform The companies will co-develop an integrated solution that combines Precision’s Layer 7™ cortical interface with the Medtronic StealthStation™ surgical navigation system.
SE005 Precision Neuroscience via B Capital Job Board Precision Neuroscience Its brain-computer interface is designed to be minimally invasive, safely removable, and capable of processing large amounts of data.
SE006 Precision Neuroscience Our Technology | Precision High density electrodes both record and stimulate, allowing precise, bidirectional communication with the brain.
SE007 URCA Foundation Precision Neuroscience: Pioneering the Future of Brain-Computer Interfaces Precision’s 22,000 square-foot manufacturing facility in Addison, Texas is a cornerstone of its scaling strategy.
SE008 Precision Neuroscience via GlobeNewswire and Yahoo Finance Precision Neuroscience Named to Fast Company's World Changing Ideas and Inc.'s Best Workplaces Lists Recently cleared by the U.S. Food and Drug Administration (FDA), the Layer 7 Cortical Interface can record, monitor, and stimulate electrical activity on the brain's surface.
SE009 Alumni Ventures Alumni Ventures Features Precision Neuroscience Precision has successfully implanted its device in 17 patients across three major medical centers: West Virginia University’s Rockefeller Neuroscience Institute, Perelman School of Medicine (Penn Medicine), and Mount Sinai Health System in New York.
SU001 GlobeNewswire Precision Neuroscience™ and Medtronic Partner to Integrate Layer 7 Brain–Computer Interface with Medtronic Neurosurgical Platform The companies will co-develop an integrated solution that combines Precision’s Layer 7™ cortical interface with the Medtronic StealthStation™ surgical navigation system.
SU002 B Capital Group B Capital Job Board - Precision Neuroscience Profile The company's goal is to provide breakthrough treatments for the one billion patients worldwide suffering from neurological illnesses.
SU003 Yahoo Finance Precision Neuroscience Named to Fast Company’s World Changing Ideas and Inc.’s Best Workplaces Lists In the past year, we've advanced our clinical work—testing our device in more than 40 patients to date—received our first FDA clearance, and grown our team, adding extraordinary talent across science, engineering, and operations.
SU004 Alumni Ventures Alumni Ventures Features Precision Neuroscience Precision has successfully implanted its device in 17 patients across three major medical centers: West Virginia University’s Rockefeller Neuroscience Institute, Perelman School of Medicine (Penn Medicine), and Mount Sinai Health System in New York.
SU005 LaunchSquad Precision Neuroscience - Work - LaunchSquad For months, we collaborated with Precision’s research partners (including human patients!) to curate and approve an exclusive offer for the Journal’s Science Bureau Chief to watch a procedure live from the operating room.
SU006 Nasdaq Precision Neuroscience Expands Executive Team as Brain–Computer Interface Industry Rapidly Advances Jayme Strauss will lead Precision’s efforts to establish research partnerships with hospitals and health systems throughout the U.S. and to drive adoption of the company’s first commercial product.
SU007 CTOL Digital Precision Neuroscience Secures $102M to Revolutionize Brain-Computer Interfaces, Valued at $500M The estimated cost of Precision’s device ranges from $25,000 to $60,000, excluding implantation and ongoing data analysis expenses.
SU008 MedTech Dive Medtronic inks deal to build brain computer interface into surgical system Precision said the alliance will shorten the path to widespread clinical use of Layer 7 by enabling surgeons to use its high-resolution electrode technology with a familiar Medtronic system.
SU009 Frontiers in Aging Neuroscience Toward precision neuroscience in Alzheimer’s disease: the role of multimodal AI However, clinical translation remains constrained by interpretability, harmonization, validation, fairness, and accessibility challenges.
SR001 Wikipedia Precision Neuroscience The authors noted the study was limited by its small sample size.
SR002 Precision Neuroscience (job posting hosted by Kula) Full-Stack Software Engineer | Precision Neuroscience Careers Operate within an IEC 62304-compliant Software Development Life Cycle, meeting necessary compliance and regulatory requirements
SR003 Precision Neuroscience (distributed by GlobeNewswire) Precision Neuroscience and Medtronic Partner to Integrate Layer 7 Brain–Computer Interface with Medtronic Neurosurgical Platform The companies will co-develop an integrated solution that combines Precision’s Layer 7™ cortical interface with the Medtronic StealthStation™ surgical navigation system.
SR004 B Capital Precision Neuroscience Its brain-computer interface is designed to be minimally invasive, safely removable, and capable of processing large amounts of data.
SR005 Precision Neuroscience (paid release hosted by Yahoo Finance) Precision Neuroscience Named to Fast Company’s World Changing Ideas and Inc.’s Best Workplaces Lists This is a paid press release. Contact the press release distributor directly with any inquiries.
SR006 Alumni Ventures Alumni Ventures Features Precision Neuroscience Precision has successfully implanted its device in 17 patients across three major medical centers: West Virginia University’s Rockefeller Neuroscience Institute, Perelman School of Medicine (Penn Medicine), and Mount Sinai Health System in New York.
SR007 LaunchSquad Precision Neuroscience - Work In the first twelve months, we established Precision as a leader in the field by touting the founding team’s expertise and POVs, leveraging moments like new funding, clinical trials + research, and aggressively newsjacking competitor announcements to secure on-message headlines and build tier-one media relationships.
SR008 Precision Neuroscience (company release hosted by Nasdaq) Precision Neuroscience Expands Executive Team as Brain–Computer Interface Industry Rapidly Advances The company is currently testing its device in patients through research collaborations with West Virginia University’s Rockefeller Neuroscience Institute, Perelman School of Medicine (Penn Medicine), and Mount Sinai Health System in New York, and it is set to expand its research partnerships in the coming year.
SV001 Startup Fundraising How much money has Precision Neuroscience raised? Precision Neuroscience has raised $180M in total disclosed funding. That places its disclosed total in the $100M–$250M range. Its most recent disclosed round is a Series C announced in December 2024.
SV002 Forge Global Buy and Sell Precision Neuroscience Stock 09/24/2026 Series D $250M $7.20 $1.03B Ackman Oxman Institute, Ark Investments, B Capital Group, Duquesne Family Office, Hitachi Ventures, Invus Capital, JSL Health, Korea Investment Partners, Mirae Asset Management, Mubadala Development Company, Pershing Square Price Per Share $7.20 Shares Outstanding 34,722,222 Liquidation Pref Order 1 Liquidation Pref As Multiplier 1.0x Conversion Ratio 1.0x Dividend Rate 0.0% Cumulative Non-cumulative Participating Non-participating
SV003 Venture Capital Tracker Precision Neuroscience Closes $250M Series D for Its Brain Interface The company did not disclose its valuation, revenue, expected runway or the identity of the third co-lead. It also has not established that short-term procedural experience will translate into durable, safe long-term implantation at scale.
SV004 GlobeNewswire Precision Neuroscience™ and Medtronic Partner to Integrate Layer 7 Brain–Computer Interface with Medtronic Neurosurgical Platform The companies will co-develop an integrated solution that combines Precision’s Layer 7™ cortical interface with the Medtronic StealthStation™ surgical navigation system.
SV005 B Capital Group B Capital Job Board The company was founded in 2021 and is based in New York.
SV006 Yahoo Finance Precision Neuroscience Named to Fast Company’s World Changing Ideas and Inc.’s Best Workplaces Lists In the past year, we've advanced our clinical work—testing our device in more than 40 patients to date—received our first FDA clearance, and grown our team, adding extraordinary talent across science, engineering, and operations.
SV007 Alumni Ventures Alumni Ventures Features Precision Neuroscience - Alumni Ventures Precision is poised to receive its first FDA clearance via the 510(k) pathway, allowing for up to 30-day implants. This milestone will enable the company to commercialize its technology next year, significantly ahead of many competitors.
SV008 LaunchSquad Precision Neuroscience - Work - LaunchSquad In the first twelve months, we established Precision as a leader in the field by touting the founding team’s expertise and POVs