初创公司尽调
尽调报告 Autonomous Vehicles / Logistics Technology 2026-10-09

Stack AV

SoftBank 支持的商业化前自动驾驶卡车开发商

Stack AV 仍是一家尚未商业化的自动驾驶卡车公司,创始团队履历扎实、资本支持充足,但估值、明确客户名单和商业化时间表均未披露。

覆盖范围与披露说明

公开证据支持公司概况、团队履历、资本支持和商业化前测试车队活动,但未见披露估值、收入基础或具名客户名单。

封面要素

成立时间 01
2022-11-02 [CO001]
总部 02
Pittsburgh, PA [CO001]

公司概况

Stack AV 是一家总部位于匹兹堡、由前 Argo AI 高管创立的私营自动驾驶卡车开发商。公司专注于面向 Class 8 货运的 SAE Level 4 系统,已在公路上开展测试车队活动,并获得 SoftBank 支持;但公司仍处于商业化前阶段,未披露估值,也没有公开客户收入。

官网
www.stackav.com
成立时间
2022-11-02
创始人
Bryan Salesky, Peter Rander, Ph.D., Brett Browning, Ph.D.
创立地点
Pittsburgh, PA
总部
Pittsburgh, PA
产品
面向 Class 8 的自动驾驶卡车技术栈,整合车载感知、运动规划、云端运营工具和测试车队遥测。
客户
长途货运承运商、物流运营商和企业车队合作伙伴
商业模式
未披露;公开证据指向 ADS 授权和/或自动驾驶货运运营,而非完整公开的定价模式。
阶段
Pre-commercial
融资情况
获 SoftBank 支持,据报道承诺资金超过 10 亿美元。
[CO001, CO003, CO004, CO008, CO009, CO011, CV001, CV002, CV006, CV007, CV009, CI009, CI010]

执行摘要

主要优势

  • 创始团队经验丰富,具备自动驾驶和机器人领域的直接经验
  • 据报道,SoftBank 的支持带来充足的耐心资本
  • 聚焦 Class 8 货运自动驾驶,运营场景清晰
  • 已开展公开道路测试车队活动,并建立安全治理框架

主要风险

  • 尚未商业化,既无公开收入,也没有明确的付费客户
  • 估值、证券条款和商业化时间仍未披露
  • 依赖单一投资人,融资依赖度更高
  • 监管审批和部署授权仍未解决

未决问题

  • 确认融资结构、清算优先权和剩余承诺资本。
  • 按运营司法辖区核实无人驾驶部署授权及时间表。
  • 获取实际烧钱速度、现金跑道和单位里程成本。
  • 找出已作出商业承诺的明确承运商或货主合作伙伴。
  • 验证当前量产准备度、安全指标和自由实施风险。

目录

Chapter 01

01公司概览

1.1 公司身份、运营结构与创立背景

Stack AV Co.(CIN 7116598)是一家注册于特拉华州、总部位于宾夕法尼亚州匹兹堡的自动驾驶商用车开发商。公司注册日期为 2022 年 11 月 2 日,并于 2023 年 9 月 7 日正式公开亮相。该公司由 Argo AI 主要出资方 Ford Motor Company 和 Volkswagen AG 于 2022 年 10 月关闭 Argo AI 后的前管理层创立。Stack AV 不做城市载客 robotaxi,而是专注于 Class 8 重型长途商用卡车,开发自有人工智能、机器人、机器学习和云端集成自动驾驶系统(ADS)技术栈。公司以匹兹堡为总部,同时采取跨多个州运营并连接国际工程团队的分布式模式;据商业跟踪资料,员工数从公开发布时的 150 人增至 2024 年底的 248 人,并于 2026 年 8 月达到 304 人。运营测试使用配备传感器、部署在公共货运通道上的测试车辆,在驾驶员监督协议下采集光学、电磁和声学遥测数据,用于模型训练。[CO001, CO002, CO003, CO004, CO008, CO013]

公司身份与运营基线 KPI 快照
指标已披露值观察日期置信度尽调发现 / 数据来源
公司名称Stack AV Co.2026-05-06高官方网站隐私政策和合规文件中声明了法律实体。
总部Pittsburgh, Pennsylvania2023-09-07高Strip District 机器人产业走廊;已通过发布材料核实。
成立日期2022-11-022024-12-31高注册日期为 Nov 2, 2022(CIN 7116598);公开发布于 Sep 7, 2023。
核心产品方向SAE Level 4 自动驾驶卡车2023-09-07高Class 8 重型长途卡车软件与硬件集成。
已承诺总资本$1,000M+(据报道)2023-09-07中据报道 SoftBank 支持金额“超过 $1B”;法律条款未披露。
最新投后估值未披露(null)2026-10-09低私营实体,未披露定价股权估值或二级交易定价。
员工规模304 名员工2026-08-26中从 Sep 2023 发布时的 150 人,增至 Dec 2024 的 248 人,再增至 Aug 2026 的 304 人。
商业货运收入商业化前($0.0M / null)2026-10-09低未公开披露商业收入合同或付费货运运行。
已命名的商业承运车队客户未披露(null)2026-10-09低已进行客户演示,但未点名任何商业合同。
运营车队构成已部署测试车队2023-09-07中高速公路走廊上有活跃测试卡车;车辆总数未披露。

数据综合自 Stack AV 公司公告、通过 Tracxn 获取的州注册文件及财经媒体报道;商业指标反映商业化前状态, 其中 null 表示非公开或尚未签约的数值。

[CO001, CO002, CO008, CO009, CO010, CO013]

1.2 高管领导、关键人物风险与安全治理

管理层由首席执行官 Bryan Salesky、总裁 Peter Rander 博士和首席技术官 Brett Browning 博士组成,三人合计拥有七十多年自动驾驶和重型机械机器人运营经验。Salesky 曾共同创立 Argo AI 并担任 CEO,还曾在卡内基梅隆大学国家机器人工程中心(NREC)负责 Caterpillar 自动驾驶矿卡项目的软件工程;Rander 共同创立 Argo AI,并在 Uber Advanced Technologies Group(Uber ATG)负责工程项目。Browning 曾在 Argo AI、Uber ATG 和 NREC 负责自动驾驶子系统,覆盖自动驾驶乘用车和重型工业运输车。三人构成极高的关键人物集中度:Stack AV 的技术声誉、招聘能力和投资者信任都与其个人履历紧密相连。为缓解外部监管疑虑并加强运营监督,公司成立了独立安全顾问委员会,成员包括前联邦运输领域负责人:前 NTSB 主席 Robert Sumwalt、前 FMCSA 局长 Annette Sandberg、前 NHTSA 代理局长 David Kelly,以及前 FBI 助理局长 Christopher Doss。[CO005, CO006, CO007, CO014]

管理层与创始人表
高管姓名公司职务技术背景与既有领域经验职能负责范围关键人物依赖评估
Bryan Salesky首席执行官兼创始人Argo AI 联合创始人兼 CEO;CMU NREC Caterpillar 自动化采矿软件工程总监;Google 自动驾驶工程师。公司战略、资本运作、合作伙伴关系、商业愿景。高:品牌和融资的关键渠道,并直接对接主要投资方 SoftBank。
Peter Rander, Ph.D.总裁兼联合创始人Argo AI 联合创始人;Uber ATG 工程负责人;CMU 机器人学博士;Pittsburgh Robotics Network 董事会成员。运营系统、软硬件集成、组织扩张。高:复杂真实世界机器人部署的主要运营架构师。
Brett Browning, Ph.D.首席技术官兼联合创始人Argo AI 首席技术官;Uber ATG 和 CMU NREC 高级机器人专家;昆士兰大学机器人学博士。核心 AI 模型、自动驾驶系统架构、传感器融合。关键:负责软件、仿真和自动驾驶技术栈的首席技术架构师。

高管名单已通过官方公司简介和公开发布公告核实;关键人物评估反映公司对创始人自动驾驶履历的依赖。

[CO005, CO006, CO007]

1.3 资本结构、投资者动态与商业化路线图

Stack AV 获得日本 SoftBank Group Corp. 的核心资金和技术支持;经济发展官员及财务报道显示,承诺资本超过 10 亿美元。SoftBank 管理着超过 1600 亿美元的人工智能资产,并将这笔投资定位为长期耐心资本,用于解决供应链和物流领域的重资本约束。然而,Stack AV 尚未公开披露融资轮次的法律结构、投后估值、股份类别或清算优先权,外部市场评估只能依赖二手数据聚合商;这些聚合商将 2023 年 9 月的首次融资标记为单一机构投资者注资。Stack AV 虽已向潜在车队客户和物流承运商展示 Class 8 自动驾驶系统,但商业收入、已签约货运订单和具名承运商合作伙伴仍未披露。公司身处重资本行业,直接与 Aurora Innovation、Einride 等资金充足的上市和非上市自动驾驶卡车企业竞争,因此持续获得资本、达成关键里程碑并取得监管批准,对长期生存至关重要。[CO009, CO010, CO011, CO012, CO015, CO016]

利益相关方与投资者图谱
利益相关方实体 / 机构类别治理 / 经济关系战略重要性主要尽调要求
SoftBank Group Corp.锚定机构投资者唯一已披露的资本提供方;承诺超过 $1B 的长期耐心资本。提供全部运营跑道、资产负债表信誉和战略 AI 资源。审查各笔融资提款条件、董事会席位和后续股权权利。
Safety Advisory Council外部治理机构独立顾问委员会,成员包括 NTSB、FMCSA 和 NHTSA 的前负责人。提供外部安全监督、行业合法性和监管联络。审阅委员会会议纪要、正式审计权限及安全建议。
创始高管团队管理层 / 创始人Bryan Salesky、Peter Rander、Brett Browning;掌控运营决策。负责全部软件架构、人员配置、测试流程和 OEM 拓展。核查创始人归属期安排、投票协议和知识产权转让条款。
OEM 与一级卡车制造商硬件集成合作伙伴负责冗余转向、制动和动力系统的潜在底盘合作伙伴。工厂安装的 Level 4 冗余商用车量产不可或缺。确认正在执行的联合开发协议或卡车集成试点。
企业车队承运商与货主潜在商业客户接受演示的物流运营商;自主货运能力的目标用户。验证商业需求、线路效率 ROI 和客户付费意愿。核实不具约束力的意向书、试点里程碑和商业定价模型。

利益相关方图谱来自官方治理披露、高管访谈和公司公告;商业及 OEM 关系仍处于探索阶段。

[CO004, CO009, CO011, CO014, CO015]
FO001: 公司演进与关键运营里程碑时间线

按时间展示 Stack AV 从公司注册、启动,到安全治理和持续扩充车队的演进。

里程碑日期来自公司公告、法律文件和高管公开表述;2023 年初的合作伙伴接洽日期反映高管访谈背景。

[CO001, CO002, CO009, CO011, CO013, CO014]

1.4 展示

Chapter 02

02市场分析

2.1 市场边界与替代方案

可投资边界是 Class 8 货运卡车自动驾驶系统,而不是更宽泛的自动驾驶汽车、物流软件、电动卡车、仓储机器人或乘客出行市场。Stack 将自身描述为面向更安全、更高效货运和供应链的自动驾驶卡车方案,但创始人于 2023 年表示,公司聚焦 Class 8 卡车,却尚未披露具体要实现哪些自动化。实际替代方案包括人工驾驶干线运输、驾驶辅助系统、车队自研技术和竞争性自动驾驶卡车平台。2026 年与 PACCAR、Peterbilt 联合发布卡车后,产品路径更偏向集成 OEM 的重型卡车,但仍未明确商业运输线路、定价产品或可触达的支出池。[CM001, CM002, CM007]

市场定义与边界
细分市场或类别纳入的支出或活动排除项或替代支出买方或付费方与 Stack 的相关性
Class 8 自动驾驶干线运输自动驾驶系统、车辆集成、验证和运营乘用车自动驾驶和轻型车辆车队或承运商已披露的核心产品边界
OEM 集成的自动驾驶卡车冗余车辆平台及工厂或合作伙伴集成不含自动驾驶的传统卡车采购车队、承运商或 OEM 项目与 PACCAR 和 Peterbilt 的合作表明存在集成路径
供应链可靠性与正常运行时间、线路可靠性和货运效率相关的潜在支出与车辆自动驾驶无关的通用物流软件货主、承运商或供应链运营商公司声明的核心成果
安全改善与减少碰撞和安全自动化运营相关的潜在支出无关的保险和合规服务车队安全与运营负责人重要需求,但没有来源支持的付费意愿
现状人工驾驶卡车和驾驶辅助系统无;这是现有替代方案车队或承运商设定采用该方案的经济和运营门槛

市场边界由分析师根据 Stack 的产品表述和独立报道定义;保留来源没有披露定价,也没有在这些类别之间分配买方支出。

[CM001, CM002, CM003, CM004, CM006, CM007]

2.2 买方、用户、付费方与采用路径

Stack 的公开表述将车队、承运商、货主和供应链合作伙伴列为受益者;运营、安全、采购和技术负责人可能共同参与采购。公司将需求归因于司机短缺、车辆利用率低、安全风险、运营成本高、排放压力以及对可靠供应链的需求。采用并非简单的软件销售:创始人强调规模化所需资本和冗余卡车设备的必要性,隐私声明则设想企业合作伙伴使用 Stack 的自动驾驶系统并生成遥测、视频、音频和地理位置数据。因此,在持续商业部署前,还要完成 OEM 集成、运营验证、数据治理和车队工作流改造。[CM003, CM004, CM005, CM006, CM014]

细分市场与买方图谱
细分市场买方用户付费方工作流预算负责人采用触发因素
公共承运 Class 8 车队运营和技术负责人调度、安全、维修和远程支持团队承运商枢纽到枢纽或干线货运车队运营或技术部门更高正常运行时间、更低运营成本或司机供给受限
私有车队供应链和车队负责人车队运营和安全团队企业车队所有者专用货运线路供应链或车队部门可靠服务、安全论证和经过验证的线路经济性
货主或货物所有者物流采购运输规划团队货主直接支付或通过承运商费率支付合同货运物流或采购部门更快、更可靠的货物流动
卡车 OEM 项目车辆平台和自动驾驶项目负责人工程、制造和服务团队OEM 和车队通过项目经济性共同支付冗余底盘集成与支持产品开发或战略项目已验证的自动驾驶需求和量产准备度
企业 ADS 合作伙伴技术、运营、法律和隐私相关方合作伙伴运营商和数据团队按未披露模式由企业合作伙伴承担ADS 使用以及遥测和传感器数据处理技术和运营部门运营证明、数据条款和治理接受度

买方、付费方、工作流和预算负责人角色,是根据已披露的产品、合作伙伴及数据关系作出的分析推断;保留来源没有提供采购记录、合同金额或点名的商业客户。

[CM002, CM003, CM004, CM005, CM006, CM007, CM014]

2.3 受证据约束的市场测算

现有证据没有提供可比收入池、单车价格、符合条件的 Class 8 车队数量、按路线划定的运营设计域或采用率,因此用美元给出 TAM、SAM 或 SOM 只会制造虚假精确度。需求指标很重要,但本身无法货币化:Stack 的安全页面引用北美每年 45.5 万起大型卡车事故、2021 年 15.5 万起伤害,以及每年约 5,000 人死亡。供给侧证据同样宽泛:Tracxn 列出 110 家活跃竞争者,其中 41 家已融资、12 家已退出。这些指标说明问题严重且市场拥挤,却不能说明 Stack 能服务多少货运支出,或能捕获多少收入。[CM011, CM012, CM013, CM015]

市场规模视角与证据边界
发布方期间地理范围或口径数值CAGR方法置信度局限
Stack AV 安全页面年度;页面未标日期北美每年 455,000 起大型卡车碰撞事故公司页面将数据归因于 FMCSA、IIHS 和 NHTSA低分配的来源池中没有底层机构记录;不是收入指标
Stack AV 安全页面2021北美大型卡车碰撞造成 155,000 人受伤公司页面将数据归因于 FMCSA、IIHS 和 NHTSA低历史损害指标;不是可服务支出池
Stack AV 安全页面年度;页面未标日期北美涉及大型卡车碰撞的死亡人数 5,000公司页面将数据归因于 FMCSA、IIHS 和 NHTSA低公司给出的四舍五入指标;不是市场规模
自动驾驶之路2026-10-08Stack AV 在 Texas 注册的车队31 辆自动化车辆使用公开和建模输入的专有运营商指数中公司特定运营指标,不代表行业车队或付费部署
Tracxn页面访问日期 2026-10-09活跃竞争者目录110 家活跃;41 家获融资;12 家退出商业公司目录中类别构成和覆盖范围为专有信息;不代表需求或收入
无保留来源当前运行Class 8 自动驾驶卡车根据分配证据尝试构建 TAM/SAM/SOM 路径低没有可比支出、合资格车队、价格、线路或采用率分母

保留每个发布方的指标、期间、分母和局限。CAGR 为 null,因为分配来源均未提供可比增长序列。

[CM008, CM009, CM011, CM012, CM013, CM015]

2.4 商业化时点与估值相关性

截至 2026 年 10 月 8 日,The Road to Autonomy 的专有指数将 Stack 排名第七,综合得分 21.7;该指数描述了受监督测试,并报告得州有 31 辆注册自动驾驶车辆。Stack 在六项因素中的安全和商业定位得分最高,但运营和收入较弱,这与技术和合作进展先于规模化变现的情况一致。Tracxn 的独立目录则将 Stack 排在 110 家活跃竞争者中的第 30 位,说明排名会随样本和方法显著变化。因此,估值应围绕已验证的无驾驶员运营、付费货运、车队利用率和单位经济性分阶段判断,而不是对未披露收入基础套用宽泛的自动驾驶市场倍数。[CM008, CM009, CM010, CM016]

FM001: Stack 市场进入准备度评分

单一专有指数对 Stack 的安全性和商业定位评分高于其运营规模或已披露收入。

各层宽度仅表示层级,不代表数值比例。

数值复现自 The Road to Autonomy 2026 年 10 月 8 日的 Stack 页面。这些是专有指数评分,不是 TAM、市场份额、经审计 KPI 或独立验证的测量值。

[CM010]

2.5 展示

Chapter 03

03竞争者

3.1 赛道拥挤,货运任务有多种解决路径

Stack AV 所处赛道是 Class 8 卡车自动驾驶,但买方的替代方案并不限于同类软件开发商。Tracxn 识别出 110 家活跃竞争者,并将 Aurora、Einride 和 TuSimple 列为主要同业;其资料还将广泛货运自动驾驶开发商与专注中程运输的 Gatik、以及电动与自动驾驶货运结合的 Einride 区分开来。Fortune 另列 Waymo Via、Aurora 和 TuSimple 为竞争者;现状仍是人工驾驶运力,规模足够大的车队或 OEM 也可以选择内部开发。这种分层很重要:限定路线运营商可以在更窄的运营设计域内商业化;集成供应商可以打包车辆和编排系统;广泛覆盖 Class 8 的开发商则必须同时证明自动驾驶能力和生产级车辆集成能力。[CP006, CP007, CP008]

竞争者画像与商业模式格局
竞争者 / 替代方案类别已披露规模 / 阶段目标或产品范围有证据支持的差异化保留证据中的局限
Stack AV直接 Class 8 自动驾驶开发商据报道融资 $1B;Tracxn 得分 42/100Class 8 自动驾驶卡车Argo 前管理层;软件加云端范围没有点名的承运商合同、定价、底盘合作伙伴或发布时间
Aurora直接货运自动驾驶同业上市;据报道融资 $693M;得分 78/100集成到货运运营中的自动驾驶技术保留同业表中 Tracxn 得分最高当前定价和部署经济性尚未在此得到确认
Einride邻近的综合货运服务商Series E;据报道融资 $865M;得分 74/100电动和自动驾驶货运运输将货运运输与电动化及自动驾驶结合可比单位经济性和线路覆盖尚未在此得到确认
TuSimple直接卡车自动驾驶同业上市;据报道融资 $648M;得分 73/100面向卡车的 AI 自动驾驶解决方案卡车专属的自动驾驶定位Fortune 报道其在 September 2023(2023 年 9 月)寻求买家
Gatik中程运输专家Series D;据报道融资 $500M;得分 70/100自动驾驶中程物流运营范围比广泛的长途自动驾驶更窄不能作为广泛 Class 8 运营范围的同类比较
PlusAI直接工厂集成同业Series C;据报道融资 $720M;得分 69/100面向工厂制造卡车的自动驾驶技术来源描述明确提到工厂制造集成商业定价和部署规模尚未在此得到确认
Waabi广泛的实体 AI 进入者Series C;据报道融资 $1.03B;得分 69/100自动驾驶卡车和 Robotaxi车辆类别范围比仅做卡车的同业更广这种广度可能削弱其与 Stack Class 8 重点的直接可比性
Kodiak Robotics多元化地面自动驾驶同业上市;据报道融资 $165M;得分 66/100卡车运输、国防和工业地面自动驾驶多个终端市场可能分散分销风险保留证据没有单独拆出卡车业务的进展或经济性

规模、阶段、产品描述和 Tracxn 得分来自保留的 Tracxn 画像;Stack 的时间信息和未命名客户限定来自 Fortune。融资是来源报告的累计融资,不是可用现金、收入或估值。

[CP005, CP006, CP007, CP008, CP010]
FP001: 同行可见度与声明的范围定位

Tracxn 评分提供横向比较,纵向数值则是有记录的分析师序数,仅依据各方留存的产品范围描述。

条目X (42–78)Y (1–5)说明
1. Aurora 78 4 上市公司;货运运营自动驾驶技术。
2. Einride 74 4 E 轮;电动和自动驾驶货运运输。
3. TuSimple 73 3 上市公司;卡车自动驾驶解决方案。
4. Gatik 70 1 D 轮;范围受限的中程物流。
5. PlusAI 69 3 C 轮;将自动驾驶集成到工厂制造的卡车中。
6. Waabi 69 5 C 轮;自动驾驶卡车和 robotaxi。
7. Stack AV 42 4 Tracxn 记为 D 轮;声明专注 8 级卡车,并追求广泛的全自动驾驶。

x 是留存来源中的确切 Tracxn 评分。y 是从 1(受限中程)到 5(多类别道路自动驾驶)的分析师序数,仅根据同一来源的产品描述得出,用于表示范围,不代表技术质量或商业成熟度。

[CP007, CP008, CP016]

3.2 差异化有一定可能,但尚无基准验证

Stack 将其自动驾驶技术栈描述为覆盖人工智能、机器人、机器学习和云技术;第三方公司资料则将产品描述为结合车辆软件与云基础设施的 Class 8 生态。其隐私声明提供了更具体的架构信号:测试车辆采集雷达、视频、激光雷达、GPS、麦克风、路线、速度和方向数据,Stack 也可能允许企业合作伙伴使用 ADS。公司还将外部安全顾问委员会作为监督机制。这些是技术范围和信任姿态的有用信号,并非独立性能基准。现有证据没有比较性脱离接管数据、安全论证审计、路线完成基准或生产可靠性结果,无法证明其优于 Aurora、PlusAI、Waabi 或其他直接开发商。[CP001, CP002, CP003, CP004]

功能、能力与信任证据矩阵
购买标准Stack AV直接广泛自动驾驶同业窄范围 / 集成型替代方案现状 / 内部开发尽调含义
运营范围Class 8;创始人称其完全自动驾驶能力不止于 exit-to-exitAurora、TuSimple、PlusAI、Waabi 和 Kodiak 覆盖货运或卡车自动驾驶Gatik 面向中程运输;Einride 将电动货运与自动驾驶结合人工驾驶运营或车队 / OEM 开发的工具Stack 的线路、地理范围、天气条件和故障接管边界仍未披露
软件与云AI、机器人、ML、云和自动驾驶汽车软件同业来源描述表明其聚焦自动驾驶,但不能证明架构对等Einride 来源描述表明其覆盖综合货运范围内部开发可以与现有系统对接,但需要自建能力未留存独立架构基准
车辆集成冗余底盘方案仍在评估,合作是选项之一资料称 PlusAI 正把系统集成到出厂卡车里在本组资料中,Gatik 和 Einride 尚未得到相同确认采购现有车队,或内部定制集成Stack 的 OEM 接入和供应责任尚未明确
道路与客户证据测试车队;潜在客户未具名留存的同业证据中未知留存的同业证据中未知人工驾驶货运是现行运营方式没有可比的部署或可靠性分母
安全与数据状况安全顾问委员会;多模态测试车辆遥测;声明不使用人脸识别留存的同业证据中未知留存的同业证据中未知承运商已有安全系统,但仍依赖人工驾驶公司关于治理的说法需要独立审计和绩效数据支持
商业锁定价格、期限、集成负担和排他性未知留存的同业证据中未知留存的同业证据中未知内部开发可能造成技术锁定;雇用外部能力则保留选择权尚无 Stack 特有切换成本或多归属阻力的证据

该矩阵将缺乏支持的同业单元标为未知,而不是推断双方相当。Stack 条目结合了公司发布的产品、隐私和安全页面以及独立访谈;这些内容均不构成比较性绩效基准。

[CP001, CP002, CP003, CP004, CP009, CP011, CP012, CP015]

3.3 商业打包、分销与锁定仍未明确

公开证据显示公司在活动,但尚未显示商业系统。Fortune 报道称公司有测试车队,并向未具名的潜在客户进行演示;Stack 和 SoftBank 都未提供商业化时间表。Bryan Salesky 在 FreightWaves 采访中表示,Stack 正在评估商业模式,尚未披露具体要实现哪些自动化。他还称冗余卡车架构尚未解决,合作是一个选项。Stack 的发布稿围绕利用率、安全、路线和能源效率来描述产品,但留存来源没有提供标价、费率表、打包层级、已签署承运商合同、OEM 分销协议或量化集成成本。因此,切换成本、多栖抵抗、渠道权力和实际单位经济性仍无法与竞品方案比较。[CP009, CP010, CP011, CP012, CP013, CP015]

价格与打包方案比较:公开证据边界
选项价格 / 单位 / 合同模式有证据支持的包含能力折扣或未知项对买方的含义
Stack AV留存资料未公开披露Class 8 自动驾驶、软件 / 云范围,以及潜在企业级 ADS 用途价格、期限、硬件所有权、支持、责任和折扣未知无法比较总成本或切换成本
广义卡车自动驾驶同业留存同业资料未披露各供应商的卡车或货运自动驾驶范围不同可比范围、服务水平和实际价格未知无法进行同口径报价比较
集成式 / 受限路线供应商留存同业资料未披露Einride:电动 / 自动驾驶货运;Gatik:中程物流车辆、基础设施、服务和路线经济性未知可能解决比 Stack 更窄或打包程度更高的任务
人工驾驶运力 / 内部开发指定证据未量化现有运输运力或公司控制的开发人工、保险、资本开支、利用率和集成基线缺失在评估自动驾驶 ROI 前,必须先取得基线经济数据

没有留存资料提供可比的标价或实际价格。价格为空代表证据缺口,不代表数值为零,也没有估算每英里经济性。

[CP001, CP003, CP011, CP013, CP015]

3.4 护城河能否持久取决于执行证据,而非履历

创始团队拥有相关自动驾驶经验:Technical.ly 和 CEEhire 将 Bryan Salesky、Peter Rander 和 Brett Browning 列为 Argo AI 前负责人。这段经历带来招聘和系统开发可信度,但也提供了负面背景。Fortune 报道称,Ford 和 Volkswagen 合计投入 36 亿美元后关闭 Argo,说明即使有耐心资本,也可能在自动驾驶获得满意回报前耗尽。Stack 的竞争优势因此更应视为执行假设,而非已建立的护城河。要形成持久差异化,公司需要独立测量的安全性和可靠性、可制造的冗余底盘路径、具名车队需求、可信的商业化时间,以及能带来客户留存而不把全部部署风险转给 Stack 的合同结构。现有来源均未证明这些条件。[CP005, CP010, CP012, CP014, CP016]

3.5 展示

Chapter 04

04财务

4.1 收入模型架构、变现路径与定价动态

Stack AV 的商业化计划着眼于解决北美卡车运输经济中的结构性摩擦,尤其是车辆利用率受限、运营支出高和严重碰撞责任(CI001、CI002、CI007)。在商业货运中,自动驾驶开发商主要围绕两种收入模式:交钥匙式 Freight-as-a-Service(FaaS)运力和自动驾驶系统(ADS)平台软件授权(CI008)。平台授权架构将软件、传感器开发与实体车辆制造分开,使车队运营商和企业承运商合作伙伴能够部署自动驾驶牵引车,而技术提供商无需承担全部滚动车队资本支出(CI008)。Stack AV 的外部数据保护披露确认,公司设想让企业合作伙伴使用 ADS 平台,同时管理车辆遥测、传感器感知数据和运营地理位置数据流(CI003)。但 Stack AV 从未公布标准标价、每英里费率表或分级订阅方案,实际承运商合同金额和收入确认政策对公开市场仍完全不透明(CI004、CI008)。[CI001, CI002, CI003, CI004, CI007, CI008]

收入来源表
收入来源机制计费单位当前状态收入质量尽调要求
货运即服务(FaaS)提供交钥匙自动驾驶干线运输,为货主和承运商保障运力按满载英里计费($/英里)商业化前测试(在公共道路上测试车队)高周期性,受货运现货 / 合同费率影响;资本密集取得已签署的承运商运力试点协议及约定的每英里基准费率
ADS 平台软件授权向 OEM 或企业车队授权专有的 Level 4 自动驾驶软件和系统按车辆收取软件授权费,或收取经常性订阅费规划中的架构(隐私政策披露了企业 ADS 合作伙伴框架)高毛利率、经常性软件模式;可高度扩展核实 OEM 合作协议和知识产权分成结构
云端遥测与任务控制提供远程调度、车队编排和实时传感器遥测监控服务按活跃牵引车收取月度订阅费内部开发(支持测试车辆车队)运营黏性强的经常性服务,可能产生经常性数据费用审查每车辆小时云计算单位成本及遥测带宽费用
维护与支持服务提供专业校准、硬件维护和传感器套件维修支持按工时和材料计费,或签订年度服务合同未公布较低毛利率的技术服务收入来源检查合作伙伴服务网络 SLA 及现场维护责任条款

分析 Stack AV 在商业货运自动驾驶领域预期和潜在的收入机制;商业定价与部署状态整理自公司披露及自动驾驶商业模式基准。

[CI001, CI003, CI004, CI008]
定价与变现表
商业模式合同 / 计费结构标价与实际价格折扣及变动未知项信息来源
交钥匙运力费率覆盖自动驾驶牵引车及运营的每英里货运费率标价未披露;市场干线运输基准为每英里 $1.80 至 $2.50燃油附加费、附加服务费、空驶里程罚金、线路批量折扣货运市场可比数据及公司商业范围
自动驾驶软件版税按牵引车收取年度软件订阅费,或按每英里使用量收取版税未披露;行业目标估计为每自动驾驶英里 $0.20 至 $0.45车队规模阶梯、最低年度里程承诺、多年锁定条款自动驾驶平台授权基准(site-one-liart-13)
企业合作伙伴遥测接入为车队运营提供数据授权及遥测监控接入服务费私人合同价格未披露数据留存期限、API 查询量上限、定制遥测集成Stack AV Co. 隐私政策披露
硬件套件集成每辆 Class 8 卡车预付传感器套件及自动驾驶计算设备安装费未披露;原型改装估计为每辆 $50,000 至 $100,000+OEM 工厂集成补贴、零部件供应链降本行业工程估算

概述商业变现结构、标价和实际费率模式;Stack AV 完全未公开标价。

[CI002, CI003, CI004, CI008]
FI001: 收入模型桥接

展示自动驾驶卡车平台如何将客户货运需求转化为商业收入和毛利的运营流程。

节点 / 连接节点 / 起点终点说明
节点 1 货主货运需求 [demand-intake]
节点 2 自动驾驶车队调度 [autonomous-dispatch]
节点 3 干线货运执行 [linehaul-execution]
节点 4 货运总收入捕获 [revenue-capture]
节点 5 直接运营扣除项 [direct-operating-costs]
节点 6 目标毛利率 [net-gross-margin]
连接 1 货主货运需求 [demand-intake]自动驾驶车队调度 [autonomous-dispatch]
连接 2 自动驾驶车队调度 [autonomous-dispatch]干线货运执行 [linehaul-execution]
连接 3 干线货运执行 [linehaul-execution]货运总收入捕获 [revenue-capture]
连接 4 货运总收入捕获 [revenue-capture]直接运营扣除项 [direct-operating-costs]
连接 5 直接运营扣除项 [direct-operating-costs]目标毛利率 [net-gross-margin]

基于行业标准货运即服务和平台许可机制的概念性运营流程;转化率和利润率百分比是未经验证的私有指标。

[CI001, CI002, CI003, CI008]

4.2 成本结构动态、毛利率驱动因素与单位经济性

Class 8 货运自动驾驶的经济逻辑,是提高牵引车日利用率并降低人工和碰撞责任,从而改善干线运输运营利润率(CI001、CI002、CI007)。传统人工卡车运输中,人工占每英里可变成本的四成至四成五;服务时长监管又将牵引车每日行驶限制在约 11 小时(CI001、CI002)。此外,造成伤亡的商用卡车碰撞平均成本超过 $3M,使企业车队承担高额保险费和责任开销(CI007)。自动驾驶系统理论上能让车辆在数百英里线路上接近连续运营,但现实交付仍需要大量抵消性成本投入(CI001、CI002)。Stack AV 必须投入包含摄像头、雷达、激光雷达和计算单元在内的先进多传感器感知套件,以及持续的云端遥测基础设施、远程车队监控中心和冗余底盘集成(CI003、CI008)。在没有商业货运规模前,Stack AV 会产生负毛利率;稳态单位经济性取决于达到工业制造规模并完成 OEM 合作集成(CI004、CI008)。[CI001, CI002, CI003, CI004, CI007, CI008]

单位经济性表
指标已报告值置信度重要性尽调要求
每英里平均收入Low决定营收端现金创造能力,以及相对人工承运商费率的竞争力要求提供初始客户货运演示试验的合同费率表
每英里变动运营成本Low决定扣除燃料、轮胎、维护和云端遥测后的毛贡献利润率提供各测试线路走廊的分项变动运营成本模型
每辆卡车硬件传感器与计算成本Low决定资产回收期、设备折旧和车队前期资本强度检查当前 Class 8 传感器套件的物料清单(BOM)成本拆分
司机人工成本节省Medium核心经济价值驱动因素,可消除传统货运运营费用的 40-45%审查基于商业安全操作员退出时间表的客户 ROI 模型
碰撞责任成本规避每起死亡 / 受伤事件 >$3,000,000High直接影响车队保险风险状况、损失准备金和安全 ROI取得精算风险模型及商业车队责任保险承保报价
每日牵引车利用率Low突破人工驾驶 11 小时服务时长限制,提高每日收入潜力检查测试车队每日发动机运行时长和驾驶时长的远程信息数据

Class 8 干线货运自动驾驶的核心单位经济指标;空值代表需要正式接触管理层才能取得的专有私人指标。

[CI001, CI004, CI007, CI008]

4.3 资本充足性、现金消耗与发起方依赖

Stack AV 是北美最依赖资本的早期自动驾驶项目之一,主要获得日本投资集团 SoftBank Group Corp 支持(CI005、CI006、CI011)。Tracxn 企业情报记录显示,Stack AV 于 2023 年 9 月 7 日完成首轮融资,据报道金额为 $1 billion,并归类为单一机构发起方(CI009、CI010)。SoftBank 管理层和 CEO Bryan Salesky 将这项承诺描述为耐心的长期资本,旨在支持公司从开发走向商业部署(CI005、CI006)。但公司存在严重的发起方集中风险:SoftBank 是唯一披露的机构支持者,SoftBank 和 Stack AV 均未披露这笔资本对应的具体分期里程碑、治理控制或清算优先权(CI005、CI009、CI010)。Argo AI 的警示先例——在自动驾驶商业化周期拉长后,于 2022 年 10 月在吸收 Ford Motor Co. 和 Volkswagen AG 的 $3.6 billion 后倒闭——凸显单一发起方依赖的脆弱性(CI005、CI006)。Stack AV 虽已在 15 个州建立超过 150 人的运营工程团队,并于 2024 年末扩至约 248 人,但其月度运营现金消耗和剩余流动性期限仍是完全未经验证的私有指标(CI004、CI005、CI010)。[CI004, CI005, CI006, CI009, CI010, CI011]

4.4 财务结论、资本强度与尽调阻碍

从机构尽调角度看,Stack AV 不能被视为拥有可预测现金流或可辩护单位利润的运营企业(CI004、CI012)。公司展现了技术领导力,也吸引了巨额风险资本承诺,但仍处于明确的收入前研发阶段,尚无公布的商业试点收入或具有约束力的承运商采购订单(CI004、CI005、CI012)。如果实现 Level 4 商业无人驾驶,货运自动驾驶具有巨大的可触达价值;但达到现金流盈亏平衡需要持续投入数亿美元,用于测试、云端处理和硬件验证(CI005、CI008、CI011)。主要投资判断阻碍包括未经验证的月度现金消耗、SoftBank 未披露的分期条件、缺失的定价表,以及未经证明的监管无人驾驶部署时间表(CI004、CI005、CI012)。在 Stack AV 披露经审计财务报表、具有约束力的车队意向书或第三方验证的运营成本里程碑前,私有数据不透明会从结构上阻断直接投资判断(CI004、CI012)。[CI004, CI005, CI008, CI011, CI012]

4.5 展示

Chapter 05

05产品与技术

5.1 产品定义与模块化版图

Stack AV 打造全栈自动驾驶卡车平台,专门面向在州际公路和高速货运通道运营的 Class 8 重型车辆。公司不做乘客出行或城市 robotaxi,而是专注于长途物流的运营约束:司机短缺、法定服务时长限制和高额碰撞责任,推动了持续货运运输需求。Stack AV 的核心产品是集成式自动驾驶系统(ADS),结合车载计算、完整传感器套件、实时感知与运动规划算法,以及云端运营工具。公司总部在匹兹堡,并在 15 个州设有分布式工程团队;核心产品能力分为五个模块:车载传感器硬件阵列、实时感知架构、运动规划与车辆控制、云原生 Remote Assist,以及车队数据基础设施。核心自动驾驶技术栈仍在封闭测试车队中开发,但开发者信号和工程披露确认,公司正让配备仪器的 Class 8 测试车辆在物流运营通道上进行道路测试。[CE001, CE002, CE003, CE004, CE005]

Stack AV 产品模块与资产架构矩阵
模块 / 资产主要用户 / 消费者开发状态核心技术差异化尽调与验证缺口
车辆传感器套件与遥测Class 8 测试车队 / ADS已部署道路测试集成多模态传感器,采集光学、声学和电磁数据具体传感器物料清单、供应商层级及组件级冗余未披露
感知架构机器学习栈自动驾驶系统核心工程与原型开发深度学习模型针对长距离高速公路探测和长尾驾驶边缘场景定制无法取得独立脱离率及对比同业的基准绩效指标
运动规划与车辆控制ADS 控制执行器核心工程开发面向 80,000 磅 Class 8 牵引车挂车组合设计重型车辆运动学和动力学规划制动、转向执行器集成以及 OEM 线控底盘合作仍未验证
远程辅助云平台人工远程运营车队工程师生产基础设施运行中通过低延迟蜂窝网络实时视频流和云基础设施提供人工在环引导蜂窝连接受损时的延迟阈值及操作员与车辆的扩展比例未知
车队管理与数据管道货运合作伙伴与运营团队内部开发持续记录遥测并分析路线,最大化卡车运营在线时间与企业车队调度、TMS 平台和货主 IT 系统的集成准备度尚未验证

矩阵根据公司披露和工程规格,列出技术子系统功能、开发状态和尽调问题。

[CE001, CE002, CE004, CE007, CE009, CE010]

5.2 技术架构与传感器融合

Stack AV 自动驾驶系统的技术架构依靠多层软硬件流水线,处理重型商用卡车独有的物理动态。Class 8 牵引车在高速公路上高速行驶,整车总重超过 80,000 磅,需要将感知范围延伸到前方数百米,才能保证安全制动距离。Stack AV 为测试车配备完整的多模态传感器阵列,包括雷达、摄像头、激光雷达、精密 GPS 和声学麦克风,用于探测并记录高速公路环境。传感器遥测数据进入感知架构子系统中的基础机器学习架构,完成目标检测、连续 3D 跟踪和语义场景理解,以处理长尾驾驶异常。下游运动规划模块计算无碰撞轨迹,并控制转向、油门和制动。自动驾驶车辆遇到复杂施工区或道路障碍等模糊边界情况时,系统通过蜂窝网络实时视频和数据上行连接 Stack AV 的云端 Remote Assist 平台,让人工操作员提供高层战术指引,解决边界场景下的停滞。[CE006, CE007, CE008, CE009, CE010]

技术栈层级、运营角色与依赖风险
技术栈层级组件 / 技术运营角色关键依赖主要技术或运营风险
感知硬件激光雷达、雷达、摄像头、GPS、麦克风通过光学和声学波采集周边环境遥测汽车级硬件供应商及防风雨传感器清洁恶劣天气、刺眼阳光或道路污物导致传感器性能下降
感知机器学习深度学习架构(Python、C++)目标检测、3D 跟踪和语义场景理解大规模标注训练遥测及可扩展机器学习计算管道高速公路长尾异常及误报幽灵刹车事件
远程辅助云低延迟蜂窝视频与云控制在运营陷入模糊僵局时提供人工操作员引导高带宽、低延迟的多运营商蜂窝网络连接蜂窝网络盲区及高速场景下的远程操作员延迟
安全治理安全顾问委员会与测试协议对测试安全和监管合规进行外部监督与 FMCSA、NHTSA 及各州交通部门监管机构合作联邦自动驾驶监管标准持续变化,立法可能延迟

技术栈分层,突出底层硬件、算法、云和治理依赖。

[CE006, CE007, CE008, CE009, CE013, CE014]
FE001: Stack AV 自动驾驶卡车系统架构

分层系统架构,展示传感输入、机器学习感知、运动控制、云基础设施和安全治理。

传感与硬件输入层
通过 8 级测试车辆传感器集成,全面捕获多模态物理环境
模块
  • 光学视频摄像头(360 度覆盖)
  • 电磁雷达与激光雷达传感阵列
  • 高精度定位 GPS 与声学麦克风
自动驾驶机器学习与感知引擎
通过深度学习模型处理原始传感器遥测,实现实时场景理解
模块
  • 感知架构(远距离探测)
  • 3D 动态目标检测与跟踪
  • 高速公路语义场景理解
运动规划与车辆控制系统
将感知数据转化为运动学驾驶决策和卡车执行器指令
模块
  • 运动学轨迹生成与运动规划
  • 重型卡车线控执行器控制
  • 故障安全冗余与最低风险机动
云端远程辅助与车队基础设施
提供低延迟远程人工辅助并汇总车队遥测
模块
  • 通过蜂窝上行链路进行实时视频流传输
  • 远程操作员战术指导界面
  • 云端遥测与性能优化日志
车队数据管线与调度集成
汇总行程性能分析、路线优化和承运商集成指标
模块
  • 行程性能分析与日志引擎
  • 路线优化与运营遥测
  • 承运商调度与企业系统适配器
安全治理与监管保障
通过机构监督确保系统准备度、合规性和透明风险管理
模块
  • 安全咨询委员会战略指导
  • FMCSA 与 NHTSA 监管合规框架
  • 严格的仿真与试验场验证

基于官方出版物和工程披露对 Stack AV 自动驾驶系统架构的概念性呈现。

[CE006, CE007, CE008, CE009, CE010, CE014]

5.3 部署、安全治理与工作流集成

部署自动驾驶卡车系统需要严格的安全工程、失效可运行冗余,以及与现有车队工作流无缝协作。标准商业物流中,货运承运商面临多项运营瓶颈:强制服务时长休息使卡车每日利用率上限约为 10 至 11 小时,单位里程运营成本高,道路事故责任严重;每起致命或重伤碰撞可能造成超过 $3 million 的损失。Stack AV 的运营模式将高速公路自动运输与人在回路监控结合,在提升车辆利用率的同时提高基础设施效率。为管理系统可靠性和公共道路就绪度,公司成立外部安全顾问委员会,成员来自 NTSB、FMCSA 和 NHTSA 的前负责人。然而,Stack AV 技术仍处于商业化前阶段,尚未公开无人驾驶监管豁免批准、正式 OEM 工厂集成协议或无人商业货运运行。[CE011, CE012, CE013, CE014, CE015, CE016]

货运运输工作流与使用场景比较
物流工作流步骤传统卡车运输模式Stack AV 解决方案机制预期运营收益技术与商业限制
长途高速公路运输人工驾驶受 FMCSA 每日 11 小时驾驶上限约束自动驾驶系统连续运行高速公路线路大幅提高车辆资产每日在线时间和运输速度系统目前仅限于车内配备安全驾驶员的监督测试运营
非常规高速公路障碍物导航司机绕开道路碎片、车道封闭或施工区域感知机器学习识别危险,远程辅助提供路径引导无需车内人工驾驶员即可保持连续路线运行需要可靠的蜂窝网络覆盖;边缘场景下的兜底操作仍需验证
安全与事故管理司机疲劳和盲区风险带来严重碰撞责任360 度持续主动感知并自动应对危险降低高成本碰撞风险(每起伤亡事故 $3M+)无人驾驶运营前,自动驾驶系统必须证明其安全性在统计上更优
供应链调度与路线规划强制休息停车要求导致运输时刻错开持续运营,优化运输时间和路线能源效率为货主合作伙伴提供可预测的码头到码头运输时刻处于商业化前阶段,尚无已宣布的商业承运商集成部署

对比传统 Class 8 运营约束、自动驾驶卡车能力及当前技术限制。

[CE003, CE005, CE008, CE011, CE012, CE015]

5.4 展示

Chapter 06

06客户

6.1 目标客户细分与买方动态

Stack AV 面向 Class 8 商用货运行业,重点服务在高密度高速公路线路运营的长途承运商、企业供应链货主和私人企业车队。重型自动驾驶卡车的采购需要承运商高管、车队运营经理和安全合规团队进行复杂协同。企业车队客户会依据已验证的道路安全、设备可靠性、燃油经济性以及与调度网络的无缝集成来评估自动驾驶系统。Stack AV 的企业数据保护披露表明,公司预计允许企业合作伙伴使用其自动驾驶系统,同时由 Stack AV 收集并维护车辆遥测、摄像头视频和地理位置数据。管理层还强调,消费者需求变化要求供应链更智能、由 AI 驱动,以更快、更可靠地交付货物。为便利机构采购并应对严格的承运商安全审查,Stack AV 成立了由前运输安全和监管官员组成的外部安全顾问委员会。[CU003] [CU004] [CU007] [CU008]

客户细分表
细分市场买方 / 用户 / 付款方目标使用场景估计规模战略价值尽调缺口
Class 8 长途车队承运商买方:车队运营副总裁;用户:调度与运营团队;付款方:承运商运营预算枢纽到枢纽的州际高速公路干线货运运营美国超过 500,000 家商业机动车承运商高:解决长期司机短缺,提高牵引车资产利用率尚无公开确认的已签承运商合同或测试伙伴
第三方物流(3PL)与货主买方:运输 / 采购副总裁;用户:货运物流协调员;付款方:企业货主在高密度货运走廊运营专用线路货运大型货运经纪商管理数十亿美元的代管理货运高:实现自动化运力采购,降低货运费率波动尚无已宣布的货运经纪或经纪平台集成
企业自有车队买方:首席供应链官;用户:企业车队经理;付款方:企业公司损益在配送中心之间进行可预测的点到点供应链配送数千个全国性零售、杂货和工业企业自有配送车队中:路线可预测性高且专用线路规模稳定,降低运营波动截至目前未披露自有车队试验或商业意向书
自动驾驶系统(ADS)车队合作伙伴买方:技术商业化负责人;用户:维护与安全团队;付款方:车队合作伙伴根据 ADS 协议开展共享车队运营并集成遥测数据新兴商业自动驾驶卡车市场战略:让车队合作伙伴运营 ADS,同时由 Stack AV 管理软件遥测具体企业合作条款和收入分成结构仍未披露

细分依据 Class 8 货运行业结构,以及 Stack AV 对企业供应链合作伙伴的公开表述。合同金额仍未量化披露。

[CU003, CU004, CU007, CU008]

6.2 采用轨迹与车队部署版图

Stack AV 的客户采用仍处于早期、无收入演示阶段。行业跟踪机构记录显示,截至 2026 年公司商业收入运行率为零,这与其持续开发核心自动驾驶系统并进行初期高速公路测试相符。公司于 2023 年将首批重型自动驾驶卡车测试车队部署到公共道路,使用传统发动机测试牵引车,同时确保兼容未来电动车平台。管理层利用车队向多个州的潜在商业合作伙伴展示自动驾驶能力。但潜在车队客户面临重大采用障碍,包括严格的联邦机动车承运商安全标准、保险承保要求和复杂的车场集成需求。在 SoftBank Group Corp 的长期资本支持下,Stack AV 继续专注于实现不受约束的高速公路全自动驾驶,而非过早锁定受限线路试点协议。[CU005] [CU009] [CU013] [CU014]

客户增长 / 采用轨迹表
指标已报告值测量日期来源置信度战略含义缺失分母
活跃商业客户0 个已宣布账户October 2026(2026 年 10 月)官方网站 / 媒体报道高公司仍处于技术开发和商业化前测试阶段潜在客户管道总数未披露
商业收入运行率$0 / 未披露2026Tracxn 公司简介中资本持续消耗,但商业收入仍为零详细现金消耗率和运营费用未披露
公共道路测试车队初始活跃车队已部署September 2023(2023 年 9 月)Fortune / SoftBank 报道高在公共高速公路上向潜在合作伙伴展示 18 轮卡车自动驾驶能力测试牵引车的确切数量及累计自动驾驶里程
活跃行业竞争者110 个活跃竞争者November 2024(2024 年 11 月)Tracxn 公司简介中Aurora、Kodiak 等同业公司也在同时争取承运商合作伙伴按竞争者划分的区域走廊部署明细

采用指标反映商业化前状态。由于商业承运商合同尚未启动,所有商业采用指标均为空或为零。

[CU001, CU005, CU006, CU009]
FU001: 客户旅程图

货运承运商与 Stack AV 合作时,从初次技术演示到长途商业部署的五阶段采用路径。

这是根据行业自动驾驶卡车的采用周期,以及 Stack AV 披露的安全与运营框架推演出的商业发展示意。

[CU002, CU003, CU004, CU007, CU010, CU014]

6.3 具名客户证明与竞争背景

截至 2026 年 10 月,Stack AV 尚未披露任何具名客户关系、商业货主意向书或具有约束力的承运商运力承诺。首席执行官 Bryan Salesky 公开确认,公司正向潜在企业客户在 18 轮卡车上积极演示自动驾驶技术,反馈令人鼓舞,但一直拒绝透露具体合作伙伴名称。这种私下演示方式与主要行业竞争对手公开的商业里程碑形成鲜明对比。同行自动驾驶卡车开发商 Aurora Innovation、Kodiak Robotics 和 Torc Robotics 已与 Werner Enterprises、FedEx 和 Uber Freight 等大型物流承运商建立重要客户试点。Stack AV 隐瞒合作伙伴披露符合其耐心资本策略,但也阻止外部验证市场牵引力、定价模式和承运商满意度指标。[CU001] [CU002] [CU006] [CU011]

具名客户证明表
实体 / 潜在合作伙伴细分领域部署状态生产环境 vs 试点观察结果战略限制
未披露的货运承运商8 级长途整车运输正在进行道路技术演示演示 / 试点前据报道,潜在合作伙伴看过 18 轮卡车技术并给出积极反馈管理层拒绝披露合作伙伴名称或承诺的测试规模
企业 ADS 车队合作伙伴企业供应链 / 车队运营商数据保护和运营框架已定义框架定义已为遥测和 ADS 使用建立隐私与数据收集结构商业条款、部署时间表和活跃参与方身份均未公布
商业领域基准(Aurora / Kodiak / Torc)自动驾驶卡车竞争者公开商业承运商试点及无人驾驶走廊启动生产环境与商业试点已与 Werner、FedEx 和 Uber Freight 等大型车队建立基准关系Stack AV 尚未达到成熟同行公开披露客户的水平

Stack AV 没有公开点名的客户或商业承运商试点。行业同行可作为商业里程碑达成情况的外部基准。

[CU001, CU002, CU004, CU006, CU011]

6.4 商业持久性与客户集中风险

Stack AV 尚未推出商业货运服务,因此净收入留存、总收入留存和队列续约率等传统软件客户持久性指标无法测量。车队部署后,客户持久性将取决于运营正常运行时间、安全合规记录和系统集成深度。Stack AV 发布首份自愿安全自评,说明其正通过透明治理让潜在车队运营商放心。然而,缺少签约承运商锚定客户,使公司商业化后暴露于严重客户集中风险。若初期部署依赖少数启动伙伴,主要承运商暂停运营或取消路线都可能不成比例地打击业务势头。此外,拿下多年承运商关系的竞争性自动驾驶开发商可能锁定优质长途线路和设备配额。[CU004] [CU010] [CU012] [CU014]

6.5 展示

Chapter 07

07风险

7.1 监管、法律与数据暴露

现有证据表明 Stack 运营测试车辆并收集广泛传感器记录,但没有证明无人商业货运所需的许可、豁免或逐司法辖区的授权。Stack 2026 年 5 月隐私声明称,测试车为 ADS 研究和训练收集遥测以及雷达、视频、激光雷达、GPS 和麦克风数据,也设想企业伙伴使用 ADS。这些活动带来隐私、留存、传输、网络安全和合同暴露,尽管 Stack 表示不使用面部识别并采取合理防护。同一声明承认,任何传输或存储系统都不能保证绝对安全。因此,投资判断不应假设违规或事故,而应在取得原始记录和审计证据前,将监管授权、安全保证、诉讼和自由运营状态保留为未决事项。[CR001, CR002, CR003, CR014]

监管 / 法律风险登记表
风险或规则领域管辖区证据状态可能性严重程度缓释措施成熟度残余风险敞口尽调路径
无人驾驶部署授权美国联邦及运营所在州指定资料池中没有监管机构签发的许可、豁免或案卷未知若缺少授权,将直接影响投资论点未验证;咨询委员会不等于运营授权高 / 未知获取 FMCSA 及各州许可编号、范围、条件和到期日
道路安全与事故义务美国联邦及运营所在州安全原则和外部顾问信息已公开;公司层面的事故记录未公开未知关键,因为道路事故可能叫停部署可见政策层面的治理;但控制措施的实测成效不可见高 / 未知核对 NHTSA、FMCSA、州级、保险方及内部事故记录
测试车辆隐私与数据处理美国多州及合作伙伴运营2026 年 5 月通知涵盖遥测、视频、音频、地理位置、传输和合作伙伴使用持续风险敞口高通知、无面部识别声明和合理保障措施均为公司自述待审计,当前未知审查 DPIA、留存时间表、DPA 条款、删除控制和安全评估
知识产权、诉讼与运营自由美国指定资料池中没有法院、专利局或法律来源未知Tracxn 报告该领域有 110 家活跃竞争者,风险可能较高未留存公开缓释证据未知针对生产设计开展专利格局、诉讼、留置权和赔偿审查

这是一份按潜在投资影响排序的部分公开证据登记表;未知值代表信息缺口,不代表发现不合规。

[CR001, CR002, CR003, CR004, CR005, CR014]

7.2 运营安全与就绪度

Stack 自己的页面引用 FMCSA、IIHS 和 NHTSA 的北美数据,报告每年发生 455,000 起大型卡车事故、每年有 5,000 人死于大型卡车相关事故,因此安全影响天然很高。Stack 提出两项治理缓解措施:承诺分享安全协议信息,以及据称提供指导和外部监督的外部安全顾问委员会。这些是有用的流程信号,不能替代测试里程、脱离接管、干预率、碰撞记录、运营设计域限制或经过验证的安全论证。当前主页仍将公司描述为自动驾驶系统开发商,而非报告商业部署量。因此,在性能数据证明真实货运条件下的就绪度前,剩余运营风险必须维持高位或未知。[CR004, CR005, CR011, CR015]

运营 / 质量 / 安全风险登记表
失效模式可能性严重程度缓释措施成熟度残余风险敞口未解决缺口
安全论证或验证不足没有测试指标,无法判断关键已设安全委员会并承诺披露;验证证据不可得高 / 未知里程、脱离接管、人工干预、碰撞、ODD 限制和独立验证
网络安全或车辆数据泄露未知高隐私通知声称已采取合理控制,但也说明无法保证系统绝对安全待控制测试,当前未知架构审查、渗透测试、事故历史、SOC 证据和响应演练
技术向商业化扩张失败未知高主页描述了开发工作;未留存部署规模指标在有生产环境证据前保持高风险路线级正常运行时间、干预率、每自动驾驶英里成本和付费生产规模
运营能力或人才不匹配未知中到高历史启动期人员数及后来的第三方统计显示有所增长,但数据并非当前值且未核对未知当前人员名单、关键岗位流失、招聘计划、合同工构成和各地点覆盖情况

定性评级反映证据可得性和潜在影响;运营数据缺失时,不对概率作出估计。

[CR001, CR002, CR003, CR004, CR005, CR011, CR012, CR013, CR015]
FR001: 经证据校准的风险热力图

定性呈现风险影响与缓释措施;当分配到的证据缺少运营数据时,可能性仍保留为未知。

未估算数值概率;这些标签综合了保留的主张与明确记录的证据缺口。

[CR001, CR003, CR005, CR008, CR010, CR011, CR013, CR015, CR016]

7.3 资本、合作伙伴与执行依赖

在现有证据中,SoftBank 是唯一确定的资本支持者,但可用记录没有一致披露支持金额和条件。Stack 的发布稿称 SoftBank 提供资本、资源和 AI 专长;Technical.ly 称金额未说明,Trucking Dive 则报道发言人未回答融资规模问题。创始团队的 Argo AI 经历提供了执行背景,并不能证明 Stack 会重演 Argo 的结局:独立报道记录了 Argo 于 2022 年关闭、Ford 和 Volkswagen 的减记,以及 Ford 认为前身未能吸引新投资者,而规模化自动驾驶仍遥不可及。Tracxn 统计的 110 家活跃竞争者中有 41 家已融资,更说明需要尽调融资持久性和伙伴转化,而不是从融资头条推断资金期限。[CR006, CR007, CR008, CR009, CR010, CR014]

合作伙伴 / 依赖关系风险登记表
依赖项对手方角色集中度失败情景严重程度缓释措施残余风险敞口
资本与战略支持SoftBank资本、资源和 AI 专长在指定公开记录中集中度高商业化得到证明前,支持被延迟、附加条件、缩减或撤回关键未留存融资多元化或已承诺现金跑道的证据高 / 未知
创始人主导执行具有 Argo AI 经历的领导团队技术战略、招聘和商业化关键人物相关性高商业时间表跑在可用资本之前,重演前身公司的情况高经验是优势,但治理和里程碑证据仍属私有高
企业 ADS 与数据对手方未具名企业合作伙伴潜在 ADS 使用及相关车辆数据处理未知合同未能分配安全、隐私、安保和运营责任高隐私通知称协议约束数据处理;合同条款不可得未知
竞争性资本与商业化Tracxn 报告有 110 家活跃竞争者,其中 41 家获得融资人才、资本、合作伙伴获取和上市时间领域分散;数据提供商将 Stack 排名第 30开发周期长,在证明部署差异化之前需要反复融资高SoftBank 的支持已公开,但金额、分期、现金跑道和融资多元化未公开高 / 未知

对手方集中度仅依据指定公开来源;没有点名替代方,不代表替代方不存在。

[CR002, CR006, CR007, CR008, CR009, CR010, CR014, CR015]

7.4 监测、尽调与论点失效条件

投资监测应关注证据发布,而不是叙事性里程碑。如果 Stack 无法记录运营授权路径、提供可独立复核的安全指标、证明资金可支撑至下一个技术里程碑,或展示具有约束力的 OEM 与车队伙伴承诺,投资论点就应暂停。经核实后,严重安全事件、重大数据泄露、失去发起方支持,或反复无法把开发工作转化为可测量的商业运营,都将构成论点失效事件。员工证据也需要核对:2023 年发布稿称总部及 15 个州共有 150 名员工,而提取的 Tracxn 页面显示 2024 年 12 月 31 日有 248 名员工,另有一个只标注“Aug 26”的 304 人数字。这些是拟议的尽调关口,不是公司承诺;指定分析师的比较本身也存在利益冲突敏感性,因为作者披露持有 UBER 多头头寸。[CR012, CR013, CR015, CR016]

7.5 展示

Chapter 08

08估值

8.1 决策与入场纪律

当前建议为跟踪/继续研究,对该决策的信心中等,投资判断风险高,估值立场未知。独立报道将 SoftBank 2023 年的支持描述为超过 $1 billion;Tracxn 则称公司单轮融资 $1 billion。这些报道没有证明运行日可用现金、发行的证券、分期条件、清算优先权、稀释或治理权利。Forge 另显示没有 Stack AV Forge Price 或投后估值,并将市场活动标记为 有限。没有入场价格、资本化表、运营预测或当前商业经济性,美元估值区间和目标回报都会制造虚假精确度。因此,投资批准仍应以融资文件和可验证商业证明为门槛,而不是依据融资金额头条。[CV001, CV002, CV003, CV004, CV013, CV014, CV015]

建议摘要
维度当前结论决策含义
建议跟踪 / 继续研究在融资条款和商业化证据可得前,不要批准基于价格的投资。
信心度中披露缺口很明确,但公司的私有运营和融资数据不可得。
风险评级高投资判断风险该投资无法与已披露价格、当前经济状况或有日期的商业化计划挂钩。
估值立场未知Forge 既未公布 Stack AV Forge Price,也未公布投后估值。
回报 / 持有 / 退出公开证据不足以支持只有在核实入场价格、稀释、优先权、现金需求和退出时间后才能建模。

截至 2026-10-09 的定性决策框架;据报道的融资不视为可用现金,也不估计估值或回报区间。

[CV001, CV002, CV003, CV004, CV014, CV015]
FV001: 建议逻辑

尽管据报道获得了大量支持,投资决策仍取决于商业验证与估值透明度。

节点 / 连接节点 / 起点终点说明
节点 1 据报道的资金支持 [capital]独立报道称 SoftBank 提供了超过 $1B 的支持。
节点 2 开发能力 [build]测试车队、启动团队配置以及对自动驾驶卡车的聚焦,表明其具备开发能力。
节点 3 安全治理 [governance]Stack 称设有外部安全顾问委员会,并对测试车辆数据实施控制。
节点 4 商业验证缺口 [commercial]潜在客户未具名,商业化时间也未披露。
节点 5 定价缺口 [price]Forge 没有提供 Stack AV 的 Forge Price 或投后估值。
节点 6 跟踪 / 继续研究 [decision]在依据价格评估之前,需要先取得交易条款、经济性数据及已具名的采用客户。

仅表示有序的决策逻辑;节点顺序不代表数值权重或概率。

[CV001, CV003, CV005, CV007, CV008, CV009, CV010, CV014, CV015]

8.2 投资论点与反论点

可投资论点由据报道的耐心资本、由前 Argo AI 高管组成的领导团队、聚焦自动驾驶卡车的产品和可见的安全治理组成。Technical.ly 报道称,2023 年发布时公司在 15 个州有 150 名员工;Stack 表示其系统围绕安全、可靠性、效率和客户成果设计。安全顾问委员会增加了外部指导,但这项说法仍由公司发布。反论点强于普通早期披露缺口:Fortune 报道投资金额未详述、潜在客户未具名,也未提供商业化或投资者回报时间表。Tracxn 还描绘了 110 家活跃竞争者组成的拥挤赛道。证据支持技术和资本能力,但不支持当前产品市场匹配、收入质量或价格纪律。[CV001, CV004, CV005, CV006, CV007, CV009, CV010, CV011]

正方论点与反方论点
立场基于证据的论点哪些事实会改变判断
正方论点独立报道描述 SoftBank 提供了超过 $1B 的支持。已签署的融资文件,显示已注入资本、剩余承诺和投资者保护。
正方论点Technical.ly 报道称,公司 2023 年启动时有 150 人,覆盖 15 个州。与有日期的产品和部署里程碑挂钩的当前组织计划。
正方论点Stack 表示其专注于自动驾驶卡车,并设有外部安全咨询委员会。独立的安全表现和部署准备度证据。
反方论点Fortune 报道称投资金额未详述,潜在客户也未具名。已点名且付费的客户合同,并包含可衡量的部署义务。
反方论点Fortune 报道称没有商业化或投资者回报时间表。经董事会批准、包含里程碑日期和资本需求的商业计划。
反方论点Tracxn 报告有 110 家活跃竞争者,并将 Stack AV 排名第 30。能证明性能、成本或部署优势差异化的独立证据。

公司发布的产品和安全主张已明确标注;2023 年启动证据属于历史信息,不能证明当前人员规模或商业化进展。

[CV001, CV004, CV005, CV006, CV007, CV009, CV010, CV011]

8.3 情景与可比背景

由于公开证据不支持企业价值区间,情景框架有意采用条件描述而非数字。乐观结果要求将测试车队活动转化为具名、付费的采用,并取得可信的安全和部署证据;基准结果是继续开发,但披露不足以判断价格;悲观结果则是在商业化仍无日期、同时需要以不利条件追加资本时出现。Tracxn 将 Aurora、Einride 和 TuSimple 列为主要竞争者,并将 Aurora 和 TuSimple 标为上市公司,但这只是竞争集合,不是干净的估值可比集合。任何同业募集的资金都不是企业价值;运营模式、成熟度、资本结构和公开市场状态不同,也使现有材料无法支持可靠的倍数迁移。[CV003, CV009, CV010, CV011, CV012, CV014, CV016]

乐观 / 基准 / 悲观情景框架
情景明确假设估值 / 回报逻辑概率信号下行触发因素
乐观已点名的付费部署、得到独立支持的安全准备度,以及充足的承诺资本。只有在核实入场价格、预测现金流、稀释和相关市场基准后,区间才有依据。指定资料池中没有确认性公开证据。客户或部署里程碑延期,且没有替代证明。
基准测试活动继续,但客户、时间、融资条款和经济数据仍属私有。维持估值未知及跟踪 / 继续研究立场;不要从已募融资推断价值。最接近已审阅的披露状态,不是预测概率。在商业化证据改善前,还需要另一轮融资。
悲观商业化仍没有日期,资本只能以不利条款提供,或变得不可用。下行可能扩大至大幅甚至全部股权损失,但指定证据无法量化损失。合理的负面分支;公开证据不足以估计概率。没有付费采用、赞助方支持减弱,或发生不利的资本重组。

这些是条件性情景,不是预测;指定证据不支持任何情景概率、企业价值区间、收入估计或现金消耗估计。

[CV003, CV009, CV010, CV012, CV014, CV016]

8.4 退出准备度与最终尽调

现有指定公开证据无法证明退出准备度。Forge 报告市场活动有限,且没有可用 Forge Price;Fortune 报道没有明确商业化或投资者回报时间表。这种组合不能证明无法退出,但使流动性和时间都无法量化。在改变建议前,尽调应取得完全摊薄资本化表、证券和优先权条款、承诺资本与已到账资本、当前现金、月度现金使用和资金期限、经审计财务报表与运营计划、具名试点或客户合同、部署里程碑,以及可独立测试的安全和监管证据。只有在这些输入和实际入场价格明确后,才能建模目标回报和持有期。在下一次融资决策前无法证明付费采用或持久融资,是主要的论点失效信号。[CV003, CV004, CV007, CV008, CV009, CV010, CV013, CV014, CV015]

8.5 展示

免责声明

本报告是基于公开证据的尽调快照,不构成投资建议。重要的财务、法律、技术与合同事实仍未公开,任何投资决策前都应直接向管理层及一手文件核实。

证据索引

结论
编号陈述可信度来源
CO001 Stack AV Co. is legally incorporated in Delaware under entity identification number CIN 7116598 with an incorporation date of November 2, 2022. 高 SO002, SO005
CO002 Stack AV publicly launched operations on September 7, 2023, establishing headquarters in Pittsburgh, Pennsylvania, following the October 2022 closure of Argo AI. 高 SO003, SO004
CO003 Argo AI had raised $3.6 billion from Ford Motor Company and Volkswagen AG before being shut down in October 2022 after automakers grew impatient with capital requirements. 高 SO003, SO004, SO008
CO004 Stack AV is developing autonomous driving software and hardware systems tailored specifically for Class 8 commercial trucking rather than passenger robotaxis. 高 SO003, SO006
CO005 Bryan Salesky serves as Chief Executive Officer of Stack AV after previously leading Argo AI as CEO and directing Caterpillar autonomous mining software at Carnegie Mellon University. 高 SO001, SO003
CO006 Peter Rander, Ph.D., serves as President of Stack AV, having previously co-founded Argo AI and led autonomous engineering programs at Uber ATG and Carnegie Mellon University. 高 SO001, SO003
CO007 Brett Browning, Ph.D., serves as Chief Technology Officer of Stack AV with over two decades of robotics experience spanning Argo AI, Uber ATG, and Carnegie Mellon University. 高 SO001, SO003
CO008 Stack AV launched with 150 employees across 15 states, expanding headcount to 248 by December 2024 and 304 by August 2026. 中 SO002, SO003
CO009 Stack AV is financed by SoftBank Group Corp., with financial reporting and regional development officials indicating committed funding north of $1 billion. 高 SO002, SO003, SO004
CO010 SoftBank Group Corp. manages more than $160 billion in artificial intelligence assets and positioned its backing of Stack AV as patient long-term capital. 高 SO004, SO008
CO011 Stack AV has deployed test fleets of Class 8 trucks on public roads and is actively demonstrating its technology to prospective enterprise carrier partners. 高 SO004, SO008
CO012 Following Argo AI's closure, Ford pivoted its internal automated vehicle strategy away from Level 4 and Level 5 autonomy to Level 2 and Level 3 driver-assist technology via Latitude AI. 中 SO008
CO013 Stack AV's sensor-equipped test vehicles record optical, electromagnetic, and acoustic telemetry data including radar, lidar, video, and GPS to train its Automated Driving System software. 高 SO005, SO006
CO014 Stack AV created an independent Safety Advisory Council including former NTSB Chairman Robert Sumwalt and former FMCSA Administrator Annette Sandberg to oversee testing protocols. 高 SO001, SO007
CO015 Stack AV has not publicly disclosed any commercial freight revenues, contract run rates, or named fleet carrier customers. 高 SO003, SO004
CO016 Stack AV has kept its post-money valuation, share classes, and specific financing round terms undisclosed, with third-party aggregators classifying its sole raise under placeholder designations. 高 SO002, SO004
CM001 Stack positions its market as autonomous trucking solutions intended to improve freight safety, reliability, efficiency, and supply-chain outcomes. 中 SM003, SM005
CM002 Stack's founder identified Class 8 trucks as the company's focus in September 2023 while withholding the exact automation use case. 中 SM004
CM003 Stack says its intended customer outcomes include smarter supply chains, improved business results, and faster goods delivery. 中 SM003, SM005
CM004 Stack's launch release identified driver shortages, vehicle uptime, safety, operating costs, and emissions as trucking-industry problems. 中 SM005
CM005 Bryan Salesky said in 2023 that no autonomous-trucking business had scaled and that teams and capital were required through development phases. 中 SM004
CM006 Salesky said production trucks may lack equipment required for autonomy redundancy and that partnership was one option under consideration. 中 SM004
CM007 A 2026 report said Stack unveiled an autonomous truck developed with PACCAR and Peterbilt. 中 SM001
CM008 The Road to Autonomy ranked Stack seventh with a 21.7 composite score on October 8, 2026 and characterized its operations as supervised testing. 中 SM002
CM009 The Road to Autonomy reported a registered fleet of 31 automated Stack vehicles in Texas. 中 SM002
CM010 The Road to Autonomy scored Stack at 13 for operations, 23 for scale, 12 for revenue, 36 for commercial, 24 for manufacturing, and 51 for safety, each out of 100. 中 SM002
CM011 Stack's safety page states that 455,000 crashes per year involve large trucks. 低 SM007
CM012 Stack's safety page states that large-truck collisions caused 155,000 injuries in 2021. 低 SM007
CM013 Stack's safety page states that about 5,000 people are killed each year in crashes involving large trucks. 低 SM007
CM014 Stack's privacy notice says enterprise partners may use its automated driving system and that Stack may maintain telemetry, video, audio, and geolocation data for them. 中 SM006
CM015 Tracxn reported 110 active Stack competitors, including 41 funded companies and 12 exited companies. 中 SM008
CM016 Stack's seventh-place Road to Autonomy rank and 30th-place Tracxn rank are not directly comparable because the publishers use different populations and methodologies. 中 SM002, SM008
CP001 A company listing describes Stack AV's product as a Class 8 self-driving ecosystem that integrates autonomous-vehicle software with cloud infrastructure. 中 SP001
CP002 Stack says its autonomy technology combines artificial intelligence, robotics, machine learning, and cloud technology. 中 SP005
CP003 Stack's privacy notice says test vehicles collect multimodal telemetry and that enterprise partners may be allowed to use its automated driving system. 中 SP002
CP004 Stack says its Safety Advisory Council provides strategic guidance and external oversight. 中 SP006
CP005 Bryan Salesky, Peter Rander, and Brett Browning founded Stack after leading Argo AI. 中 SP001, SP004, SP007
CP006 Fortune identified Waymo Via, Aurora Innovation, and TuSimple as competitors to Stack AV. 中 SP007
CP007 Tracxn reported 110 active Stack AV competitors, including 41 funded companies and 12 exited companies. 中 SP003
CP008 Tracxn's retained peer table assigns scores from 66 to 78 to Aurora, Einride, TuSimple, Gatik, PlusAI, Waabi, and Kodiak, versus 42 for Stack AV. 中 SP003
CP009 Fortune reported in September 2023 that Stack had a test fleet and was demonstrating to unnamed potential customers. 中 SP007, SP008
CP010 Fortune reported that Stack and SoftBank did not disclose a commercialization or investment-return timeline. 中 SP007
CP011 Salesky said Stack was focused on Class 8 trucks but had not disclosed its exact automation scope or business model. 中 SP009
CP012 Salesky said redundant truck architecture remained under evaluation and that a partnership was one possible approach. 中 SP009
CP013 Stack's launch release positions its system around freight uptime, route efficiency, safety, and supply-chain outcomes. 中 SP005, SP010
CP014 Fortune reported that Ford and Volkswagen closed Argo AI after investing a combined $3.6 billion. 中 SP004, SP007
CP015 The retained sources disclose no Stack list price, contract-rate schedule, packaging tiers, named carrier agreement, exclusivity term, or quantified customer switching cost. 低 SP003, SP005, SP007, SP009, SP010
CP016 Stack's team and capital access support an execution thesis, but the retained evidence does not establish a durable moat without commercial timing, named customers, vehicle integration, or independent performance data. 中 SP001, SP004, SP007, SP009
CI001 Stack AV is designing autonomous trucking systems to alleviate driver shortages, lagging uptime, elevated operating costs, and safety concerns in freight transportation. 中 SI008
CI002 Stack AV develops artificial intelligence and autonomous systems intended to enhance the efficiency, safety, and operational reliability of freight transportation. 中 SI005
CI003 Stack AV's automated driving system architecture contemplates allowing enterprise partners to use its ADS while maintaining telemetry, camera, audio, and geolocation data. 中 SI002
CI004 Stack AV operates in a pre-commercial stage without publicly disclosed freight revenues, pricing rate cards, or announced commercial fleet carrier customer contracts. 高 SI005, SI007
CI005 SoftBank Group committed patient long-term capital to Stack AV, while executives declined to specify a timeline for commercializing technology or delivering investment returns. 高 SI007, SI004
CI006 SoftBank agreed to provide funding, resources, and artificial intelligence expertise to accelerate Stack AV's development following the closure of Argo AI. 中 SI004
CI007 Large commercial truck collisions resulting in injury or fatality cost in excess of $3 million according to federal traffic safety data. 中 SI006
CI008 In autonomous vehicle business models, platform licensing separates software and sensor development from vehicle manufacturing, enabling deployment without full fleet capex. 中 SI001
CI009 Tracxn records report that Stack AV raised a total funding commitment of $1 billion across one financing round backed by one institutional investor. 中 SI003
CI010 Tracxn company registry data indicates Stack AV employed approximately 248 personnel as of December 31, 2024. 中 SI003
CI011 Argo AI was shut down in 2022 after absorbing $3.6 billion from Ford and Volkswagen as corporate sentiment soured on autonomous driving timelines. 中 SI007
CI012 Absence of disclosed monthly cash burn, capital tranching terms, and commercial customer agreements prevents traditional financial underwriting of Stack AV. 高 SI003, SI007
CE001 Stack AV develops autonomous driving systems and advanced artificial intelligence solutions tailored specifically for the commercial trucking industry. 高 SE003, SE008
CE002 Stack AV's autonomous technology incorporates artificial intelligence, robotics, machine learning, and cloud technologies to address trucking transportation challenges. 高 SE001, SE003
CE003 Stack AV designs its automated trucking systems to alleviate driver shortages, improve vehicle uptime efficiency, lower operating costs, and reduce fleet emission levels. 中 SE002, SE004
CE004 Stack AV operates an engineering organization across its Pittsburgh headquarters and distributed teams in 15 states using a remote and co-working collaboration model. 中 SE002, SE004
CE005 Stack AV's executive leadership team includes Chief Executive Officer Bryan Salesky, President Peter Rander, and Chief Technology Officer Brett Browning. 中 SE002, SE004
CE006 Stack AV test vehicles are equipped with cameras, radar, lidar, GPS, and microphones to capture physical environment telemetry via electromagnetic, optical, and acoustic signals. 中 SE006
CE007 Stack AV's Perception Architecture team engineers foundational machine learning architectures in Python and C++ to solve long-tail driving scenarios and long-range highway detection. 中 SE005
CE008 Stack AV operates a dedicated Remote Assist team building tools for human operators to remotely guide the self-driving system through complex and ambiguous road situations. 中 SE001
CE009 The Remote Assist platform delivers live video over cellular connections, integrates directly with on-vehicle autonomy systems, and maintains scalable cloud infrastructure. 中 SE001
CE010 Vehicle telemetry captured by Stack AV test trucks includes route origin, destination, vehicle speed, travel direction, miles driven, and positional geolocation. 中 SE006
CE011 Large truck collisions cost over $3 million per accident when resulting in injury or fatality, representing a critical safety liability for commercial freight carriers. 高 SE004, SE007
CE012 Driver assistance and automated driving technologies have the potential to prevent an estimated 40% of large truck front-to-rear collisions. 高 SE004, SE007
CE013 Stack AV established a Safety Advisory Council comprising former leaders from NTSB, FMCSA, and NHTSA to provide external oversight for autonomy engineering and vehicle testing. 中 SE007
CE014 Stack AV's Safety Advisory Council includes former NTSB Chairman Robert Sumwalt, former FMCSA Administrator Annette Sandberg, and former Acting NHTSA Administrator David Kelly. 中 SE007
CE015 Stack AV remains in pre-commercial technology testing, with operational software validated on test vehicle fleets rather than deployed in uncrewed commercial freight revenue service. 高 SE002, SE006
CE016 Public technical disclosures omit verified data regarding drive-by-wire OEM chassis integration, hardware fault tolerance, and independent disengagement rates. 中 SE005, SE006
CU001 Stack AV remains pre-commercial with zero publicly named paying customers, production freight contracts, or signed carrier pilots disclosed as of October 2026. 高 SU001, SU008
CU002 Chief Executive Officer Bryan Salesky confirmed Stack AV is demonstrating its autonomous technology on 18-wheelers to potential customers but declined to name any commercial partners. 高 SU008, SU009
CU003 Stack AV identifies long-haul Class 8 freight transportation and enterprise supply chain operators as its primary addressable target customer segments. 中 SU001, SU003
CU004 Stack AV's data protection notice discloses provisions to allow enterprise partners to use its Automated Driving System while collecting vehicle telemetry, video, and geolocation data for them. 中 SU005
CU005 Tracxn records zero commercial revenue run-rate for Stack AV as of 2026 while tracking over 110 active competitors in autonomous vehicle systems. 中 SU004
CU006 Competing autonomous trucking developers Aurora Innovation, Kodiak Robotics, and Torc Robotics established leading commercial positions and public carrier partnerships as peer firms exited the market in 2023. 中 SU002
CU007 Stack AV established an external Safety Advisory Council featuring former NTSB, FMCSA, and NHTSA officials to provide governance and build trust with transportation regulators and partners. 中 SU003, SU006
CU008 Management asserts that shifting consumer consumption patterns necessitate AI-driven supply chains that deliver goods faster and more reliably for future enterprise shippers. 中 SU007
CU009 Stack AV deployed an initial test fleet of autonomous trucks on the road in 2023 to evaluate operational performance prior to commercial customer deployment. 高 SU008, SU009
CU010 Stack AV published an inaugural Voluntary Safety Self-Assessment to demonstrate operational transparency and support prospective carrier partner evaluations. 中 SU003
CU011 Stack AV has disclosed no letters of intent, pilot agreements, or reservation counts, leaving the timing and volume of commercial carrier adoption unverified. 高 SU001, SU008
CU012 The lack of announced carrier partnerships creates customer concentration and timing risks as well-funded peers expand commercial testing on key freight corridors. 高 SU002, SU008
CU013 Stack AV's reliance on patient capital from SoftBank Group Corp allows the company to develop full-autonomy technology before committing to fixed carrier commercial delivery timelines. 中 SU008
CU014 Prospective fleet customers face high evaluation barriers due to safety, regulatory compliance, and system integration requirements for heavy-duty commercial Class 8 vehicles. 中 SU003, SU006
CR001 Stack's May 6, 2026 privacy notice says its test vehicles collect telemetry plus radar, video, lidar, GPS, and microphone data for ADS research and training. 中 SR002
CR002 Stack says it may allow enterprise partners to use its ADS and may collect and maintain telemetry, video, audio, and geolocation data for them. 中 SR002
CR003 Stack states that no data transmission or storage system can be guaranteed to be 100% secure. 中 SR002
CR004 Stack says it will routinely share information about its safety protocols and how it determines vehicle readiness. 中 SR006
CR005 Stack describes its Safety Advisory Council as an independent third-party body providing strategic guidance and external oversight. 中 SR006
CR006 Stack's September 2023 launch release says SoftBank supports the company with capital, resources, and AI expertise. 中 SR003
CR007 Technical.ly reported in September 2023 that SoftBank's funding amount was unspecified. 中 SR007
CR008 Trucking Dive reported that a Stack spokesperson did not immediately answer its inquiry about the level of SoftBank funding. 中 SR008
CR009 Technical.ly reported that Argo AI shut down in October 2022 after receiving $1 billion from Ford and another $2.6 billion later. 中 SR007
CR010 Trucking Dive reported that Ford and Volkswagen wrote off Argo AI funding and that Ford said Argo failed to attract new investors while scaled autonomy remained a long way off. 中 SR008
CR011 Stack's safety page, citing FMCSA, IIHS, and NHTSA for North America, reports 455,000 large-truck crashes per year and 5,000 deaths each year involving large trucks. 中 SR006
CR012 Stack's September 2023 launch release reported 150 employees across its Pittsburgh headquarters and 15 states. 中 SR003, SR007, SR008
CR013 Tracxn's extracted page lists 248 employees as of December 31, 2024 and separately says 304 employees as of August 26 without stating the year. 低 SR004
CR014 Tracxn reports 110 active Stack AV competitors, including 41 funded companies, and ranks Stack 30th in that set. 中 SR004
CR015 Stack's current homepage describes the company as developing autonomous systems rather than reporting a production deployment volume. 中 SR005
CR016 The assigned Seeking Alpha peer note discloses that its author holds a long UBER position, making it a conflict-sensitive comparison rather than Stack-specific validation. 中 SR001
CV001 Independent reporting in 2023 described SoftBank's backing of Stack AV as more than $1 billion. 高 SV007, SV008
CV002 Tracxn describes Stack AV as having raised $1 billion in one funding round. 中 SV006
CV003 Forge shows no Stack AV Forge Price, post-money valuation, total funding, or last funding round and labels Market Activity as Limited. 中 SV004
CV004 Fortune reported that Stack AV's founders and SoftBank declined to detail the investment amount. 中 SV007
CV005 Technical.ly reported that Stack AV had 150 employees across 15 states and at its Pittsburgh headquarters at the 2023 launch. 中 SV005
CV006 Stack AV says it is designing autonomous trucking solutions around safety, reliability, efficiency, and customer outcomes. 中 SV001
CV007 Stack AV says its Safety Advisory Council provides strategic guidance and external oversight. 中 SV003
CV008 Stack AV's May 2026 privacy notice says its test vehicles collect telemetry, video and audio, and geolocation data for autonomous-driving research and operations. 中 SV002
CV009 Fortune reported that Stack AV had a test fleet on the road and was demonstrating it to potential customers whom Salesky declined to name. 中 SV007
CV010 Fortune reported that Salesky declined to provide a commercialization date and SoftBank provided no timeline for an investment return. 中 SV007
CV011 Tracxn identifies 110 active competitors, 41 of them funded, and ranks Stack AV 30th in that set. 中 SV006
CV012 Tracxn names Aurora, Einride, and TuSimple as Stack AV's top competitors and labels Aurora and TuSimple as public companies. 中 SV006
CV013 The reviewed Stack AV homepage does not disclose a valuation, security price, revenue figure, or named customer. 中 SV001
CV014 The assigned public evidence does not support a current Stack AV valuation range or price-based return underwriting. 中 SV001, SV004, SV007
CV015 A Track / research-more recommendation is warranted until financing terms and named commercial proof are available. 中 SV001, SV004, SV007
CV016 Scenario outcomes depend on converting test activity into named commercial adoption while sustaining capital through an undated development period. 中 SV001, SV007
来源
编号出版方标题引文
SO001 Stack AV About - Stack AV Bryan has long pioneered the use of robotics technology in products and systems that will improve safety and productivity. For over a decade, he has led large autonomy initiatives of vehicles that range from mining trucks to urban automobiles in many organizations including Carnegie Mellon University and Google. In 2016, Bryan co-founded Argo AI, an autonomy company that offered autonomous rides to the public in Miami and Austin.
SO002 Tracxn Stack AV - 2026 Company Profile & Team Stack AV has raised a total funding of$1B over 1 round.Its latest funding round was a Series D round on Sep 07, 2023 for [$ *****](https://platform.tracxn.com/a/d/company/57b5aaa3e4b0a9fefc4a24a8#a:funding-and-investors).1 investor participated in its latest round.
SO003 Technical.ly Argo AI's founders publicly launched their new autonomous trucking company, Stack AV, with backing from SoftBank According to a Thursday morning announcement, the new company helmed by Bryan Salesky as CEO, Peter Rander as president and Brett Browning as CTO is developing technology to maximize trucks' operating time, improve both existing infrastructure and roadway safety, and minimize emissions.
SO004 Fortune SoftBank places big bet autonomous trucks will 'fundamentally change' supply chains | Fortune The founders of the former self-driving unit of Ford Motor Co. and Volkswagen AG are launching a new autonomous trucking startup with backing said to be more than $1 billion from Japan's SoftBank Group Corp.
SO005 Stack AV Privacy - Stack AV Stack AV Co. (“Stack”, “we”, “us”) wants to provide you information about what personal information we collect and why, to whom we disclose it, and how we protect it, as well as your respective privacy rights under applicable laws.
SO006 Stack AV Stack AV Homepage Stack is developing revolutionary AI and advanced autonomous systems designed to enhance safety, reliability, and efficiency of modern operations.
SO007 Stack AV Safety - Stack AV With safety as our foundation, Stack AV formed a Safety Advisory Council comprised of world-class experts with decades of experience in safety practice, security, and transportation technology. This independent, third-party council provides strategic guidance and external oversight to ensure that we adhere to the highest standard of safety in all our business practices.
SO008 Ford Authority Argo AI Founders Launch Stack AV Following its decision to shut down the autonomous vehicle startup Argo AI last year, Ford also announced that it would be pivoting away from Level 4 and 5 autonomy to focus on Level 2 and 3 technology.
SM001 Yahoo Autos / WPXI Stack AV unveils new autonomous truck after years in stealth mode After years of working in stealth, autonomous driving firm Stack AV unveiled a new autonomous truck at an expo in Las Vegas, the first from a collaboration with partners PACCAR and Peterbilt Motors Co.
SM002 The Road to Autonomy Stack AV | The Road to Autonomy Indices Stack AV ranks #7 in The Road to Autonomy Trucks Index with a composite score of 21.7, anchored by supervised testing operations. The company maintains a registered fleet of 31 automated vehicles in Texas and utilizes Peterbilt 579 platforms equipped with proprietary sensor suites.
SM003 Stack AV Stack AV Focused on our customers' needs, Stack is designing solutions to alleviate challenges faced by the trucking industry to create smarter supply chains for partners, improve business outcomes for customers, deliver goods to end-users faster, and move the trucking industry forward.
SM004 FreightWaves Q&A with Stack AV autonomous trucking founder Bryan Salesky It’s still early days for this industry. No one’s actually scaled anything yet.
SM005 Stack AV via Business Wire Stack AV Launches Autonomous Trucking Business to Revolutionize the Transportation of Goods With customers at its core, Stack AV is focused on revolutionizing the way businesses transport goods, designing solutions to alleviate long-standing issues that have plagued the trucking industry including driver shortages, lagging efficiency in uptime per vehicle, overarching safety concerns, high operating costs, and elevated emission levels.
SM006 Stack AV Privacy - Stack AV We may allow our enterprise partners to use our ADS, and we may collect and maintain vehicle telemetry data, video camera and audio data, and geolocation data for them.
SM007 Stack AV Safety - Stack AV 455,000 crashes per year involve large trucks
SM008 Tracxn Stack AV The company has 110 active competitors, including 41 funded and 12 that have exited
SP001 CEEhire Stack AV | CEEhire Stack AV's primary product is a self-driving ecosystem tailored specifically to Class 8 trucking, integrating autonomous vehicle software with cloud infrastructure to support large-scale freight operations.
SP002 Stack AV Privacy - Stack We may allow our enterprise partners to use our ADS, and we may collect and maintain vehicle telemetry data, video camera and audio data, and geolocation data for them.
SP003 Tracxn Stack AV - 2026 Company Profile & Team - Tracxn The company has 110 active competitors, including 41 funded and 12 that have exited
SP004 Technical.ly Argo AI's founders publicly launched their new autonomous trucking company, Stack AV, with backing from SoftBank The company already counts 150 employees across 15 states and at its Pittsburgh headquarters.
SP005 Stack AV Stack Stack's autonomous technology incorporates cutting-edge advancements in artificial intelligence, robotics, machine learning, and cloud technologies, empowering us to create innovative solutions that address the needs and challenges of the dynamic trucking industry.
SP006 Stack AV Safety - Stack With safety as our foundation, Stack AV formed a Safety Advisory Council comprised of world-class experts with decades of experience in safety practice, security, and transportation technology.
SP007 Fortune SoftBank places big bet autonomous trucks will 'fundamentally change' supply chains Salesky declined to say when Stack will commercialize its technology. SoftBank's Matsui also didn't put a timeline on when it expects a return on its investment in Stack.
SP008 Ford Authority Argo AI Founders Launch Stack AV As expected, Stack AV will focus mostly on the autonomous commercial trucking business, and has already received $1 billion in funding from Japan's SoftBank.
SP009 FreightWaves Q&A with Stack AV autonomous trucking founder Bryan Salesky We're focused on Class 8 trucks, and there's a lot of white space even in that category. We're looking at the business models. There's really attractive economics throughout that vertical. We're not getting into the specifics of exactly what we're going to be automating just yet.
SP010 Stack AV Stack AV Launches Autonomous Trucking Business to Revolutionize the Transportation of Goods Stack AV today announced the launch of its autonomous trucking business, which leverages its self-driving technology to improve efficiency and enhance safety in the trucking industry, while tackling supply chain challenges for its partners and their consumers.
SP011 RobotToday Stack AV - RobotToday
SI001 Physical AI Benchmark Series Physical AI Platform Licensing 2026 — Waymo Hyundai OEM Deal vs Tesla Closed Vertical Stack: The AV Business Model Benchmark The platform model separates the development of autonomous driving software and sensor technology from the manufacturing and operation of vehicles. The AV technology company develops the software stack, the sensor suite, and the integration know-how. OEMs manufacture vehicles incorporating the AV technology. Fleet operators deploy and operate those vehicles as commercial services.
SI002 Stack AV Co. Privacy - Stack We may allow our enterprise partners to use our ADS, and we may collect and maintain vehicle telemetry data, video camera and audio data, and geolocation data for them.
SI003 Tracxn Stack AV Stack AV has raised a total funding of$1B over 1 round.Its latest funding round was a Series D round on Sep 07, 2023 for
SI004 Technical.ly Argo AI's founders publicly launched their new autonomous trucking company, Stack AV, with backing from SoftBank SoftBank will be contributing an unspecified amount of funding, resources and AI expertise to speed Stack AV’s growth and technology development.
SI005 Stack AV Stack Stack is developing revolutionary AI and advanced autonomous systems designed to enhance safety, reliability, and efficiency of modern operations.
SI006 Stack AV Safety - Stack Collisions cost over $3 million if they result in injury or fatality
SI007 Fortune SoftBank places big bet autonomous trucks will 'fundamentally change' supply chains | Fortune Salesky declined to say when Stack will commercialize its technology. SoftBank’s Matsui also didn’t put a timeline on when it expects a return on its investment in Stack.
SI008 Blue Book Services Stack AV launches autonomous trucking business With customers at its core, Stack AV is focused on revolutionizing the way businesses transport goods, designing solutions to alleviate long-standing issues that have plagued the trucking industry including driver shortages, lagging efficiency in uptime per vehicle, overarching safety concerns, high operating costs, and elevated emission levels.
SE001 Remote OK Remote Senior Cloud Software Engineer Assist at Stack AV We do so by delivering a tool for human operators to remotely assist the self-driving system in complex and ambiguous situations.
SE002 Expansion Solutions Magazine Stack AV Launches Autonomous Trucking Business to Revolutionize the Transportation of Goods Stack AV’s technology – coupled with an advanced approach to safe systems design and testing – is designed to maximize trucks’ uptime, optimize existing infrastructure and improve roadway safety.
SE003 Stack AV Stack Stack is developing revolutionary AI and advanced autonomous systems designed to enhance safety, reliability, and efficiency of modern operations.
SE004 Inside Autonomous Vehicles Former Argo AI leaders launch Stack AV autonomous trucking business The company aims to help alleviate truck-related safety concerns cited by sources like FMCSA, IIHS, and NHSTA. Collisions cost over $3 million if the accident results in injury or fatality.
SE005 Writing.io Senior Software Engineer Perception Architecture at Stack AV at | Writing.io Jobs The Perception Architecture team is responsible for tackling complex, cross-cutting issues in Stack AV’s approach to perception development and accelerating our delivery of perception capabilities.
SE006 Stack AV Privacy - Stack The Test Vehicles are equipped with cameras and sensors to detect and record its surroundings through electromagnetic, optical, and acoustic waves (e.g. radar, video, lidar, GPS, and microphones) to train and improve the ability of the Test Vehicles to safely drive autonomously.
SE007 Stack AV Safety - Stack With safety as our foundation, Stack AV formed a Safety Advisory Council comprised of world-class experts with decades of experience in safety practice, security, and transportation technology.
SE008 Tracxn Stack AV Developer of autonomous systems designed to enhance transportation safety and efficiency. The company focuses on creating solutions for the trucking industry.
SU001 Stack AV Stack Stack is developing revolutionary AI and advanced autonomous systems designed to enhance safety, reliability, and efficiency of modern operations.
SU002 FreightWaves Stack AV Archives Three companies departed autonomous trucking in 2023 as Aurora Innovation, Kodiak Robotics and Torc Robotics staked leadership claims.
SU003 Business Wire Stack AV Establishes Safety Advisory Council Stack AV is committed to driving the trucking industry forward by enabling smarter supply chains for its partners, allowing them to deliver goods to their consumers faster and more safely.
SU004 Tracxn Stack AV Developer of autonomous systems designed to enhance transportation safety and efficiency. The company focuses on creating solutions for the trucking industry. The solutions aim to enhance supply chains, business outcomes, and delivery speeds.
SU005 Stack AV Privacy - Stack We may allow our enterprise partners to use our ADS, and we may collect and maintain vehicle telemetry data, video camera and audio data, and geolocation data for them.
SU006 Stack AV Safety - Stack Our partners rely on Stack to strengthen their supply chains, grow their businesses, and reach their customers fast and safely.
SU007 Technical.ly Argo AI's founders publicly launched their new autonomous trucking company, Stack AV, with backing from SoftBank Salesky, who previously acted as Argo AI’s CEO, said Stack AV will be customer-focused, and that as consumer patterns evolve, supply chains that are AI-driven and intelligent will become more of a necessity.
SU008 Fortune SoftBank places big bet autonomous trucks will 'fundamentally change' supply chains | Fortune But Salesky said he is demonstrating Stack’s technology on 18-wheelers to potential customers, whom he declined to name, and the feedback has been good.
SU009 Ford Authority Argo AI Founders Launch Stack AV We have a fleet of trucks on the road testing today and we’re getting potential partners up-to-speed on what we’re doing. We’ve seen a lot of interest.
SR001 Seeking Alpha Uber Technologies: Full-Stack AV Evolution I/we have a beneficial long position in the shares of UBER either through stock ownership, options, or other derivatives.
SR002 Stack AV Privacy - Stack The Test Vehicles are equipped with cameras and sensors to detect and record its surroundings through electromagnetic, optical, and acoustic waves (e.g. radar, video, lidar, GPS, and microphones) to train and improve the ability of the Test Vehicles to safely drive autonomously.
SR003 Stack AV via Business Wire Stack AV Launches Autonomous Trucking Business to Revolutionize the Transportation of Goods Stack AV is backed by SoftBank Group Corp. (“SoftBank”) who is supporting the company with capital, resources, and deep expertise in AI to help accelerate its growth and technological developments.
SR004 Tracxn Stack AV Stack AV has 304 employees as of Aug 26.
SR005 Stack AV Stack Stack's autonomous technology incorporates cutting-edge advancements in artificial intelligence, robotics, machine learning, and cloud technologies, empowering us to create innovative solutions that address the needs and challenges of the dynamic trucking industry.
SR006 Stack AV Safety - Stack This independent, third-party council provides strategic guidance and external oversight to ensure that we adhere to the highest standard of safety in all our business practices.
SR007 Technical.ly Argo AI's founders publicly launched their new autonomous trucking company, Stack AV, with backing from SoftBank SoftBank will be contributing an unspecified amount of funding, resources and AI expertise to speed Stack AV’s growth and technology development.
SR008 Trucking Dive Former Argo AI leaders launch new autonomous trucking company In late 2022, Ford and Volkswagen wrote off funding from Argo AI. Ford previously said the startup failed to attract new investors. The automaker also said fully autonomous vehicles at scale are a “long way off” and “we won’t necessarily have to create the technology ourselves.”
SV001 Stack AV Stack Focused on our customers' needs, Stack is designing solutions to alleviate challenges faced by the trucking industry to create smarter supply chains for partners, improve business outcomes for customers, deliver goods to end-users faster, and move the trucking industry forward.
SV002 Stack AV Privacy - Stack The Test Vehicles are equipped with cameras and sensors to detect and record its surroundings through electromagnetic, optical, and acoustic waves (e.g. radar, video, lidar, GPS, and microphones) to train and improve the ability of the Test Vehicles to safely drive autonomously.
SV003 Stack AV Safety - Stack This independent, third-party council provides strategic guidance and external oversight to ensure that we adhere to the highest standard of safety in all our business practices.
SV004 Forge Global Stack AV IPO Timeline and Financing Details - Forge Funding Round Details are not yet available for this company.
SV005 Technical.ly Argo AI's founders publicly launched their new autonomous trucking company, Stack AV, with backing from SoftBank The company already counts 150 employees across 15 states and at its Pittsburgh headquarters.
SV006 Tracxn Stack AV Stack AV has raised $1B in funding
SV007 Fortune SoftBank places big bet autonomous trucks will 'fundamentally change' supply chains | Fortune Salesky declined to say when Stack will commercialize its technology. SoftBank’s Matsui also didn’t put a timeline on when it expects a return on its investment in Stack.
SV008 Crunchbase News The Week’s 10 Biggest Funding Rounds: Stack AV And Ascend Elements Lead Another Huge Week Bloomberg reported SoftBank Group is backing the new venture with more than $1 billion.