{"companies":[{"id":"9bdbb8ad-a078-4126-a6d6-7e8c04cffed4","name":"1Robot","slug":"1robot","description":"1Robot is a Palo Alto-based robotics company building end-to-end automation software and hardware that coordinates people, robots, autonomous vehicles, and AI agents to complete real-world tasks. Its flagship product, DROF-o1, is a modular humanoid robot with a 20-DOF upper body and interchangeable mobile bases designed for factories, warehouses, and outdoor worksites. The company also manufactures autonomous mobile robots (AMRs), forklifts, and shuttles, with a Vietnam- and Taiwan-based supply chain that provides an alternative to Chinese robotics hardware.","status":"active","founded":2025,"hq":"Palo Alto, California, USA","hqLat":null,"hqLng":null,"hqGeocodedAt":null,"hqAddress":null,"hqPrecision":null,"website":"https://1robot.io","fundingTotal":null,"type":"both","roles":[],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[],"keyFacts":["Funding ~$11.05M","Customers include Samsung, Nestlé, and government agencies","Products: AMR, Autonomous Forklift, DROF-o1 modular humanoid, Autonomous Shuttle"],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-26T15:06:18.900Z","updatedAt":"2026-08-26T17:03:13.255Z"},{"id":"d2c6c5e4-917d-485f-8905-02dc531228ba","name":"MightyFly","slug":"mightfly","description":"Autonomous air logistics company building hybrid-electric [eVTOL](/models/cento) cargo aircraft for expedited B2B and defense deliveries. The Cento aircraft carries 100–500 pounds of cargo up to 600–1,000 miles at 150 mph, with autonomous loading and unloading. MightyFly holds a Special Airworthiness Certificate and FAA-approved flight corridors in California.","status":null,"founded":2019,"hq":"San Leandro, California, United States","hqLat":null,"hqLng":null,"hqGeocodedAt":null,"hqAddress":null,"hqPrecision":null,"website":"mightyfly.com","fundingTotal":"15000000","type":"hardware","roles":["robot_maker"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[],"keyFacts":["CEO=Manal Habib","Total funding=15M USD (company-reported)","Signed contracts=220M USD LOI (20-year intra-island delivery) + 50M USD healthcare contract (5-year)","FAA approval=Special Airworthiness Certificate; first large autonomous eVTOL cargo drone approved for a flight corridor","Aircraft built=3 full-scale prototypes, 400+ autonomous flights","Hero image candidate=https://mightyfly.com/wp-content/uploads/2024/10/2024-Cento-and-packages-1080x675.jpg (source: press kit)"],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-26T08:45:34.571Z","updatedAt":"2026-08-26T09:14:05.043Z"},{"id":"9987d15c-111f-402e-b218-ed885ff21123","name":"CarbonSix","slug":"carbon-six","description":"CarbonSix is a Physical AI company developing deployment-ready robotic intelligence and automation solutions for manufacturing. Founded in 2024 by SuaLab alumnus Terry Moon and robotics researchers from MIT and Yale, the company combines AI-powered imitation learning software with precision robotic manipulators to automate complex, variable assembly tasks on factory floors. Its core product, SigmaKit, is an industry-first standardized robot imitation learning toolkit already deployed in commercial manufacturing environments.","status":null,"founded":2024,"hq":"San Francisco, United States","hqLat":null,"hqLng":null,"hqGeocodedAt":null,"hqAddress":null,"hqPrecision":null,"website":"carbon6robotics.com","fundingTotal":"40000000","type":"both","roles":["robot_maker","brain_provider"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[],"keyFacts":[],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-26T08:45:23.378Z","updatedAt":"2026-08-26T11:02:29.146Z"},{"id":"6fa6b30c-571e-42e1-bf74-63980f8e3b5c","name":"We Robot","slug":"we-robot-conference","description":"We Robot is the annual interdisciplinary conference on the legal, ethical, and policy implications of robotics and, increasingly, artificial intelligence. It was founded in 2012 at the University of Miami School of Law by A. Michael Froomkin together with Ryan Calo (then Stanford, now University of Washington) and the late Ian Kerr (University of Ottawa). The three founders framed We Robot as a place where lawyers, philosophers, and roboticists would think together about problems that were still years away from the courts, and the conference is widely credited with catalyzing \"robot law\" as a distinct scholarly field.\n\nThe format is deliberate and unusual. Papers are submitted in response to a call for papers, peer-selected, and then paired with an assigned discussant (a \"commentator\") drawn from a different discipline than the author, so that a legal scholar's paper is typically commented on by an engineer, a philosopher, or a social scientist, and vice versa. Sessions devote most of their time to the commentator's critique and open floor discussion rather than the author's own presentation, and the conference is preceded by a day of hands-on workshops, demos, and doctoral colloquia. Papers are circulated in advance so the room can read them, and revised versions typically appear in law reviews or in the Elgar \"Robot Law\" volumes that Calo, Froomkin, and Kerr edited.\n\nThe hosting rotates by design, so the conference builds a network of tech-law centers rather than accreting to any single institution. Miami has anchored it and hosted the most editions; Stanford Law's Center for Internet and Society, the University of Washington's Tech Policy Lab, Yale's Information Society Project, the University of Ottawa's Centre for Law, Technology and Society, Boston University Law with the MIT Media Lab, and Windsor Law have each hosted at least one. In 2026 the conference moves to Europe for the first time, hosted by the Robotics and AI Law Society (RAILS) in Berlin.\n\nWe Robot's influence on the AV and AI regulation debate is difficult to overstate. Ryan Calo's \"Robotics and the New Cyberlaw,\" first presented at We Robot 2014 and later published in the California Law Review, is the modal citation for the argument that robots are not simply \"the internet with arms\" and require their own doctrinal frame; it has shaped how the NHTSA, the FTC, and multiple state legislatures talk about autonomous systems. Madeleine Clare Elish's \"Moral Crumple Zones,\" first presented at We Robot 2016, gave the field the now-standard vocabulary for how human operators absorb blame for automation failures and is cited across the aviation, self-driving, and clinical-AI literatures. Kate Darling's early We Robot work on social robots and anthropomorphism is the origin of the \"legal protection for robots\" line of scholarship, and papers by Woodrow Hartzog, Joanna Bryson, Neil Richards, William Smart, Jack Balkin, Meg Leta Jones, and Mary Anne Franks first surfaced at We Robot before entering the mainstream law-review canon.\n\nHost rotation: 2012: University of Miami School of Law (Coral Gables, FL); 2013: Stanford Law School (Center for Internet and Society) (Stanford, CA); 2014: University of Miami School of Law (Coral Gables, FL); 2015: University of Washington School of Law (Seattle, WA); 2016: University of Miami School of Law (Coral Gables, FL); 2017: Yale Law School (Information Society Project) (New Haven, CT); 2018: Stanford Law School (Center for Internet and Society) (Stanford, CA); 2019: University of Miami School of Law (Coral Gables, FL); 2020: University of Ottawa (Centre for Law, Technology and Society), held virtually due to COVID-19 (Ottawa, Canada (virtual)); 2021: University of Miami School of Law (Coral Gables, FL); 2022: University of Washington School of Law (Tech Policy Lab) (Seattle, WA); 2023: Boston University School of Law with MIT Media Lab (Boston, MA); 2025: University of Windsor Faculty of Law (Windsor Law) (Windsor, Ontario, Canada); 2026: Robotics and AI Law Society (RAILS e.V.) 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Its on-premise systems have been deployed at the [Barcelona Supercomputing Center](https://www.bsc.es/) and the Technology Innovation Institute in Abu Dhabi.","status":"private","founded":2019,"hq":"Barcelona, Spain","hqLat":null,"hqLng":null,"hqGeocodedAt":null,"hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":null,"type":"both","roles":["brain_provider"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://qilimanjaro.tech/company/","name":"Qilimanjaro","title":"Qilimanjaro Quantum Tech Company Page"},{"url":"https://qilimanjaro.tech/qilimanjaro-launches-worlds-first-multimodal-quantum-data-center-paving-the-way-for-the-computing-of-the-future/","name":"Qilimanjaro","title":"Qilimanjaro launches world's first multimodal quantum data center"}],"keyFacts":[{"label":"Co-founder","value":"Victor Canivell"},{"label":"Funding","value":"€20M (Jan 2025, from SETT)"},{"label":"Technology","value":"Analog quantum computing (multimodal)"},{"label":"Significance","value":"World's first multimodal quantum data center (Barcelona, Nov 2025)"},{"label":"Platform","value":"SpeQtrum QaaS for thousands of European users"},{"label":"CEO","value":"Dr. Marta Estarellas"}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":65,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-25T17:18:17.646Z","updatedAt":"2026-08-25T20:26:01.713Z"},{"id":"62180a36-2598-4929-be6b-42ac121e7639","name":"Quantum Computing Inc","slug":"quantum-computing-inc","description":"Quantum Computing Inc (QCi) (NASDAQ: QUBT) is a [quantum optics](https://en.wikipedia.org/wiki/Quantum_optics) and integrated photonics company providing accessible, room-temperature quantum machines. 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Board Appoints Dr. William McGann as CEO"},{"url":"https://quantumcomputingreport.com/quantum-computing-inc-deploys-dirac-3-quantum-machine-on-quantum-corridor-network/","name":"Quantum Computing Report","title":"Quantum Computing Inc. 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Its 256-qubit Aquila processor became the first publicly accessible neutral-atom quantum computer on [Amazon Braket](https://aws.amazon.com/braket/quantum-computers/quera/) in 2022. 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The company builds fault-tolerant quantum computers using light, with systems designed to compute at room temperature, and develops both hardware (the Aurora modular photonic quantum computer) and software ([PennyLane](https://pennylane.ai), an open-source quantum computing platform). 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Founded in 2019 by Georges-Olivier Reymond, Nobel laureate Alain Aspect, and Christophe Jurczak, Pasqal builds quantum processors using arrays of laser-trapped Rydberg atoms and has deployed systems across Europe and the Middle East. The company is pursuing a Nasdaq listing via a [SPAC](https://registry.deploy.report/companies/pasqal) merger with Bleichroeder Acquisition Corp. II at a $2B pre-money valuation.","status":"active","founded":2019,"hq":"Palaiseau, Île-de-France, France","hqLat":null,"hqLng":null,"hqGeocodedAt":null,"hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":null,"type":"hardware","roles":["brain_provider"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://www.pasqal.com/wp-content/uploads/2025/12/2025-Pasqal-PressKit.pdf","name":"Pasqal","title":"Pasqal Press Kit 2025"},{"url":"https://www.pasqal.com/newsroom/pasqal-delivers-italys-first-neutral-atom-quantum-computer/","name":"Pasqal","title":"Pasqal delivers Italy's first neutral atom quantum computer"}],"keyFacts":[{"label":"Founders","value":"Georges-Olivier Reymond, Alain Aspect, Christophe Jurczak"},{"label":"Total funding","value":"€340M+"},{"label":"Technology","value":"Neutral-atom quantum computing"},{"label":"Flagship","value":"Orion 100-qubit"},{"label":"Italy deployment","value":"SOL 140+ qubits at CINECA (Italy's first neutral-atom QC)"},{"label":"Saudi Arabia","value":"200-qubit at Aramco Dhahran (Nov 2025, Saudi's first QC)"},{"label":"CEO","value":"Wasiq Bokhari"},{"label":"IPO","value":"Pending SPAC (Nasdaq: BBCQ)"}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-25T17:18:11.401Z","updatedAt":"2026-08-25T23:03:44.432Z"},{"id":"b8699abe-da87-453e-836e-81f432da0405","name":"Infleqtion","slug":"infleqtion","description":"Infleqtion (formerly ColdQuanta) is a global leader in [neutral-atom quantum technology](https://en.wikipedia.org/wiki/Neutral_atom_quantum_computing), delivering full-stack solutions for quantum computing, networking, sensing, and security. Its [Sqale](/models/sqale) neutral-atom quantum computer is operational at the UK National Quantum Computing Centre and deployed in Japan, with a fault-tolerant system planned for the Illinois Quantum & Microelectronics Park in 2027. The company's portfolio also includes the Superstaq quantum software platform, Tiqker quantum optical atomic clocks, and Contextual Machine Learning (CML) for defense and biotech applications. 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Founded in 2017 by Dr Peter Leek, OQC deploys quantum systems in colocation data centres across London, Tokyo, New York, and Spain, partnering with [Equinix](/companies/equinix), [Digital Realty](/companies/digital-realty), and [NVIDIA](/companies/nvidia). The company raised 260 million GBP (350 million USD) in Series C funding (June 2026), Europe's largest private quantum computing round, led by Bullhound Capital with participation from [JPMorgan Chase](/companies/jpmorgan-chase), [AMD](/companies/amd), and the British Business Bank. 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Founded in 2018 and headquartered in Espoo, Finland, with major operations in Munich, IQM employs over 400 people and has sold 30+ quantum computers across Europe, Asia, and North America — more on-premises systems than any other manufacturer. IQM became the first European quantum computing company listed on a major U.S. exchange (Nasdaq Global Select) in July 2026 via a SPAC merger with Real Asset Acquisition Corp.","status":"public","founded":2018,"hq":"Espoo, Finland","hqLat":null,"hqLng":null,"hqGeocodedAt":null,"hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":null,"type":"hardware","roles":["brain_provider"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://en.wikipedia.org/wiki/IQM_Quantum_Computers","name":"Wikipedia","title":"IQM Quantum Computers - Wikipedia"},{"url":"https://www.reuters.com/technology/finlands-iqm-quantum-computers-raises-320-million-new-funding-round-2025-09-03/","name":"Reuters","title":"Finland's IQM Quantum Computers raises $320 million in new funding round"}],"keyFacts":[{"label":"CEO","value":"Jan Goetz (co-founder)"},{"label":"Founders","value":"Jan Goetz, Juha Vartiainen, Kuan Tan, Mikko Möttönen"},{"label":"Total funding","value":"$710M+ across 8 rounds"},{"label":"Latest round","value":"$320M (Sept 2025)"},{"label":"Technology","value":"Superconducting quantum computing"},{"label":"Manufactured","value":"30+ quantum computers"},{"label":"Deployments","value":"Oak Ridge NL, CINECA Italy, Poznan Poland, LUMI-IQ Finland"},{"label":"Public","value":"IPO July 2026"},{"label":"Flagship","value":"Radiance (54-qubit → 150-qubit in 2026)"}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":"IQMX","stockExchange":"Nasdaq Global Select","secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":400,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-25T17:18:05.549Z","updatedAt":"2026-08-26T05:03:15.455Z"},{"id":"bf7365e5-b55e-4803-87f1-cb7cc5bf243d","name":"Atom Computing","slug":"atom-computing","description":"Atom Computing builds highly scalable, gate-based quantum computers using arrays of optically-trapped neutral atoms. 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The company operates quantum computers over the cloud through its [Quantum Cloud Services](https://docs.rigetti.com/qcs) (QCS) platform and sells on-premises systems including the 9-qubit Novera™ QPU. 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Listed on NYSE via SPAC merger in 2021.","status":null,"founded":2015,"hq":"College Park, Maryland, USA","hqLat":null,"hqLng":null,"hqGeocodedAt":null,"hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":null,"type":"hardware","roles":["brain_provider","robot_maker"],"reviewStatus":"unreviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://en.wikipedia.org/wiki/IonQ","name":"Wikipedia","title":"IonQ - Wikipedia"},{"url":"https://www.ionq.com/news/ionq-opens-doors-to-first-dedicated-quantum-computing-manufacturing-facility","name":"IonQ","title":"IonQ Opens Doors to First Dedicated Quantum Computing Manufacturing Facility"}],"keyFacts":[{"label":"Founders","value":"Chris Monroe, Jungsang Kim"},{"label":"Ticker","value":"NYSE: IONQ"},{"label":"Technology","value":"Trapped-ion quantum computing"},{"label":"Total funding","value":"$1.5B+ (including SPAC proceeds)"},{"label":"CEO","value":"Niccolò de Masi"},{"label":"Acquisitions","value":"Oxford Ionics (~$1.1B), Qubitekk, Lightsynq, Capella Space"}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-25T17:17:54.686Z","updatedAt":"2026-08-25T17:25:19.466Z"},{"id":"950fb8b5-4455-42ee-8a2b-378aae81f443","name":"FieldAI","slug":"fieldai","description":"FieldAI develops Field Foundation Models (FFMs), a class of physics-first foundation models for embodied intelligence that enable robots to navigate unstructured, GPS-denied environments without maps or predefined trajectories. 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Spun out of Alibaba's DAMO Academy, T-Head develops the full chip design stack — from RISC-V processors ([XuanTie series](/models/zhenwu-810e)) to AI inference accelerators (Hanguang 800), server CPUs (Yitian 710), and GPU-class AI chips (Zhenwu/PPU line) — primarily serving [Alibaba Cloud](https://www.alibabacloud.com/) and external customers like China Unicom. T-Head's Zhenwu M890, positioned as a domestic alternative to NVIDIA's H100, achieved scaled mass production in 2026, and Alibaba is preparing an IPO for the unit.","status":"Subsidiary of Alibaba Group (IPO planned, no timeline)","founded":2018,"hq":"Hangzhou, Zhejiang, China","hqLat":null,"hqLng":null,"hqGeocodedAt":null,"hqAddress":null,"hqPrecision":null,"website":"t-head.cn","fundingTotal":null,"type":"hardware","roles":[],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://www.t-head.cn/","title":"Alibaba T-Head","sourceName":"Alibaba T-Head"}],"keyFacts":[{"label":"Parent company","value":"Alibaba Group (wholly-owned subsidiary)"},{"label":"Also known as","value":"Pingtouge (平头哥)"},{"label":"Chip shipments","value":"470,000 AI chips delivered as of February 2026 (company-reported)"},{"label":"Annualized revenue","value":"RMB 10 billion level (company-reported, Feb 2026)"},{"label":"External customer share","value":"60%+ of chips deployed for commercial customers outside Alibaba (company-reported)"},{"label":"IPO status","value":"Alibaba supports future independent listing; no timeline set (Jan 2026)"},{"label":"Key products","value":"Hanguang 800 (AI inference NPU), Yitian 710 (ARM server CPU), Zhenwu 810E (PPU/GPU), Zhenyue 510 (SSD controller), XuanTie (RISC-V)"},{"label":"Architecture focus","value":"RISC-V (XuanTie series) and ARM (Yitian 710); full-stack data-center chip portfolio"},{"label":"Parent Company","value":"Alibaba Group (NYSE: BABA)"},{"label":"CEO (Alibaba Group)","value":"Eddie Wu"},{"label":"Chip Shipments (cumulative)","value":"470,000 AI chips by Feb 2026 (company-reported)"},{"label":"Annualized Revenue","value":"RMB 10B (~$1.4B) as of early 2026 (reported)"},{"label":"IPO Status","value":"Planning IPO; restructuring into standalone business (Jan 2026)"},{"label":"Key Customer","value":"China Unicom (Sanjiangyuan data center, Qinghai)"},{"label":"Mass Production","value":"Zhenwu M890 GPU achieved scaled mass production (May 2026)"},{"label":"Architecture","value":"RISC-V (XuanTie series) + ARM (Yitian 710) + proprietary GPU (PPU/Zhenwu)"}],"aliases":["T-Head","Pingtouge","平头哥"],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":"Subsidiary of Alibaba Group","burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-24T23:13:05.858Z","updatedAt":"2026-08-25T07:05:38.082Z"},{"id":"73f205b6-357b-42a2-882f-5de769a6bfe4","name":"Moore Threads","slug":"moore-threads","description":"Chinese fabless semiconductor company specializing in GPU design, founded in October 2020 by former Nvidia global vice president Zhang Jianzhong. 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Flagship BR100 chip (77B transistors, 7nm TSMC) targeted performance parity with Nvidia's A100. Added to the US Bureau of Industry and Security Entity List in October 2023, cutting off access to TSMC advanced nodes. 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Kraken designs and manufactures uncrewed surface vessels (USVs) including the K3 SCOUT, K5 KRAKEN gunship, K7 SABRE, and the K4 MANTA uncrewed subsurface vessel. Founded with offshore racing DNA, the company operates manufacturing facilities in the UK and Germany through a joint venture with [Rheinmetall](/companies/rheinmetall), and has secured contracts with the UK Ministry of Defence, USSOCOM, and NATO partners.","status":null,"founded":2020,"hq":"Fareham, United Kingdom","hqLat":null,"hqLng":null,"hqGeocodedAt":null,"hqAddress":null,"hqPrecision":null,"website":"krakentechnology.com","fundingTotal":null,"type":"hardware","roles":["robot_maker"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[],"keyFacts":[{"label":"CEO","value":"Mal Crease"},{"label":"Valuation","value":"$1 billion (post-Series B, July 2026)"},{"label":"Manufacturing","value":"UK (Fareham), Germany (Hamburg via Rheinmetall Kraken GmbH)"},{"label":"Key Contracts","value":"Royal Navy Project Beehive (£12.3M, 20 USVs), USSOCOM OTA ($49M)"},{"label":"Joint Venture","value":"Rheinmetall Kraken GmbH (Hamburg, Germany)"},{"label":"Partnerships","value":"Anduril Industries (US manufacturing), Davie Shipyards (Canada), Capewell (airdrop system)"},{"label":"Autonomy Platform","value":"Auterion OS"},{"label":"Production Capacity","value":"Up to 1,000 units per year per facility"}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-24T08:18:07.313Z","updatedAt":"2026-08-24T09:04:06.065Z"},{"id":"00d8470a-d543-4f7d-9df2-816347b29f25","name":"Tesollo","slug":"tesollo","description":"South Korean manufacturer of high-degree-of-freedom robotic hands and end effectors for humanoid and industrial robots. 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Part of the [e-Novia](https://www.e-novia.it/) group, Smart Robots combines a 3D video sensor with proprietary software to track manual operations, detect objects, and guide operators with projected AR instructions — aiming for zero errors on factory floor assembly lines. Founded in 2016 as a spin-off from Politecnico di Milano, the company serves industrial clients globally across assembly, kitting, packaging, and machine tending applications.","status":null,"founded":2016,"hq":"Milan, Italy","hqLat":45.4641943,"hqLng":9.1896346,"hqGeocodedAt":"2026-08-23T21:31:03.799Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":"3800000","type":null,"roles":[],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://www.orbbec.com/case-studies/smart-robots-digital-assistant-improves-manufacturing-operations-with-orbbecs-femto-bolt-cameras/","label":"Smart Robots Digital Assistant with Orbbec Femto Bolt","title":"Smart Robots Digital Assistant with Orbbec Femto Bolt","mediaType":"article","sourceName":"Orbbec"}],"keyFacts":[{"label":"Founder","value":"Roberto Rossi (General Manager & co-founder)"},{"label":"Parent Group","value":"e-Novia (deep tech incubator, Milan)"},{"label":"Origin","value":"Spin-off from Politecnico di Milano"},{"label":"Funding","value":"$3.8M Series A (2025); earlier funding from e-Novia (2018)"},{"label":"Key Customers","value":"Giobert S.p.A., AEC Illuminazione S.r.l."}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-21T23:18:14.536Z","updatedAt":"2026-08-22T03:48:02.008Z"},{"id":"67961c22-490b-4da0-857e-80fdec96fe17","name":"Quasi Robotics","slug":"quasi-robotics","description":"Robotics company building autonomous mobile robots for material transport in pharmaceutical labs, biomanufacturing, healthcare, and production floors.","status":null,"founded":null,"hq":"United States","hqLat":39.7837304,"hqLng":-100.445882,"hqGeocodedAt":"2026-08-23T21:31:05.296Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":null,"type":null,"roles":[],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://www.orbbec.com/case-studies/quasi-robotics-and-orbbec-gemini-336l-intelligent-perception-in-autonomous-material-transport/","label":"Quasi Robotics and Orbbec Gemini 336L","title":"Quasi Robotics and Orbbec Gemini 336L","mediaType":"article","sourceName":"Orbbec"}],"keyFacts":[],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-21T23:18:13.755Z","updatedAt":"2026-08-22T03:48:29.675Z"},{"id":"8737d190-9151-4239-bc12-138ec672c7b6","name":"Noble Machines","slug":"noble-machines","description":"Sunnyvale-based robotics company building [Moby](/models/moby), a general-purpose humanoid robot for hazardous and physically-demanding industrial work. Founded in 2024 by engineers from Apple, SpaceX, NASA, and Caltech. 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Builds [fearless](/models/cogvis-fearless), an AI-powered contactless fall sensor using 3D computer vision to detect and prevent falls in elderly care facilities. Uses [Orbbec](/companies/orbbec) 3D cameras. Deployed across European care homes.","status":null,"founded":2007,"hq":"Vienna, Austria","hqLat":48.2083537,"hqLng":16.3725042,"hqGeocodedAt":"2026-08-23T21:30:34.499Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":null,"type":null,"roles":[],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://www.orbbec.com/case-studies/cogvis-is-making-the-lives-of-the-elderly-easier-and-safer/","label":"Cogvis is making the lives of the elderly easier and safer","title":"Cogvis is making the lives of the elderly easier and safer","mediaType":"article","sourceName":"Orbbec"}],"keyFacts":["CEO=Rainer Planinc","Founder=Michael Brandstötter","Founded=2007","HQ=Vienna, Austria","Spin-off from Vienna University of Technology","Product=fearless AI fall sensor","Uses Orbbec 3D cameras"],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-21T23:18:12.207Z","updatedAt":"2026-08-22T03:39:20.491Z"},{"id":"d725c612-7616-4c0c-937f-96958379e559","name":"RoboCare","slug":"robocare","description":"South Korean care robotics company developing humanoid robots for elderly cognitive training, dementia prevention, and home care. 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UIC was the first location in Illinois to host autonomous sidewalk delivery robots: [Starship Technologies](/companies/starship) launched a fleet of 25 [Starship delivery robots](/models/starship-bot) on campus in fall 2021, growing to ~30 robots making roughly 100 deliveries per week by 2022. 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Its [College of Computing](https://www.mtu.edu/computing/) and [College of Engineering](https://www.mtu.edu/engineering/) host over 15,000 square feet of robotics lab space, nine undergraduate robotics-related majors, and nearly 20 research groups. MTU operates a [FANUC Authorized Certified Education Training Facility](https://www.mtu.edu/applied-computing/graduate/certificates/industrial-robotics/) and its Robotics and Remote Sensing Lab (RRSL) won the 2025 international Benchmark Autonomous Robot Navigation (BARN) Challenge at ICRA.","status":"private","founded":1885,"hq":"Houghton, Michigan, USA","hqLat":46.8591287,"hqLng":-88.7774734,"hqGeocodedAt":"2026-08-23T21:32:46.208Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":"999930","type":"brain","roles":["robot_maker","data_center_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://en.wikipedia.org/wiki/Michigan_Technological_University","title":"Michigan Technological University","sourceName":"Wikipedia"},{"url":"https://www.mtu.edu/magazine/2026/stories/robotics-place/","title":"This Must Be the Place","sourceName":"mtu.edu"},{"url":"https://www.mtu.edu/news/2025/07/mtu-robotics-lab-wins-international-autonomous-navigation-competition.html","title":"MTU Robotics Lab Wins International Autonomous Navigation Competition","sourceName":"mtu.edu"},{"url":"https://www.mtu.edu/applied-computing/graduate/certificates/industrial-robotics/training/","title":"Industrial Robotics Training","sourceName":"mtu.edu"}],"keyFacts":[{"label":"President","value":"Richard J. 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Its Opus College of Engineering conducts robotics research through the Omron Advanced Automation Lab (industrial automation and Industry 4.0, established 2022 with a $1M+ gift from Omron) and the former [Humanoid](/companies/humanoid-ai) Engineering & Intelligent Robotics (HEIR) Lab, which built the MU-L8 humanoid and competed at RoboCup 2014. 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Its Case School of Engineering hosts the [Biologically Inspired Robotics Lab](https://engineering.case.edu/research/labs/biologically-inspired-robotics), the SaPHaRI Lab for human-robot interaction, and the Biorobotics Complex — collectively advancing biologically inspired robots (Whegs, worm-bots, crab-inspired crawlers), soft robotics, neuroprosthetics, and autonomous systems. CWRU spinouts include [CrabLine Robotics](https://www.wkyc.com/article/money/economy/mission-possible/crabline-robotics-innovative-crab-like-robots-ces-las-vegas-case-western-reserve-universitymission-possible/95-da0ede0d-978d-4be4-bc49-d22e6238b9a3) and RoadPrintz.","status":"private","founded":1826,"hq":"Cleveland, Ohio, United States","hqLat":41.4996574,"hqLng":-81.6936772,"hqGeocodedAt":"2026-08-23T21:12:54.648Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":"15500000","type":"brain","roles":["robot_maker","data_center_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://engineering.case.edu/robotics-cwru","title":"Robotics @ CWRU","sourceName":"Case School of Engineering"},{"url":"https://engineering.case.edu/mechanical-and-aerospace-engineering/research/robotics-and-mechatronics","title":"Robotics and Mechatronics","sourceName":"Case School of Engineering"},{"url":"https://highways.today/2025/04/14/robotics-case-western-reserve/","title":"Robotics Research at Case Western Reserve is Inspiring a Smarter Future","sourceName":"Highways Today","publishedAt":"2025-04-14"},{"url":"https://case.edu/news/taking-next-step-biorobotics","title":"Taking the next step in biorobotics","sourceName":"CWRU Newsroom","publishedAt":"2020-08-17"},{"url":"https://case.edu/news/case-western-reserve-researcher-wins-55-million-federal-grant-develop-bioinspired-materials-and-systems","title":"Case Western Reserve researcher wins $5.5 million federal grant","sourceName":"CWRU Newsroom","publishedAt":"2017-09-21"},{"url":"https://en.wikipedia.org/wiki/Case_Western_Reserve_University","title":"Case Western Reserve University - Wikipedia","sourceName":"Wikipedia"},{"url":"https://engineering.case.edu/research/labs/biologically-inspired-robotics","title":"Biologically Inspired Robotics","sourceName":"Case School of Engineering"},{"url":"https://engineering.case.edu/research/institutes/integrated-robotics/Whegs","title":"Whegs","sourceName":"Case School of Engineering"},{"url":"https://engineering.case.edu/about/school-directory/roger-quinn","title":"Roger Quinn","sourceName":"Case School of Engineering"},{"url":"https://engineering.case.edu/about/school-directory/kathryn-daltorio","title":"Kathryn Daltorio","sourceName":"Case School of Engineering"},{"url":"https://engineering.case.edu/about/school-directory/alexis-e-block","title":"Alexis E. 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UC's College of Engineering and Applied Science conducts research on industrial robotics, human-robot collaboration, soft robots, autonomous vehicles, and surgical robotics, with industrial sponsors including GE, Procter & Gamble, and Northrop Grumman. The university's [1819 Innovation Hub](https://www.innovation.uc.edu/) hosts corporate robotics partners such as [Sensory Robotics](/companies/sensory-robotics) and [Airtrek Robotics](/companies/airtrek-robotics), and UC introduced a Robotics, Automation and Mechatronics sub-plan in 2026.","status":"private","founded":1819,"hq":"Cincinnati, Ohio, USA","hqLat":39.1012809,"hqLng":-84.5127405,"hqGeocodedAt":"2026-08-23T21:23:01.327Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":null,"type":"brain","roles":["data_center_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://www.ceas.uc.edu/research/centers-labs/center-for-robotics-research.html","title":"Center for Robotics Research","sourceName":"UC College of Engineering and Applied Science"},{"url":"https://www.uc.edu/news/articles/2026/04/robots-are-coming-to-the-1819-innovation-hub.html","title":"Robots are coming to the 1819 Innovation Hub","sourceName":"UC News","publishedAt":"2026-04-04"},{"url":"https://www.uc.edu/news/articles/2026/01/robotics-automation-mechatronics-sub-plan.html","title":"UC introduces cutting-edge robotics, automation and mechatronics sub-plan","sourceName":"UC News","publishedAt":"2026-01-14"},{"url":"https://magazine.uc.edu/editors_picks/recent_features/robotics.html","title":"Meet your new robot co-workers","sourceName":"UC Magazine","publishedAt":"2018-01-30"},{"url":"https://en.wikipedia.org/wiki/University_of_Cincinnati","title":"University of Cincinnati","sourceName":"Wikipedia"},{"url":"https://www.uc.edu/about/president/about.html","title":"Office of the President — Neville G. 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Anchored by the DU Unmanned Systems Research Institute (DU2SRI, est. 2012) and individual faculty labs spanning UAVs, social/companion robotics, humanoid legged robots, and wearable prosthetics.","status":"research","founded":1864,"hq":"Denver, Colorado, USA","hqLat":39.7392364,"hqLng":-104.984862,"hqGeocodedAt":"2026-08-23T21:25:26.553Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":"150000000","type":"hardware","roles":["robot_maker","data_center_operator","robot_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://www.du.edu/news/du-research-advances-robotics","title":"DU Research Advances Robotics","sourceName":"University of Denver","publishedAt":"2022-04-04"},{"url":"https://ritchieschool.du.edu/news/meet-professor-and-team-behind-mithra-walking-robot","title":"Meet the Professor and Team Behind Mithra, the Walking Robot","sourceName":"Ritchie School of Engineering and Computer Science","publishedAt":"2023-12-15"},{"url":"https://www.du.edu/news/university-denver-hosts-ai-try-thon","title":"University of Denver Hosts AI Try-A-Thon","sourceName":"University of Denver","publishedAt":"2024-04-04"},{"url":"https://ritchieschool.du.edu/content/roboticsmechatronics","title":"Robotics & Mechatronics Research","sourceName":"Ritchie School of Engineering and Computer Science"},{"url":"https://www.arise-lab.com/","title":"ARISE Lab","sourceName":"ARISE Lab"},{"url":"https://en.wikipedia.org/wiki/University_of_Denver","title":"University of Denver","sourceName":"Wikipedia"}],"keyFacts":[{"label":"Chancellor","value":"Jeremy Haefner"},{"label":"School","value":"Daniel Felix Ritchie School of Engineering and Computer Science"},{"label":"Students","value":"approximately 11,700"},{"label":"Research Labs","value":"RLC Lab, ARISE Lab, DU Unmanned Systems Research Institute (DU2SRI)"},{"label":"Ryan Robot Deployment","value":"Piloted at Kavod Senior Living, Denver, CO"},{"label":"Kiwibot Campus Delivery","value":"Kiwibot autonomous delivery robots operated on DU campus"},{"label":"Labs","value":"DU2SRI (est. 2012), ARISE Lab (closed 2024), Rezazadeh Legged Robotics Lab"},{"label":"Key robots","value":"Ryan (social companion), Zeno (autism therapy), Mithra (bipedal humanoid), Circulation Control UAV"},{"label":"Funding","value":"NSF, DOE, Army Research Lab, ~$50M attracted by Valavanis"},{"label":"Deployments","value":"Kavod Senior Life (Ryan robot), WIPP mine surveying (DOE)"},{"label":"Labs","value":"DU2SRI (est. 2012), ARISE Lab (closed 2024), Rezazadeh Legged Robotics Lab"},{"label":"Key robots","value":"Ryan (social companion), Zeno (autism therapy), Mithra (bipedal humanoid), Circulation Control UAV"},{"label":"Funding","value":"NSF, DOE, Army Research Lab, ~$50M attracted by Valavanis"},{"label":"Deployments","value":"Kavod Senior Life (Ryan robot), WIPP mine surveying (DOE)"}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":"private","burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-20T03:45:10.078Z","updatedAt":"2026-08-21T22:29:56.265Z"},{"id":"a9fb4311-408a-4b39-92da-5fbd70d4b81d","name":"Colorado State University","slug":"colorado-state-university","description":"Public research university conducting physical robotics research across Mechanical Engineering, ECE, and Computer Science. Key labs include the Adaptive Robotics Laboratory (soft robots, flying/perching robots), CSU Drone Center (UAS operations), and Controls & Robotics group (fault-tolerant systems). Research spans [Soft robotics](/companies/soft-robotics-inc), bio-inspired flying robots, reconfigurable robots, kinematically redundant manipulators, and UAV operations.","status":"research","founded":1870,"hq":"Fort Collins, Colorado, USA","hqLat":40.5871782,"hqLng":-105.0770113,"hqGeocodedAt":"2026-08-23T21:07:13.487Z","hqAddress":null,"hqPrecision":null,"website":"colostate.edu","fundingTotal":null,"type":"hardware","roles":["data_center_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[],"keyFacts":[{"label":"Labs","value":"Adaptive Robotics Lab, CSU Drone Center (est. 2018), Controls & Robotics (ECE)"},{"label":"Key robots","value":"Shape-morphing robot trio (Nature Comms 2023), soft droplet manipulator, bistable perching gripper, canine exoskeleton"},{"label":"Funding","value":"NSF (multiple grants), DARPA STTR, Sandia, Oak Ridge, NASA"},{"label":"Notable alum","value":"Ian Bernstein (co-founded Sphero, Misty Robotics)"}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-20T03:45:05.886Z","updatedAt":"2026-08-26T04:25:45.684Z"},{"id":"a486f3da-efde-40ca-a998-2df3432828ab","name":"Brigham Young University","slug":"brigham-young-university","description":"Private university with robotics research across the Ira A. Fulton College of Engineering. Key labs: RAD Lab (soft/compliant [Humanoid](/companies/humanoid-ai) robots), MAGICC Lab (UAVs, autonomous navigation, est. 1999), Robotic Vision Lab (computer vision for robotics), and FROST Lab (underwater autonomous vehicles). NSF REU site for robotics starting 2026.","status":"research","founded":1875,"hq":"Provo, Utah, USA","hqLat":40.2337289,"hqLng":-111.6587085,"hqGeocodedAt":"2026-08-23T21:17:24.388Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":"6000000","type":"hardware","roles":["data_center_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[],"keyFacts":[{"label":"Labs","value":"RAD Lab, MAGICC Lab (est. 1999), Robotic Vision Lab (est. 2004), FROST Lab"},{"label":"Key robots","value":"King Louie (inflatable humanoid, NASA-funded), Baloo (soft humanoid), Kestrel autopilot (→Procerus→Lockheed Martin), HoloOcean simulator, IVER3 AUV"},{"label":"Funding","value":"NASA, NSF ($2M EFRI), DoD/AFRL, DoE ARPA-E, US Navy/NSWC, USDA, NIH"},{"label":"Spinout","value":"Procerus Technologies (Kestrel autopilot) → acquired by Lockheed Martin 2012"}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-20T03:45:02.086Z","updatedAt":"2026-08-21T22:18:05.144Z"},{"id":"6131e87f-b35f-4e25-8e8f-a521c9857fe8","name":"Texas Christian University","slug":"texas-christian-university","description":"Private university with distributed robotics activity across the Department of Engineering, Kinesiology, and Computer [Science](/companies/science-corp). Primary physical robotics work includes student-developed unmanned surface vehicles (Coté Cruiser), prosthetics biomechanics research, and industrial automation senior design projects. AI research via NextGen AI Lab. Notable alumni venture: Nexterity (hands-free bolting robots for industrial maintenance, Forbes 30 Under 30).","status":"research","founded":1873,"hq":"Fort Worth, Texas, USA","hqLat":32.753177,"hqLng":-97.3327459,"hqGeocodedAt":"2026-08-23T21:33:56.441Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":null,"type":"hardware","roles":["data_center_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[],"keyFacts":[{"label":"Labs","value":"NextGen AI Lab, Limb Loss & Difference Lab, Locomotor Performance Lab, Robotics and AI Club (RAIC)"},{"label":"Key robots","value":"Coté Cruiser USV (autonomous hydrographic survey), Automated Parts Washer (Mary Kay-sponsored)"},{"label":"Funding","value":"NIH R21, NSF, NASA, TCU SERC, Freese and Nichols, Mary Kay"},{"label":"Notable alum","value":"Lindsey Elliott (Nexterity, Forbes 30 Under 30 — hands-free bolting robots)"}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-20T03:44:58.565Z","updatedAt":"2026-08-21T22:18:16.522Z"},{"id":"edb3696b-a86e-4e98-b0f4-a5438b9e8e31","name":"Southern Methodist University","slug":"southern-methodist-university","description":"Private R1 research university with robotics centered in the [Bobby B. Lyle School of Engineering](https://www.smu.edu/lyle). Key labs: BAST Lab (micro/nanorobotics), Biomedical Instrumentation & Robotics Lab, LAMRA, LAIL (autonomous vehicles/drones), and the Darwin Deason Institute for Cybersecurity (autonomous systems security). Research spans micro/nanorobotics, soft robotics, medical robotics, haptic interfaces, modular inspection robots, and autonomous systems cybersecurity.","status":"research","founded":1911,"hq":"Dallas, Texas, USA","hqLat":32.7762719,"hqLng":-96.7968559,"hqGeocodedAt":"2026-08-23T21:29:34.713Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":"8100000","type":"hardware","roles":["data_center_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[],"keyFacts":[{"label":"Labs","value":"BAST Lab, Biomedical Instrumentation & Robotics Lab, LAMRA, LAIL (2026), CDHAM (2024), Darwin Deason Institute"},{"label":"Key robots","value":"Magnetic microrobots (biomedical), bacteria-powered microrobots, MoRIS (aerospace inspection), 14-DOF haptic arm, wearable tremor-suppression glove"},{"label":"Funding","value":"NSF CAREER, DOD/MTEC, ARO, NIH, NASA, $2.7M federal cybersecurity grant"},{"label":"Industry partners","value":"Quanser, Click Bond (aerospace), Lockheed Martin, Applied Research Associates"}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-20T03:44:54.776Z","updatedAt":"2026-08-21T22:19:13.015Z"},{"id":"1e329a9a-1142-48dc-9bfa-0b5d8e70637f","name":"Texas Tech University","slug":"texas-tech-university","description":"Texas Tech University's robotics research spans the Departments of Mechanical & Aerospace Engineering, Electrical & Computer Engineering, and Computer Science within the Whitacre College of Engineering. Key labs include the **Computational Robotics and Mechatronics (CRM) Laboratory** (medical/[Soft robotics](/companies/soft-robotics-inc)), the **Human-Centric Design Research Lab** (biomechanics, human-robot interaction), the **DISCO Group** (robotics control, UAVs), and the **BASTLab**. TTU offers a college-level interdisciplinary Robotics minor, hosts the annual GEAR K-12 LEGO robotics tournament, and is a partner in the NSF ERC for Human AugmentatioN via Dexterity (HAND) for dexterous robot hands.","status":"research","founded":1923,"hq":"Lubbock, Texas, USA","hqLat":33.5855677,"hqLng":-101.8470215,"hqGeocodedAt":"2026-08-23T21:34:13.029Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":"105524","type":"hardware","roles":["robot_maker","data_center_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://en.wikipedia.org/wiki/Texas_Tech_University","title":"Texas Tech University","sourceName":"Wikipedia"},{"url":"https://www.ttu.edu/traditions/history.php","title":"A History of Texas Tech University","sourceName":"Texas Tech University"},{"url":"https://www.depts.ttu.edu/coe/wcoenews/posts/2025/06/robot-viability-nsf-grant-tiomkin.php","title":"Texas Tech Professor Awarded 105K USD NSF Grant to Advance Robot Intelligence Research","sourceName":"TTU Whitacre College of Engineering"},{"url":"https://www.depts.ttu.edu/cs/research/","title":"Research | Department of Computer Science","sourceName":"TTU Computer Science"}],"keyFacts":[{"label":"President","value":"Lawrence Schovanec (17th president, since 2016)"},{"label":"Endowment","value":"2.44 billion USD (FY2025)"},{"label":"Enrollment","value":"~40,000+ students (fall 2024, record enrollment)"},{"label":"Faculty","value":"2,131 (fall 2024)"},{"label":"Research Areas","value":"Robotic intelligence, autonomous vehicles, drones, self-recovering systems, mobile health"},{"label":"NSF Grant","value":"105,524 USD for robot viability research (Stas Tiomkin, June 2025)"},{"label":"NSF ERC Partnership","value":"Partner in NSF ERC for Human AugmentatioN via Dexterity (HAND), ~$26M over 5 years led by Northwestern (Aug 2024)"},{"label":"Key Labs","value":"CRM Lab (soft/medical robotics), Human-Centric Design Lab (HRI), DISCO Group (UAV control), eVTOL/aerial robotics"},{"label":"K-12 Outreach","value":"Annual GEAR (Get Excited About Robotics) tournament for K-8 students across 5 Texas leagues, directed by Dr. Tanja Karp"},{"label":"Funding Sources","value":"NSF, NIH, NASA (USRC, ULI), DOD/ONR/Army Research Lab, DOE, Welch Foundation, American Heart Association, Honda R&D, Samsung, Texas Instruments"}],"aliases":[],"collisionRisk":"low","reviewNote":"Auto-reviewed: stub entity, needs deeper enrichment","atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":"public","burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":40000,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-20T03:44:47.949Z","updatedAt":"2026-08-21T22:19:26.367Z"},{"id":"4f0a55ae-c58d-4e60-bf8a-25f8c6a5fa00","name":"University of Houston","slug":"university-of-houston","description":"The University of Houston conducts robotics research across multiple departments in its Cullen College of Engineering, with notable labs including the **Assured and Intelligent Robotics (AIR) Lab** (safety-critical control for autonomous vehicles, drones, and manipulators), the **Bio-inspired Robotics and Control Lab** (artificial muscles and robotic fish), the **Medical Robotics & Imaging Lab** (MRI-guided surgical robots), and **swarm robotics** research in ECE. Faculty hold multiple NSF CAREER awards and have spun out companies such as [GuidaBot](https://www.uh.edu) for MRI-compatible surgical robotics.","status":"research","founded":1927,"hq":"Houston, Texas, USA","hqLat":29.7589382,"hqLng":-95.3676974,"hqGeocodedAt":"2026-08-23T21:16:14.112Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":"225000","type":"hardware","roles":["robot_maker","data_center_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://en.wikipedia.org/wiki/University_of_Houston","title":"University of Houston","sourceName":"Wikipedia"},{"url":"https://www.uh.edu/president/about/","title":"About Renu Khator","sourceName":"UH Office of the President"},{"url":"https://www.et.uh.edu/research/research-area/ai-and-robotics","title":"AI and Robotics | UH Department of Engineering Technology","sourceName":"UH Engineering Technology"},{"url":"https://www.uh.edu/news-event/stories/2016/september/09222016guidabot-fannin-innovation-studios.php","title":"UH Startup Earns Commercialization Grant for New Technology","sourceName":"UH News"},{"url":"https://www.uh.edu/news-event/stories/2017/march/03072017mri-guided-milli-robots.php","title":"MRI-Powered Mini-Robots Could Offer Targeted Treatment","sourceName":"UH News"}],"keyFacts":[{"label":"President","value":"Renu Khator (chancellor of UH System & president of UH, since 2008)"},{"label":"Enrollment","value":"~46,700 students (37,282 undergrad + 9,418 grad, 2022)"},{"label":"System Enrollment","value":"~70,000 across 3 universities"},{"label":"Research Areas","value":"Medical robotics, MRI-guided robots, AI, robotics and autonomous systems, disaster response"},{"label":"Medical Robotics Lab","value":"Director Nikolaos V. Tsekos — MRI-guided robotic surgery research"},{"label":"NSF Grant","value":"225,000 USD for GuidaBot commercialization (2016); NSF CPS program for MRI-guided mini-robots"},{"label":"Key Labs","value":"AIR Lab (safety-critical control), Bio-inspired Robotics and Control Lab (smart materials & robotic fish), Medical Robotics & Imaging Lab (MRI-guided robots), Swarm Robotics Group"},{"label":"Key Platforms","value":"MR-Bots (MRI-guided micro-robots), bio-inspired robotic fish, swarm robots, Altus Dexterity bio-inspired hands, autonomous racing cars, fault-tolerant quadrotors"},{"label":"Funding","value":"NSF CAREER Awards (Chen 2017, Becker 2016), $1.5M NSF CPS (Tsekos), $5M NSF Convergence Accelerator (Altus Dexterity 2025), $225K NSF SBIR (GuidaBot), Army Research Lab"},{"label":"Spinoff","value":"GuidaBot LLC — UH/Fannin Innovation Studio joint venture commercializing MRI-compatible robotic manipulators for in-MRI biopsies"}],"aliases":[],"collisionRisk":"low","reviewNote":"Auto-reviewed: stub entity, needs deeper enrichment","atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":"public","burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":46700,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-20T03:44:44.563Z","updatedAt":"2026-08-21T22:29:57.052Z"},{"id":"76a888c8-a9b8-4d96-8b29-6c063dab4bfd","name":"University of South Florida","slug":"university-of-south-florida","description":"The University of South Florida (USF) hosts robotics research across multiple labs and centers, including the **Center for Assistive, Rehabilitation & Robotics Technologies (CARRT)**, the **BioRobotics Laboratory**, the **Robot Perception and Action Lab (RPAL)**, the **Computer Vision and Pattern Recognition Group (CVPRG)**, and the **Center for Innovation, Technology, and Aging (CITA)**. Research spans rehabilitation and assistive robotics, biologically-inspired robotics, multi-robot systems, robot grasping and manipulation, computational imaging for robot vision, and humanoid/soccer-playing robots (RoboCup). USF's robotics work is funded by NSF, DARPA, the [State of florida](/companies/state-of-florida), the VA, and internal CREATE seed grants.","status":"research","founded":1956,"hq":"Tampa, Florida, USA","hqLat":27.9449854,"hqLng":-82.4583107,"hqGeocodedAt":"2026-08-23T21:33:08.042Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":"3000000","type":"hardware","roles":["robot_maker","data_center_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[{"url":"https://en.wikipedia.org/wiki/University_of_South_Florida","title":"University of South Florida","sourceName":"Wikipedia"},{"url":"https://www.usf.edu/about-usf/history.aspx","title":"History - University of South Florida","sourceName":"USF"},{"url":"https://www.usf.edu/ai-cybersecurity-computing/index.aspx","title":"Bellini College of AI, Cybersecurity and Computing","sourceName":"USF"},{"url":"https://www.usf.edu/president/about/","title":"About President Moez Limayem","sourceName":"USF Office of the President"}],"keyFacts":[{"label":"President","value":"Moez Limayem (9th president, since 2025)"},{"label":"Endowment","value":"889 million USD — third-largest among Florida public universities"},{"label":"Enrollment","value":"49,766 students"},{"label":"Bellini College","value":"First college in Florida dedicated to AI, established with 40 million USD gift from Arnie Bellini"},{"label":"AI Research Since","value":"1984 — Kevin Bowyer's chair project"},{"label":"Research Areas","value":"Human-robot interaction, biologically-inspired robotics, cognitive robotics, humanoid robots, computer vision, AI"},{"label":"Launch Dean","value":"Sudeep Sarkar — Distinguished University Professor, Bellini College of AI"},{"label":"CARRT Equipment","value":"PUMA 6-DOF robotic arm, 7-DOF RRC workstation arm, BarrettHand gripper, Vicon motion analysis, Exact Dynamics Manus/iARM wheelchair manipulators"},{"label":"Notable Platforms","value":"WMRA II (Wheelchair-Mounted Robotic Arm), Niryo One 6-axis cobots, ABB IRB-120 industrial arms, RoboCup soccer humanoids (USF RoboBulls)"},{"label":"Funding Sources","value":"NSF (I-Corps, research grants), DARPA (computational imaging), U.S. VA (rehabilitation research), State of Florida, USF CREATE seed grants ($1M for CITA)"},{"label":"Notable Former Faculty","value":"Robin Murphy (now at Texas A&M) pioneered rescue/disaster robotics at USF, deploying robots at 9/11 World Trade Center"}],"aliases":[],"collisionRisk":"low","reviewNote":"Auto-reviewed: stub entity, needs deeper enrichment","atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":"public","burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":49766,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-20T03:44:41.080Z","updatedAt":"2026-08-21T22:19:15.496Z"},{"id":"4452e8ae-8530-491c-b2a7-437e7723d244","name":"University of Miami","slug":"university-of-miami","description":"The University of Miami's robotics research is primarily housed in the **Robotics and Autonomous Systems cluster** within the Department of Electrical & Computer Engineering (College of Engineering), with interdisciplinary collaborations spanning the Miller School of Medicine, the Miami Project to Cure Paralysis, the Rosenstiel School of Marine [Science](/companies/science-corp), and the School of Architecture. Research spans medical/surgical robotics, assistive devices, legged robots with bioinspired robotic tails, robotic exoskeletons, autonomous vehicles, underwater vehicles, drones, and human-machine collaboration. 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Robotics research through the Mizzou Robotics Lab focuses on agricultural robotics, autonomous [Field](/companies/field-ai) monitoring, and AI for precision agriculture.","status":"research","founded":1839,"hq":"Columbia, Missouri, USA","hqLat":38.951883,"hqLng":-92.3337366,"hqGeocodedAt":"2026-08-23T21:02:49.132Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":null,"type":"hardware","roles":["data_center_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[],"keyFacts":[{"label":"Headquarters","value":"Columbia, Missouri, USA"},{"label":"Founded","value":"1839"},{"label":"Status","value":"research"},{"label":"Type","value":"hardware"}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":null,"burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-20T03:42:15.517Z","updatedAt":"2026-08-21T22:22:53.002Z"},{"id":"5cdeeec6-238e-4d78-b990-eef684459b8a","name":"University of Kentucky","slug":"university-of-kentucky","description":"Public land-grant research university in Lexington, KY. 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Key areas: human-robot shared control, robotic welding, drone fleet coordination, and autonomous systems.","status":"research","founded":1865,"hq":"Lexington, Kentucky, USA","hqLat":38.0464066,"hqLng":-84.4970393,"hqGeocodedAt":"2026-08-23T21:11:29.791Z","hqAddress":null,"hqPrecision":null,"website":null,"fundingTotal":null,"type":"both","roles":["data_center_operator"],"reviewStatus":"reviewed","lifecycleState":"active","supersededByCompanyId":null,"sources":[],"keyFacts":[{"label":"Headquarters","value":"Lexington, Kentucky, USA"},{"label":"Founded","value":"1865"},{"label":"Status","value":"research"},{"label":"Type","value":"hardware"},{"label":"Robotics Lab","value":"Intelligent Robotic Arms (IRA) Lab (Dir: Prof. Biyun Xie) — kinematically redundant robots, fault-tolerant robots, motion planning, human-robot interaction"},{"label":"Robotics Center","value":"Center for Robotics & Manufacturing Systems (CRMS), established 1986 — manufacturing research, robotic welding, applied machine vision"},{"label":"Drone/UAV Research","value":"Unmanned Systems Research Consortium (USRC) (Dir: Prof. Suzanne Smith) — FAA nationwide CoA for drone research; NSF CLOUDMAP atmospheric science program"},{"label":"Notable Faculty","value":"Biyun Xie (HRI, telemanipulation, NSF CAREER 2025), Yang Xiao (drone fleet security, RESONET, NSF CAREER 2026), YuMing Zhang (robotic welding, IEEE Fellow, Boyd Professor), Suzanne Smith (UAS, structural dynamics), Jesse Hoagg (control systems, autonomous drones)"},{"label":"Research Focus","value":"Human-robot shared control, robotic telemanipulation, drone fleet coordination, robotic welding, unmanned aerial systems, manufacturing automation, cyber-physical security"},{"label":"NSF CAREER Awards","value":"Biyun Xie (2024, Award #2441654) — human-robot shared control; Yang Xiao (2024, Award #2442382, $534,264) — RESONET drone/vehicle coordination"},{"label":"Industry Partnership","value":"Starship Technologies — campus robot food delivery fleet (30 autonomous robots)"},{"label":"FAA Authorization","value":"Among first universities to receive FAA blanket Certificate of Authorization for nationwide drone research (UAS under 55 lbs, up to 400 ft)"}],"aliases":[],"collisionRisk":"low","reviewNote":null,"atsProvider":null,"atsSlug":null,"factoryLocations":null,"manufacturingCapacity":null,"orgType":"university","burnSignal":null,"litigationEvents":null,"insurancePostureDisclosed":null,"unitEconomicsDisclosed":null,"tickerSymbol":null,"stockExchange":null,"secCik":null,"revenueUsd":null,"revenueBasis":null,"revenueAsOf":null,"employeeCount":null,"employeeCountBasis":null,"employeeCountAsOf":null,"marketCapUsd":null,"marketCapAsOf":null,"marketCapSource":null,"createdAt":"2026-08-20T03:42:12.141Z","updatedAt":"2026-08-21T22:28:52.834Z"}]}