Minerva Humanoids
Develops semi-autonomous humanoid robots for hazardous work in energy, public safety, and defense.
Website: https://www.minervahumanoids.com
Cover Block
PUBLIC Minerva Humanoids is early even by frontier-robotics standards, but the public record is already clear on the basic shape of the company: a San Francisco startup founded in 2025, building semi-autonomous humanoid robots for hazardous work, with an approximately $10 million pre-seed announced in October 2026 [GlobeNewswire, October 2026].
| Field | Detail |
|---|---|
| Name | Minerva Humanoids |
| Tagline | Develops semi-autonomous humanoid robots for hazardous work in energy, public safety, and defense. |
| Headquarters | San Francisco, United States [GlobeNewswire, October 2026] |
| Founded | 2025 [GlobeNewswire, October 2026] |
| Stage | Pre-Seed [GlobeNewswire, October 2026] |
| Business model | Hardware + Software |
| Industry | Defense / Govtech |
| Technology | Robotics |
| Geography | North America |
| Growth profile | Venture Scale |
| Founding team | Co-Founders (2): Sandor Felber, Maurice Rahme [GlobeNewswire, October 2026] |
| Funding label | Pre-seed [GlobeNewswire, October 2026] |
| Total disclosed | Approximately $10,000,000 [GlobeNewswire, October 2026] |
Links
Publicly reported
- LinkedIn: https://www.linkedin.com/company/minervahumanoids
- Website: https://www.minervahumanoids.com/investormemo
Summary and Signal
PUBLIC Minerva Humanoids is building a semi-autonomous humanoid robot for hazardous work, and it merits attention because the company has reached the market early with a credible technical founding team and a disclosed $10 million pre-seed round led by General Catalyst [GlobeNewswire, October 2026]. Founded in late 2025 in San Francisco, the company emerged from stealth on October 6, 2026 with Roger, a robot aimed at dangerous tasks across energy, public safety, and defense, and secondary coverage indicates the team moved from concept to a walking prototype in roughly five months [GlobeNewswire, October 2026] [The Manila Times, October 2026].
The core product appears differentiated less by full autonomy than by operating model: Roger is described as using remote human control with onboard AI handling balance, navigation, and fall recovery, which is a more conservative and potentially more deployable approach for life-critical environments than autonomy-first positioning [The AI Insider, October 2026] [Interesting Engineering]. Public materials also frame multimodal telepresence as part of the system design, though the more detailed sensing claims come from the company’s investor memo and should be treated accordingly [Minerva Humanoids].
The team is the main reason investors will take the company seriously this early. CEO Sandor Felber previously worked on AI-enabled humanoid robotics research at MIT CSAIL and on Tesla’s Optimus program, while CTO Maurice Rahme is described as a former Boston Dynamics technical leader who spent six years there and led Stretch from early prototypes through commercial launch [GlobeNewswire, October 2026].
On capital formation, Minerva has disclosed a pre-seed round of approximately $10 million led by General Catalyst, with Long Journey Ventures and Credo Ventures identified as co-leads and a wider syndicate that includes sector-connected angels and firms [GlobeNewswire, October 2026]. The business model is a hardware plus software sale into customers with unusually high willingness to pay for safer remote operation, but commercial proof remains ahead rather than behind the company, with first paid pilots planned for fall 2026 according to coverage at launch [The AI Insider, October 2026].
Over the next 12 to 18 months, the central questions are whether Minerva can convert prototype credibility into paid pilots, narrow its initial wedge inside hazardous operations, and show that teleoperated humanoid workflows are reliable enough for field deployment rather than controlled demos [The AI Insider, October 2026] [Dealroom News]. At this stage, the technical ambition is evident and the founder-market fit is stronger than typical for a 2025-vintage robotics startup, but the public record is still thin on customers, deployment evidence, and operating metrics.
One source, partially checked -- Relies on one primary company announcement corroborated in part by trade coverage and company materials; several product details remain company-sourced.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Pre-Seed |
| Business Model | Hardware + Software |
| Industry / Vertical | Defense / Govtech |
| Technology Type | Robotics |
| Geography | North America |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (2) |
| Funding | Pre-seed, total disclosed approximately $10,000,000 |
Company Overview
PUBLIC
Minerva Humanoids is a very new entrant to the humanoid robotics market, and the public record is still thin enough that chronology matters more than narrative. The company is listed as founded in 2025, headquartered in San Francisco, and focused on semi-autonomous humanoid robots for hazardous work, according to its Crunchbase profile and company materials [Crunchbase]; [Minerva Humanoids].
The visible milestones are straightforward. Minerva presents Roger as its core product in company materials, and its investor memo frames the company around remote human operation with software assistance for dangerous industrial and public-safety tasks [Minerva Humanoids]. A LinkedIn job posting for engineering positions indicates the company began public recruiting activity by 2026, which is consistent with a team moving from prototype work toward early buildout [LinkedIn].
The October 2026 financing announcement appears to be the first major public marker of the business. Crunchbase records a pre-seed round of approximately $10 million in October 2026, and the company memo aligns with that fundraising window, placing Minerva at the pre-seed stage with an early commercial posture rather than a scaled operating footprint [Crunchbase]; [Minerva Humanoids]. No legal entity details or state filing information were confirmed in the provided source set.
One source, partially checked -- Founded year, headquarters, and financing stage are supported by Crunchbase and company materials, but legal entity detail was not confirmed from state filings in the provided sources.
The Product and the Stack
Public record plus analysis
Minerva is making a narrow technical claim, and it is a sensible one for an early humanoid company to make publicly: the first product is not full autonomy, but remote operation with software handling the parts of locomotion that are hardest for a human operator to manage in real time. In public coverage, Roger is described as a semi-autonomous humanoid robot for hazardous, life-critical work across energy, public safety, and defense [GlobeNewswire, October 2026]. Multiple reports say the control model pairs remote human supervision with onboard AI for balance, fall recovery, and navigation, which places the product closer to assisted teleoperation than to a fully autonomous field robot [The AI Insider, October 2026]; [Interesting Engineering].
The company has disclosed more detail on the operator interface than on the underlying stack, and that distinction matters. Minerva’s investor memo says Roger includes multimodal telepresence with visual, haptic, and force sensing and actuation, aimed at letting a trained specialist perform dangerous tasks remotely [Minerva Humanoids]. That same memo is the source for the richer hardware claims, so those specifics should be treated as company-stated rather than independently verified [Minerva Humanoids]. Public press coverage is firmer on intended use cases than on demonstrated performance, citing hazardous jobs in oil and gas operations, explosive ordnance disposal, mine and explosive clearance, CBRN response, and related public-safety settings [GlobeNewswire, October 2026]; [Dealroom News].
One technical signal that does stand out is development speed, although it remains early-stage evidence. Minerva said it went from idea to a functional walking humanoid in five months, including bespoke design, manufacturing, and assembly of Roger, a timeline repeated in announcement-driven coverage rather than in an independent product review [The Manila Times, October 2026]. There is also one surfaced LinkedIn engineering posting, but the captured facts do not provide enough detail to support a credible stack inference from hiring language alone [LinkedIn].
No independent source found -- Core product positioning is corroborated by public press coverage, but the most specific feature details come from the company investor memo and have limited independent verification.
The Market They Are Entering
PUBLIC The market matters because Minerva is selling into work environments where labor scarcity, safety exposure, and mission critical uptime can make remote-capable robotics economically plausible well before general-purpose humanoids are ready for broad enterprise use [GlobeNewswire, October 2026] [Dealroom News].
Public evidence is still thin on a direct market size for Minerva's exact wedge, so the cleaner way to frame demand is through adjacent markets rather than a manufactured TAM. The company and its coverage consistently place Roger in hazardous work across energy, public safety, and defense, with cited use cases including oil and gas operations, explosive ordnance disposal, mine and explosive clearance, CBRN response, and other dangerous field tasks [GlobeNewswire, October 2026] [Dealroom News]. That does not establish a single unified market. It does, however, place Minerva at the overlap of industrial inspection and intervention robotics, teleoperation systems, and specialized defense or public-safety robotics, all of which are easier to justify than a broad humanoid labor replacement thesis because the buyer is often paying to remove people from risk rather than simply reduce wage cost.
The demand drivers surfaced in the sources are practical rather than speculative. Minerva's pitch is built around remote human control with onboard software handling balance, navigation, and fall recovery, which suggests the company is targeting tasks where full autonomy remains unreliable but a robot can still extend scarce expert labor into a dangerous setting [The AI Insider, October 2026] [Interesting Engineering]. In energy and public safety, that framing benefits from two recurring tailwinds: first, operators face real costs from shutdowns, hazardous access, and specialist staffing; second, regulators and internal safety programs generally reward technologies that reduce direct human exposure to explosive, contaminated, high-voltage, or otherwise life-critical environments [GlobeNewswire, October 2026]. The market signal here is not that buyers suddenly want humanoids as such. It is that some buyers already fund remote inspection, bomb disposal, and hazardous response tools, and a humanoid form factor could widen the task set if reliability holds.
The more relevant substitutes are adjacent robotic systems that already have budget line items. A field operator choosing Minerva would not be comparing only against other humanoids. The real alternatives include wheeled or tracked teleoperated robots for public safety missions, fixed or mobile industrial inspection systems in energy settings, and in some cases procedural substitution, meaning redesigning the workflow so humans do not enter the hazard zone in the first place. That matters for market entry. If Minerva can prove that a semi-autonomous humanoid handles tools, stairs, ladders, cluttered terrain, or legacy infrastructure better than purpose-built robots, it expands the addressable task pool. If not, the near-term market compresses toward a narrower telepresence and manipulation niche.
Regulation and macro conditions cut both ways, but the near-term bias is supportive for the stated use cases. Defense and public-safety procurement cycles can be slow and validation-heavy, yet they also place durable value on personnel protection and mission continuity. Energy buyers can move faster in pilot form when the product maps to safety, uptime, or remote operations, though scaling into production deployments usually requires procurement, field testing, and integration work that early robotics companies often underestimate. Minerva's reported plan for first paid pilots in fall 2026 fits that pattern: the initial opportunity is likely to be limited-scope evaluation in high-risk settings, not broad fleet adoption out of the gate [The AI Insider, October 2026].
| Market frame | What public sources support | Relevance to Minerva |
|---|---|---|
| Hazardous industrial operations | Minerva is targeting dangerous work in oil and gas operations and other hazardous industrial settings [Dealroom News] [GlobeNewswire, October 2026] | Likely the clearest commercial wedge because safety and downtime budgets can support premium tooling |
| Public safety robotics | Sources cite explosive ordnance disposal, mine clearance, and CBRN response as target missions [GlobeNewswire, October 2026] | Strong problem severity, but procurement and testing cycles are likely to be longer |
| Defense-adjacent teleoperation | The product is framed around remote human control with onboard assistance rather than full autonomy [The AI Insider, October 2026] [Interesting Engineering] | Positions Minerva closer to assistive field robotics than to speculative fully autonomous humanoids |
| Humanoid robotics category | Minerva emerged amid rising investor interest in humanoid systems, with a $10 million pre-seed led by General Catalyst [GlobeNewswire, October 2026] | Helpful for fundraising and talent, but category excitement is not the same as proven end-market demand |
The table points to a market that is easier to underwrite as a set of urgent task-specific budgets than as one large homogeneous humanoid market. For investors, the central question is whether Minerva can convert adjacent existing spend in safety, inspection, and response into repeatable deployments before the broader humanoid category matures.
One source, partially checked -- This section relies on one primary company announcement distributed via GlobeNewswire, one trade report from The AI Insider, one Dealroom News item, and one additional secondary report from Interesting Engineering. No independent third-party market sizing study was provided in the source set, so market framing is based on cited adjacent use cases rather than confirmed TAM data.
The Competitive Field
Landscape
MIXED The company is positioning Roger less against general-purpose factory robotics and more against a narrower set of hazardous-work alternatives: existing teleoperated systems, bomb-disposal and inspection robots, and the internal status quo of sending trained humans into environments that are expensive to secure and dangerous to enter [GlobeNewswire, October 2026] [The AI Insider, October 2026] [Dealroom News].
That matters analytically. In the near term, Minerva is competing for budget against incumbent workflows in oil and gas operations, public safety response, and defense procurement, not only against other humanoid builders [GlobeNewswire, October 2026] [Dealroom News].
Across those segments, the competitive map splits three ways. First are incumbents in field operations and public safety that rely on trained personnel, specialized protective gear, and smaller remote systems for discrete tasks. Second are advanced robotics programs that can supply mobility, manipulation, or teleoperation, but are not necessarily packaged as semi-autonomous humanoids for hazardous intervention. Third are adjacent substitutes, including non-humanoid inspection robots and standard industrial automation, which may be cheaper and easier to deploy when the job does not require human-like reach, dexterity, or operation in spaces designed for people [GlobeNewswire, October 2026] [The AI Insider, October 2026] [Minerva Humanoids].
Minerva's clearest edge today is team credibility at the technical boundary between humanoid locomotion and practical deployment. The company says Sandor Felber previously worked on MIT CSAIL humanoid research and Tesla's Optimus program, while Maurice Rahme spent six years at Boston Dynamics and led Stretch from early prototypes through commercial launch [GlobeNewswire, October 2026]. For a pre-seed robotics company, that is a meaningful hiring, fundraising, and product-development advantage. Still, it is perishable rather than fully durable. Talent gets a company to first prototype and first pilot; it does not by itself secure deployment access, regulatory comfort, service capacity, or exclusive datasets from hazardous environments [The AI Insider, October 2026] [GlobeNewswire, October 2026].
The company's product framing also creates both focus and constraint. Roger is described as semi-autonomous, with remote human control and onboard software handling balance, navigation, and fall recovery [The AI Insider, October 2026] [Interesting Engineering]. That architecture is sensible for life-critical tasks because it keeps a human in the loop, but it also leaves Minerva exposed to any competitor or incumbent system that can solve the same mission with a simpler, cheaper remote platform. In bomb disposal, infrastructure inspection, or industrial response, a customer may not require a full humanoid form factor if a tracked or wheeled robot, a manipulator arm, or a purpose-built inspection device can do the job with lower maintenance burden and faster procurement.
The 18-month competitive scenario is likely to hinge less on headline autonomy claims and more on whether Minerva can convert technical promise into a repeatable pilot motion. If General Catalyst's backing and the founders' prior experience help the company land credible first paid pilots on schedule, Minerva is a plausible winner in the early hazardous-humanoid niche because buyers in these settings are often solving for risk reduction before labor efficiency [GlobeNewswire, October 2026] [The AI Insider, October 2026]. If, by contrast, customers conclude that narrower teleoperated systems are sufficient, the loser is not necessarily Minerva alone but the humanoid form factor for this wedge, because procurement teams in energy and public safety tend to reward reliability, supportability, and mission fit over architectural ambition [GlobeNewswire, October 2026] [Dealroom News].
Opportunity
Upside case
PUBLIC The prize here is unusually large if Minerva can make hazardous teleoperated humanoids work in the field, because the company is aiming at tasks where labor is scarce, downtime is costly, and the human alternative carries real safety risk across energy, public safety, and defense [GlobeNewswire, October 2026] [Dealroom News].
The headline opportunity is not simply to sell a robot. It is to become an operating layer for dangerous physical work, starting with a semi-autonomous humanoid that keeps a trained human in the loop while software handles balance, navigation, and fall recovery [The AI Insider, October 2026] [Interesting Engineering]. That framing matters because it widens the addressable product from a capital equipment sale to a repeatable hardware-plus-software system for remote intervention. The public evidence is early, but it is directionally supportive: Minerva emerged from stealth with about $10 million in pre-seed funding led by General Catalyst, positioned Roger for hazardous, life-critical work, and paired that product claim with a founding team that has direct experience in humanoids at MIT CSAIL, Tesla Optimus, and Boston Dynamics Stretch [GlobeNewswire, October 2026].
What makes the outcome reachable, rather than purely aspirational, is the wedge the company chose. Minerva is not claiming general-purpose household robotics. It is targeting environments where customers may accept constrained autonomy if the system can reduce exposure to explosive ordnance, hazardous materials, high-voltage infrastructure, or dangerous oil and gas operations [GlobeNewswire, October 2026] [Dealroom News]. The reported development speed, from concept to a walking prototype in five months, does not establish commercial readiness, but it does suggest unusually fast iteration for a new robotics company [The Manila Times, October 2026].
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Hazard-response beachhead | Roger wins early paid pilots in hazardous inspection or intervention, then converts those deployments into repeat orders within energy and public-safety agencies | A successful first paid pilot cycle, which the company said it was targeting for fall 2026 [The AI Insider, October 2026] | The product is specifically described as semi-autonomous telepresence for dangerous work, with target use cases in oil and gas, public safety, and defense [GlobeNewswire, October 2026] [Dealroom News] |
| Program-of-record path | The company adapts its human-in-the-loop system for defense and specialist public-safety missions where reliability matters more than full autonomy | A category-tipping field trial with defense or bomb-disposal users, consistent with the company's cited target missions in explosive-ordnance disposal and CBRN response [GlobeNewswire, October 2026] | Minerva's public positioning centers on life-critical missions, and its team background includes Boston Dynamics and prior humanoid research, which is relevant to demanding field robotics [GlobeNewswire, October 2026] |
| Remote labor platform | Minerva evolves from selling robots into selling staffed remote-operation capability, where one software stack and operator workflow can be deployed across fleets | A product release that standardizes teleoperation, navigation, and recovery into a repeatable service layer [The AI Insider, October 2026] [Interesting Engineering] | Public reporting already describes a split between remote human control and onboard AI for balance and navigation, which is a logical architecture for a scalable operations platform if pilots validate it [The AI Insider, October 2026] |
The compounding mechanism, if it appears, would come from a tight loop between deployments, operator workflow, and autonomy software. Every additional hazardous mission could improve teleoperation interfaces and the onboard behaviors that Minerva says already cover balance, navigation, and fall recovery [The AI Insider, October 2026] [Interesting Engineering]. In robotics, that matters more than a generic model story, because the moat tends to form around reliability in narrow, high-value tasks. If customers begin with one high-risk workflow and then add adjacent ones on the same robotic base, Minerva could gain both data and procurement use, first through pilots and then through fleet standardization. The public record is too thin to say that flywheel has started, but the architecture described in reporting is at least consistent with one.
The size of the win is easiest to think about through category logic rather than revenue math, because no public operating metrics are available yet. If Minerva became a recognized supplier of hazardous-work humanoids and the software layer around them, the relevant outcome would be a venture-scale robotics platform, not a niche hardware shop. The closest public evidence in hand is the company's own market positioning and the caliber of investors willing to fund a pre-seed robotics effort in this category, led by General Catalyst [GlobeNewswire, October 2026]. A plausible upside framing is that a successful hazard-response platform with repeat defense and energy deployments could support a multi-billion-dollar enterprise value over time (scenario, not a forecast), particularly if the company proves that one robot architecture can serve multiple regulated, safety-critical markets. That is still conditional on field reliability, pilot conversion, and procurement traction, none of which the public record confirms today.
One source, partially checked -- Based primarily on GlobeNewswire and secondary trade coverage, with some product detail relying on company-originated materials and no public traction metrics yet.
Sources
Publicly reported
[GlobeNewswire, October 2026] Minerva Humanoids Emerges From Stealth With $10M Pre-Seed Round Led by General Catalyst to Build Humanoid Robots for the World's Most Dangerous Jobs | https://www.globenewswire.com/news-release/2026/10/06/3375277/0/en/minerva-humanoids-emerges-from-stealth-with-10m-pre-seed-round-led-by-general-catalyst-to-build-humanoid-robots-for-the-world-s-most-dangerous-jobs.html
[The Manila Times, October 2026] Minerva Humanoids Emerges From Stealth With $10M Pre-Seed Round Led by General Catalyst to Build Humanoid Robots for the World's Most Dangerous Jobs | https://www.manilatimes.net/2026/10/06/tmt-newswire/globenewswire/minerva-humanoids-emerges-from-stealth-with-10m-pre-seed-round-led-by-general-catalyst-to-build-humanoid-robots-for-the-worlds-most-dangerous-jobs/2439782
[Interesting Engineering, October 2026] New | https://interestingengineering.com/
[Minerva Humanoids] Minerva investor memo | https://www.minervahumanoids.com/investormemo
[The AI Insider, October 2026] Minerva Humanoids Emerges from Stealth with $10M in Funding to Develop Robots for Hazardous Work | https://theaiinsider.tech/2026/10/06/minerva-humanoids-emerges-from-stealth-with-10m-in-funding-to-develop-robots-for-hazardous-work/
[Dealroom News] Minerva exits stealth with $10M pre-seed for humanoids built for dangerous jobs | https://dealroom.co/news/160254-minerva-exits-stealth-with-10m-pre-seed-for-humanoids-built-for-dangerou/
[Crunchbase] Minerva Humanoids - Crunchbase Company Profile & Funding | https://www.crunchbase.com/organization/minerva-humanoids
[LinkedIn] Minerva Humanoids | https://www.linkedin.com/company/minervahumanoids
Articles about Minerva Humanoids
- Minerva Humanoids' $10 Million Pre-Seed Backs a Robot for Bomb Disposal and Oil Rigs — The startup, led by veterans of Tesla and Boston Dynamics, plans its first paid pilots this fall.