Devanthro
Humanoid robotic avatars combining AI and human teleoperation for home care, companionship, and support.
Website: https://www.devanthro.com/
PUBLIC
| Name | Devanthro |
| Tagline | Humanoid robotic avatars combining AI and human teleoperation for home care, companionship, and support. |
| Headquarters | Munich, Germany |
| Founded | 2018 |
| Stage | Seed |
| Business Model | Hardware + Software |
| Industry | Deeptech |
| Technology | Robotics |
| Geography | Western Europe |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (2) |
| Funding Label | Seed |
Links
PUBLIC
- Website: https://www.devanthro.com/
- LinkedIn: https://www.linkedin.com/company/devanthro/
- GitHub: https://github.com/xtin
Executive Summary
PUBLIC
Devanthro is a Munich-based robotics company building humanoid robotic avatars for in-home care, a bet that deserves investor attention for its early traction in a market facing acute labor shortages and its novel hybrid approach to autonomy. Founded in 2018 by Rafael Hostettler and Alona Pammer, the company has developed its "Robody" platform, which combines onboard AI for routine tasks with human teleoperation via VR/AR interfaces for tasks requiring empathy and judgment [DEVANTHRO, retrieved 2026]. The company claims its platform has been deployed in real homes since 2024, positioning it as the first with humanoid robots legally used in domestic settings [Munich Startup, 2025]. The founding team brings relevant deep-tech credibility: Hostettler is a serial founder with prior experience in CE- and FDA-certified medical devices, while Pammer is a recognized robotics engineer featured in Forbes 30u30 [Munich Startup, 2025]. Funding details are not publicly disclosed, but the business model appears to target direct sales or leasing of hardware combined with a software service for teleoperation. Over the next 12-18 months, key milestones to watch include the scale of its home deployments, the establishment of commercial partnerships or customer references, and any announcements of institutional funding to support manufacturing and growth.
Data Accuracy: YELLOW -- Core product and team claims are corroborated by company materials and a startup directory; deployment and market claims rely on a single secondary source.
Taxonomy Snapshot
| Axis | Classification |
|---|---|
| Stage | Seed |
| Business Model | Hardware + Software |
| Industry / Vertical | Deeptech |
| Technology Type | Robotics |
| Geography | Western Europe |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (2) |
Company Overview
PUBLIC
Devanthro was founded in 2018 in Munich, Germany, as a deep tech venture focused on humanoid robotics. The company, which also operates under the brand "The Robody Company," was established by co-founders Rafael Hostettler and Alona Pammer (née Kharchenko) to develop robotic avatars for domestic environments [DEVANTHRO, retrieved 2026]. Its headquarters are listed in Garching, Bavaria, with an additional company location in Munich [Munich Startup, 2025].
The founding team brought a combined two decades of specialized experience in humanoid robotics to the venture. Hostettler, the CEO, is a serial founder with a background that includes founding a CE- and FDA-certified medical technology company and conducting research at Disney Research [Munich Startup, 2025]. Pammer, the CTO, had previously led multiple engineering teams and gained recognition on the Forbes 30 Under 30 list for Europe in the industry category [Munich Startup, 2025].
Key operational milestones appear to have accelerated from 2024 onward. The company developed three hardware generations of its "Robody" platform [DEVANTHRO, retrieved 2026]. A significant claim is that the Robody platform began deployment in real homes in 2024, which, according to a local startup profile, made Devanthro the first company to achieve legal domestic use of humanoid robots [Munich Startup, 2025]. In 2025, the company was responsible for the technical development and pilot implementation for the Teleskoop research project, where a Robody prototype remained permanently in households for testing [FZI Forschungszentrum Informatik, 2025]. The company later unveiled a new generation of the robot, named Robody Cares, which was secretly tested in three private homes before being announced [DEVANTHRO, retrieved 2026].
Data Accuracy: YELLOW -- Core founding facts and team backgrounds are confirmed by the company and a detailed local profile. The claim of being the first with legal domestic deployment is sourced from a single publication.
Product and Technology
MIXED
Devanthro's core offering is the Robody, a humanoid robotic avatar designed for domestic environments. The product combines onboard AI for routine tasks with human teleoperation, a hybrid approach the company calls "physical AI" [DEVANTHRO, retrieved 2026]. The system is positioned as a solution for 24/7 support and companionship, with a primary focus on elderly care [DEVANTHRO, retrieved 2026].
On the hardware side, the company has developed at least three generations of Robodies [DEVANTHRO, retrieved 2026]. The latest generation was designed specifically for home care and was secretly tested in three private households before being unveiled [DEVANTHRO, retrieved 2026]. For teleoperation, users control the robot via virtual reality headsets like the Oculus Quest, seeing through the robot's cameras and hearing through its microphones [DEVANTHRO, retrieved 2026]. The teleoperation software stack leverages the Animus SDK developed by Cyberselves Ltd. [DEVANTHRO, retrieved 2026]. The company's technical role in the Teleskoop Research Project, where a prototype remained permanently in a household and was controlled via VR and haptic controllers, provides a documented case of its system in a research setting [FZI Forschungszentrum Informatik, 2025].
In terms of public deployment, Devanthro claims its Robody platform has been legally used in real homes since 2024 [Munich Startup, 2025]. The company states it has run dedicated home pilots with seniors, validating that the Robody Cares system can be integrated into everyday private household life [DEVANTHRO, retrieved 2026]. Specific assistive tasks cited include meal preparation, pill administration, finding items, and engaging in conversation [interestingengineering.com, retrieved 2026]. The technology stack (inferred from job postings) suggests a focus on humanoid robotics engineering, VR/AR development, and systems integration for real-world operation [DEVANTHRO, retrieved 2026].
Data Accuracy: GREEN -- Product claims are confirmed by the company's own materials and corroborated by independent research project documentation and media profiles.
Market Research
PUBLIC
The market for elderly care solutions is not merely a demographic inevitability but a pressing economic and social challenge, creating immediate demand for scalable alternatives to human labor. This urgency is quantified by a projected acute shortage of 4.3 million caregivers in Europe, a figure cited by Munich Startup in 2025 that frames the addressable need. Multiple third-party research reports confirm the sector's scale and growth trajectory, though estimates vary significantly depending on the defined scope of products and services.
The global elderly care market is large and expanding, but sizing depends on definition. Fortune Business Insights valued the market at $53.29 billion in 2025, projecting growth to $114.57 billion by 2034. Other analysts using broader definitions, potentially encompassing real estate and full-time residential care, project a total addressable market in the trillions; OpenPR estimates a value of $1.64 trillion in 2026, reaching $3.06 trillion by 2033. More focused segments, like geriatric care services, are sized in the billions, with Verified Market Research pegging it at $1.10 billion in 2024, projected to reach $2.03 billion by 2032. These figures, while disparate, collectively signal a substantial and growing economic sector where labor-saving technology could capture value.
Demand is driven by powerful, non-cyclical tailwinds. The primary driver is demographic aging across developed economies, increasing the dependent population while shrinking the working-age cohort available for care work. This structural labor shortage, exemplified by the 4.3 million caregiver gap in Europe [Munich Startup, 2025], creates direct economic pressure for automation. Secondary drivers include rising consumer expectations for in-home care over institutionalization and the increasing cost of human labor, which strains public and private care budgets. These forces converge to create a receptive environment for technological solutions that can maintain or improve quality of life while managing cost.
Devanthro's initial wedge targets the in-home assistance segment within the broader elderly care ecosystem. Adjacent and substitute markets include institutional care facilities, home health monitoring devices, and non-humanoid assistive robots. A key regulatory force is the certification required for devices operating in domestic environments; the company's claim of being the first with humanoid robots legally used in domestic settings since 2024 [Munich Startup, 2025] suggests navigating this complex landscape is a potential early barrier to entry for others. Macro forces, such as government healthcare spending priorities and data privacy regulations for in-home monitoring, will also influence adoption speed and commercial models.
Elderly Care Market (Fortune Business Insights) 2025 | 53.29 | $B
Elderly Care Market (Fortune Business Insights) 2034 | 114.57 | $B
Global Elderly Care Market (OpenPR) 2026 | 1640 | $B
Global Elderly Care Market (OpenPR) 2033 | 3060 | $B
Geriatric Care Services (Verified Market Research) 2024 | 1.10 | $B
Geriatric Care Services (Verified Market Research) 2032 | 2.03 | $B
The wide range in market size estimates underscores the definitional challenge in sizing the 'elderly care' sector. The consistent directional signal across all reports, however, is significant growth, providing a robust macro backdrop for ventures aiming to address the care gap with technology. The labor shortage statistic of 4.3 million caregivers in Europe translates the macro trend into a tangible, immediate unit of demand.
Data Accuracy: GREEN -- Market sizing figures from named third-party research firms (Fortune Business Insights, OpenPR, Verified Market Research); caregiver shortage cited by Munich Startup.
Competitive Landscape
MIXED
Devanthro’s competitive position is defined by its focus on hybrid teleoperation for domestic care, a niche that places it between fully autonomous humanoids, industrial robots, and traditional service providers.
The competitive map must be constructed from adjacent categories.
- Direct humanoid robotics challengers. The broader humanoid robotics market is dominated by well-funded companies like Boston Dynamics (now part of Hyundai), Figure (partnered with BMW), and 1X Technologies (backed by OpenAI). These firms prioritize industrial logistics and manufacturing, with autonomy as the end goal. Their scale and capital, often exceeding $100M in recent rounds, create a high barrier for a care-focused entrant like Devanthro to compete on hardware cost or manufacturing volume.
- Adjacent substitutes in elderly care. The immediate substitutes are not robots but services: traditional home care agencies, digital health platforms for remote monitoring, and non-humanoid assistive devices (e.g., fall detectors, medication dispensers). These incumbents own existing customer relationships and reimbursement pathways, which Devanthro must navigate or circumvent.
- Technology adjacencies. Companies developing telepresence robotics, such as Double Robotics (for education/enterprise) or OhmniLabs (for telepresence), share the teleoperation layer but lack the humanoid form factor and physical manipulation capabilities central to Devanthro’s value proposition.
Devanthro’s defensible edge today appears to be regulatory and application-specific. The claim of being “the first and, so far, only company with humanoid robots that can be legally used in domestic settings” [Munich Startup, 2025] suggests a compliance lead in the European market. This edge is perishable, however, as larger competitors could replicate the certification process once they prioritize the care segment. A more durable advantage could be the proprietary teleoperation interface and the dataset generated from real-home deployments, which could refine both autonomous routines and the human-in-the-loop experience.
The company’s most significant exposure is its reliance on human teleoperators, which introduces a scalability bottleneck and unit economics challenge absent from autonomous solutions. It is also exposed to competition from lower-cost, single-purpose assistive robots that address specific care tasks without the complexity of a full humanoid platform. Furthermore, Devanthro does not own a direct sales or distribution channel into the fragmented elderly care market, a gap that incumbent care networks or medical device distributors could exploit.
The most plausible 18-month scenario involves continued niche validation rather than broad market capture. A winner in this period would be a company that successfully partners with a major European care provider or insurer to subsidize or distribute its units, leveraging the regulatory lead. A loser would be a firm that fails to move beyond pilot deployments and faces margin pressure as larger, better-capitalized humanoid makers begin to explore the care vertical with lower-cost, purpose-built hardware.
PUBLIC The prize for Devanthro, if its hybrid model of teleoperated humanoid robots can scale in elderly care, is a foundational position in a market projected to reach over a trillion dollars by the early 2030s.
The headline opportunity is to become the first category-defining platform for remote, physically embodied care. The company's early deployment of "Robodies" in real homes since 2024, described as the first legal domestic use of humanoid robots, suggests a path to establishing a new standard [Munich Startup, 2025]. Rather than aiming for full autonomy, which remains distant for complex home environments, Devanthro's bet is that combining AI for routine tasks with human teleoperation for empathy and judgment can deliver immediate utility and a defensible wedge. This hybrid approach could allow them to capture the premium segment of the care market,families and institutions willing to pay for 24/7, physically present assistance,while building the operational and data infrastructure needed to gradually increase autonomy over time.
Scaling from initial pilots to a platform of meaningful size requires navigating specific, plausible growth scenarios.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Land-and-Expand in Private Pay | Initial sales to affluent families for in-home care and companionship lead to referrals and network-driven adoption within private-pay senior communities. | A successful, high-profile pilot with a luxury senior living operator in Germany or Switzerland, generating case studies and word-of-mouth. | The acute shortage of 4.3 million caregivers in Europe creates intense pressure for alternatives, and private pay bypasses lengthy public procurement cycles [Munich Startup, 2025]. |
| Become the Telepresence Backbone for Care Networks | Regional care providers or national insurers license the Robody platform to extend the reach of their human caregivers, using teleoperation to serve more clients per nurse. | A partnership with a major European health insurer or home care network to run a multi-hundred-unit controlled trial. | The company was responsible for the technical development and operational implementation of pilot studies for the academic Teleskoop Research Project, demonstrating experience with structured deployments [FZI Forschungszentrum Informatik, 2025]. |
Compounding for Devanthro would likely manifest as a data and operational flywheel. Each hour of teleoperated assistance in a real home generates valuable training data for the onboard AI, potentially improving the robot's ability to handle routine tasks autonomously. This, in turn, could increase the number of robots a single human operator can manage, improving unit economics. Furthermore, every deployment adds to a library of home-environment mappings and task procedures, creating a software moat that becomes harder for new entrants to replicate without equivalent field time. The company's claim of having developed three-plus hardware generations indicates an iterative learning process already underway [DEVANTHRO].
The size of the win, should one of these scenarios play out at scale, is anchored by the substantial market estimates. The global elderly care market is projected to grow from $57.78 billion in 2026 to $114.57 billion by 2034, while other analyses estimate the total market value reaching $3.06 trillion by 2033 [Fortune Business Insights] [openpr.com]. If Devanthro captured even a single-digit percentage of the European segment of this market,addressing the cited caregiver shortage,it could support a multi-billion dollar enterprise. A credible comparable does not yet exist for a teleoperated humanoid care platform, but the scale of the underlying need suggests the outcome could be category-defining (scenario, not a forecast).
Data Accuracy: YELLOW -- Market sizing from third-party reports; deployment and technical claims primarily from company and local startup media.
Sources
PUBLIC
[DEVANTHRO, retrieved 2026] The Robody Company | https://www.devanthro.com/
[Munich Startup, 2025] Devanthro | https://www.munich-startup.de/en/startups/devanthro/
[FZI Forschungszentrum Informatik, 2025] Teleskoop Research Project | https://www.fzi.de/en/research/project-details/teleskoop/
[interestingengineering.com, retrieved 2026] Devanthro's Robody | https://interestingengineering.com/innovation/devanthro-robody-robot-elderly-care
[Fortune Business Insights, retrieved 2026] Elderly Care Market Size | https://www.fortunebusinessinsights.com/elderly-care-market-106824
[openpr.com, retrieved 2026] Global Elderly Care Market | https://www.openpr.com/news/3551231/global-elderly-care-market-2024-2033-size-share-growth-trends
[Verified Market Research, retrieved 2026] Geriatric Care Services Market | https://www.verifiedmarketresearch.com/product/geriatric-care-services-market/
Articles about Devanthro
- Devanthro's Teleoperated Humanoid Has Quietly Moved Into Three Homes — The Munich startup is betting hybrid AI and human control can solve the caregiver shortage before full autonomy arrives.