For a robot to truly interact with the physical world, it needs more than vision. It needs to feel. This is the foundational premise at Sensetics, a Princeton-based startup that is not just building a better sensor, but attempting to define touch as a digital sense. The company’s bet is that the next frontier in human-machine interaction is not about seeing or hearing a remote machine, but about feeling what it touches, with a fidelity that matches human perception [Forbes, Nov 2025].
A hardware and software wedge for digital touch
Sensetics’s approach is a two-part platform. The first is a proprietary hardware layer it calls Touch Signature programmable fabrics, materials engineered to both sense and output tactile information. The second is an AI-powered software suite designed to capture, edit, and transmit that touch data as a stream [Perplexity Sonar Pro Brief, Unknown]. The combined system is pitched as enabling a user to experience, in real time, what a remotely operated vehicle, surgical tool, or robot is touching, at a resolution the company claims can exceed the nerve endings in a human fingertip [Forbes, Nov 2025]. For enterprise buyers, the value proposition is straightforward: reducing error, improving precision, and enabling new forms of remote operation in fields where touch is critical but physically distant.
The founding team’s material advantage
The company’s technical credibility is anchored by its co-founding team. Adam Hopkins, the CEO, is described as a veteran advanced manufacturing founder with a Princeton PhD [Fitz Gate Ventures portfolio page, 2025]. His co-founder, Rayne Zheng, is an Associate Professor of Materials Science and Engineering at UC Berkeley, bringing deep academic research in programmable matter and advanced materials to the core IP [Fitz Gate Ventures portfolio page, 2025]. A third co-founder, Mark Poag, adds venture capital and operational experience from his own startup exit [Princeton Innovation, Unknown]. This blend of applied manufacturing, cutting-edge materials science, and venture-scale operational thinking is a deliberate architecture for tackling a problem that sits at the intersection of deep tech and commercial hardware.
| Founder | Role | Key Background |
|---|---|---|
| Adam Hopkins | CEO, Co-Founder | Veteran advanced manufacturing founder, Princeton PhD [Fitz Gate Ventures, 2025] |
| Rayne Zheng | Co-Founder | UC Berkeley Associate Professor, Materials Science & Engineering [Fitz Gate Ventures, 2025] |
| Mark Poag | Co-Founder | Venture capitalist, former founder of DigiContract (acquired by Datacert) [Princeton Innovation, Unknown] |
Fueling the prototype phase
In November 2025, Sensetics announced it had raised $1.75 million in a pre-seed round to accelerate product development [PR Newswire, Nov 2025]. The majority of the round was completed in the spring of that year and was co-led by MetaVC Partners and Fitz Gate Ventures, with participation from Blue Sky Capital and AIC Ventures [PR Newswire, Nov 2025]. This capital is earmarked for advancing the hardware and software platform from research toward commercial prototypes. The funding signals investor belief in the technical thesis, though the lack of disclosed customer deployments or revenue indicates the company is still in the early validation phase, typical for a deeptech venture at this stage.
The path to a $10 billion market
The company is pursuing what it identifies as a market opportunity exceeding $10 billion, spanning sectors where precise force sensing and haptic feedback are non-negotiable [Robotics 24/7, Unknown]. The initial use cases are clearly defined and operationally intense:
- Remote robotics and inspection. Enabling an operator to ‘feel’ what a subsea robot or disaster-response bot is manipulating.
- Surgical and medical tools. Transmitting tactile feedback from a robotic surgical instrument to a surgeon’s console in real time.
- Industrial training and AI development. Providing high-fidelity touch data to train both human operators and machine learning models for physical tasks.
The wedge is not creating a new market, but digitizing a fundamental human sense for applications that already exist. The procurement cycle here would be long and complex, likely involving R&D budgets, innovation teams at large industrial or medical device corporations, and rigorous proof-of-concept trials.
The competitive and commercial reality
Sensetics is not entering an empty field. The competitive set includes established players and research-driven startups focused on haptics and tactile sensing.
- NextInput. A company known for its force-sensing solutions, often integrated into consumer electronics and automotive interfaces.
- Contactile. A startup developing tactile sensors for robotics, with a focus on biomimetic designs for grippers.
- TacSense & CAMAR. Other research-driven entities and projects in the advanced tactile sensing space.
The differentiation Sensetics must prove is in the integration of its programmable fabric hardware with its AI software stack to create a complete, high-fidelity touch data pipeline. The realistic customer for a pre-revenue deeptech firm like this is not an end-user, but an innovation lab or advanced R&D group at a large robotics manufacturer, medical device company, or defense contractor. These groups have the budget and patience to fund a multi-year development partnership with the goal of embedding the technology into a future product line. The renewal motion, should they get that far, would be a transition from R&D contract to volume supply agreement,a formidable but proven path for hardware-heavy deeptech.
The next twelve months will be about moving from a compelling data sheet to a demonstrable prototype in the hands of a strategic partner. Success will be measured not by a revenue number, but by a signed joint development agreement with a name that validates the use case. For a bet this physical and ambitious, that first partnership is the only traction metric that matters.
Sources
- [Forbes, Nov 2025] Programmable Matter: A Critical Breakthrough For Robot Hands | https://www.forbes.com/sites/johnkoetsier/2025/11/13/programmable-matter-this-startup-is-digitizing-touch-for-vr-robots-and-more/
- [Perplexity Sonar Pro Brief, Unknown] Sensetics company and product description
- [Fitz Gate Ventures portfolio page, 2025] Sensetics portfolio page | https://fitzgate.com/portfolio/sensetics/
- [Princeton Innovation, Unknown] Mark Poag background
- [PR Newswire, Nov 2025] Sensetics Raises $1.75M to Take Touch Sensing and Haptics into the Digital Age | https://www.prnewswire.com/news-releases/sensetics-raises-1-75m-to-take-touch-sensing-and-haptics-into-the-digital-age-302614844.html
- [Robotics 24/7, Unknown] Market sizing reference