[TheFounder] The Rise of Active Ergonomic Surfaces: Building a Physical OS for the Human

“If we possess such intelligent technology, why do the beds and chairs we entrust our bodies to every day remain completely static?”

Water Robotics began with this provocative question. While the AI revolution of the past decade focused on observing humans through screens, this team is migrating intelligence onto the physical surfaces we actually touch. Their mission is to build a "Physical OS" that lives between the body and the environment, sensing and responding to human needs in real time.

At CES 2026, they unveiled the embodiment of this vision: CAMA. It is the world’s first "Active Ergonomic Surface," capable of sensing posture and continuously adjusting support during sleep without the user’s awareness. Make no mistake: Water Robotics is not building furniture; they are forging a new category called Human-Surface Interaction.

To build a category that didn't exist before, they operate with radical self-reliance-developing mechanics, electronics, firmware, AI, and materials entirely in-house. This execution is driven by a small, elite team from India’s premier institutes, including BITS, IITs, and NITs led by Founder and CEO Teja Vinukollu. A veteran of Microsoft and Ola, Vinukollu pivoted to hardware after experiencing chronic back pain, driven to solve why our environments remain so "dumb" compared to our smartphones.

In this edition of The Founder Interview, we explore how this powerhouse team is evolving AI from a technology that explains outcomes to one that quietly takes responsibility for them. The era in which environments adapt to humans has officially begun.

Q. You left a successful software career to tackle the notoriously difficult path of hardware manufacturing. What was the decisive moment that convinced you to make this shift?

It started with something very physical and personal. Lower back pain. I had spent years building highly personalized digital systems. Our phones know who we are, what we like, and how we behave. Yet the physical world we live on, sit on, and sleep on is still static and unintelligent. Most damage to human health does not happen suddenly. It accumulates quietly over years.

We spend roughly 8 hours sitting and 8 hours sleeping every day. That is two-thirds of our lives spent interacting with physical surfaces that never personalize themselves to us. Somehow, we accepted this as normal. I genuinely underestimated how hard robotics would be. But solving problems in the physical world, where consequences are real and long-term, turned out to be deeply satisfying. This felt like a high-resolution human problem worth solving.

Q. Your company is named 'WATER Robotics.' What is the metaphor behind 'Water,' and how does it represent your technology's core philosophy?

Water adapts to the container it is in. It does not ask the container to change. That is how we think about technology. Our systems adapt to your body, posture, and needs in real-time, rather than forcing you to adapt to them.

Water is also fundamental to life. We want our technology to become a quiet, essential layer in the home. Something that works in the background, feels natural, and becomes indispensable without demanding attention. We are bringing “Life” to your homes.

Q. Sleep is sensitive. How did you engineer the 'subtlety of AI' to ensure mechanical movements remain natural and effectively 'invisible' to the user?

We were obsessed with one principle: The bed should never announce itself. Before writing a single model, we spent a long time observing and studying human bodies. Hundreds of postures. Different life stages. Different emotional states. Different ways people actually use a bed. Sleeping, resting, reading, recovering.

We focused on understanding what the human body expects in each of those moments. That work extended deep into biomechanics. How load shifts across the body. How muscles relax and compensate during sleep. How small changes in support are perceived over time. Those insights shaped everything that followed.

We then built custom machine learning models to distinguish between supportive and harmful states. But intelligence alone is not enough. How you move matters as much as when you move. A significant amount of effort went into designing lifelike, low-amplitude movements that the body perceives as self-initiated. If the user notices the bed moving, we have failed.

Q. In a crowded market dominated by legacy giants, what is the core differentiator that gives WATER Robotics a defensible 'Moat'?

Most incumbents are mattress-first companies. Their products are fundamentally static, with technology added on later.

We are building a Physical OS for Active Ergonomics. An intelligence layer that senses the human body, understands load, posture, and strain, and actively supports it in real-time. That intelligence is expressed through multiple physical surfaces. Beds, chairs, and other furniture are simply different hardware interfaces to the same underlying system. This shifts the problem from manufacturing a better mattress to building a closed-loop human support system. The moat is not any single component. It is the integration of sensing, intelligence, actuation, and continuous learning across surfaces, all built in-house.

Q. Creating a new category is notoriously difficult. What was the biggest challenge in convincing the market that you are building a tech system, not just a furniture company?

The hardest part was indeed building a new category. Early on, most people saw us as a furniture company. In reality, we were building a Human-Surface Interaction system. Helping the ecosystem understand that difference took time. What finally made it click was demonstrating the same intelligence across multiple physical surfaces-beds, chairs, and other form factors.

We showed how learning from one surface could be transferred to another, and how the system improved as it interacted with more of the human body. Once people saw that, they understood we were not selling furniture. We were building a Physical OS for Active Ergonomics.

Q. CAMA commands a premium price. What is your strategy to convince consumers that this is a health investment rather than just expensive furniture?

Experience does the selling for us. At CES, about 85 percent of people who tried CAMA instantly loved it, and 1 in 3 were ready to buy it on the spot. The closest analogy is noise cancellation.

Once people experience active noise cancellation, they cannot go back to passive systems. CAMA does the same for posture and sleep. Anyone who has ever used a passive system understands the value of an active one the moment they experience it.

Q. We are shifting from 'passive tracking' to 'active intervention.' In your view, what defining keyword will determine the winners in this space over the next 3 to 5 years?

Autonomous. We are done with systems that merely tell you what is happening to your body. That era belonged to dashboards, charts, and notifications. Knowing that your sleep was bad does not fix your sleep. In the virtual SaaS world, people call these systems "agents." They observe, decide, and act on behalf of humans. In the physical world, we call them robots. The principle is the same.

Responsibility shifts from the human to the system. The next generation of sleep and health systems will take action on their own. They will sense, decide, and act without demanding attention, interpretation, or compliance from the user. The user should not have to wake up, open an app, and think about what to do next.

We have already seen this transition with cars and robotic vacuum cleaners. Sleep and health are even more obvious candidates. The winners will be systems that quietly manage outcomes, not ones that narrate problems.

Q. You imply that the bed is just the beginning. If your full vision is realized, what does the home of 10 years from now look like?

A world where the environment adapts to humans. Every surface you interact with understands you. Not just your body, but your needs, your state of mind, and the context of that moment.

You walk into a café like Starbucks and sit down. The chair adapts to you automatically. It supports you the way it should for how long you are going to sit, how alert you are, and what your body needs right then. No adjustments. No thought. You check into a Ritz-Carlton in a new city. The bed already knows you. How you sleep. What support you prefer. How your body typically recovers after travel. It does not feel like a hotel bed. It feels like your bed.

You come home. The couch, the chair, the bed. Every surface responds to you differently than it did yesterday because you are not the same person today. Sometimes you need focus. Sometimes recovery. Sometimes comfort. Sometimes support for two people at once. This is not just a smart home but an intelligent world. A future where humans stop adapting to the world. And the world finally adapts to humans.

Q. Finally, as someone solving new problems every day, how would you define 'An Entrepreneur' in a single word or sentence?

Someone who refuses to let a problem die unsolved. Relentlessness increases survival time. The longer you stay alive in the system, the larger your surface area for luck becomes. Every day something tries to kill you: capital, complexity, doubt, fatigue.

You don't exit. Or as I like to call it: Die Another Day.