In this episode of The HumanWare Project, we explore the future of robotics and embodied AI with David Schulhof, founder of Toborlife. As advances in artificial intelligence accelerate, a new frontier is emerging: intelligent machines that can operate in the real world, interact with humans, and perform useful tasks in everyday environments.

Rather than focusing only on robotic hardware, this conversation looks at the software layer that may power the next generation of humanoid robots. Through Toborlife Harness, David and his team are developing systems designed to connect modern AI models with robotic platforms, enabling robots to perceive their surroundings, understand human communication, and operate more naturally alongside people.

The discussion explores how robotics may evolve from controlled demonstrations into practical systems used in workplaces, labs and eventually homes.

If AI has transformed the digital world over the past decade, the next question is clear:

What happens when intelligence gains a physical presence?

Learn more about Toborlife:
https://toborlife.ai/

What happens when robots begin to move, listen, and respond in the same spaces we live in?

In this behind-the-scenes look a ToborLife AI robots, we explore a new generation of machines designed not just for research labs, but for real environments. From a quadruped robot capable of navigating a home and patrolling with cameras and lidar, to a humanoid system that can hear where your voice is coming from and respond to spoken commands, the technology feels closer than most people expect.

Along the way, founder and CEO David Schulhof shows us how these systems balance, interpret their surroundings, and interact with people in real time. What starts as a demonstration quickly becomes a deeper look at how robotics, AI, and human design are beginning to converge.

Welcome inside Toborlife AI.

What does it truly mean to begin again?

In this reflective episode, Méline connects the wisdom of past HumanWare conversations - from Qi Gong practice with Antonio Bellomo,Traditional Chinese Medicine with Dr. Zhang,  nervous system regulation with Dr Sarah Boss, and philosophical reflection with David Cornwell.

Rather than viewing the Chinese New Year as a single celebration, this episode explores it as a practice: a moment to clear what no longer serves us, restore balance, and move forward with intention. Drawing on insights from past guests and lived experience, Méline reflects on renewal not as productivity, but as alignment.

This conversation invites you to slow down, reconsider your rhythms, and approach the year ahead with clarity rather than pressure.

What happens when you place yourself in an environment designed to interact directly with your brain and nervous system?

In this episode of The HumanWare Project, we visit Sheila Jackman’s Scalar Wave room - a space surrounded by 24 synchronised screens running a continuous visual program. As Sheila explains, the system is designed to try and allow the brain might be able to absorb these signals simultaneously, even with the eyes closed. Visitors arrive with different intentions: some seeking physical relief, others pursuing emotional clarity or spiritual insight.

Sheila shares her own journey, from initial skepticism about “machines” to witnessing experiences she found difficult to explain. She reflects on the reactions of visitors - including those who entered doubtful and left questioning what they had felt. The conversation explores the role of perception, belief, and the body’s capacity to respond to unfamiliar stimuli.

**This content is for informational purposes only and should not be considered medical advice. Always consult with a qualified healthcare professional before making any health or lifestyle changes.**

Can sound truly influence the way we think, feel, and experience ourselves?

In this episode of The HumanWare Project, Méline travels to Sedona to step inside the Harmonic Egg - a chamber designed to immerse the body in carefully calibrated sound and light frequencies. 

In a world defined by constant stimulation, what happens when you allow yourself to do nothing.

Dr. Robert Langer discusses how he approaches scientific research, entrepreneurship, and the process of turning ideas into real-world technologies. Drawing from decades of experience in medicine, engineering, and company building, he explains why asking the right questions matters more than having immediate answers, and how progress in health technology often happens slowly and unevenly.

Dr. Langer is known as the "Edison of Medicine" he has authored more than 1,500 scientific papers and is the most-cited engineer in history. As Co-Founder of Moderna, he helped discovered the COVID-19 vaccine and has over 45 honorary degrees from universities around the world.

This discussion covers the practical realities of working in research labs, the challenges of translating science into products, and the role startups play in bringing new technologies to patients. Langer reflects on early skepticism toward his work, what persistence looks like in practice, and how failure shapes both scientific and commercial outcomes.

Rather than focusing on predictions or trends, this episode looks at how decisions are made over long periods of time - in research, in companies, and in careers. The conversation is grounded in experience and focuses on how useful technologies are built, evaluated, and sustained.

This episode will be relevant to researchers, founders, students, and anyone interested in how science and business intersect in practice.

CES is often framed as a race toward faster, smarter, more powerful technology. But beneath the noise, a quieter shift is happening - one that asks a more important question: who are these technologies actually for?

In this second chapter from CES, The HumanWare Project explores health and AI innovations designed not just to optimise performance, but to support real human lives. From brain-based noise cancellation and women’s health wearables to mobility robotics and assistive AI.

Rather than asking how quickly technology is advancing, we pause to reflect on something deeper: how these tools shape our bodies, our autonomy, and our sense of dignity. What happens when innovation is measured not by scale or speed, but by its ability to reduce suffering and restore agency.

In this on-the-ground episode from CES 2026, The HumanWare Project explores what today’s emerging technologies quietly reveal about where innovation is heading. From robotics and diagnostic imaging to health monitoring and ageing-related tools, a pattern begins to surface: technology is moving closer to the human body, not farther away.

We look at the newest technologies looking to integrate into real human needs.What problems are being solved, and which ones are being avoided?

Here at some of the ones to watch for 2026.

What if the walls around you could quietly help protect your health?

In this episode of The HumanWare Project, we explore a radical shift in how health can be understood, monitored, and supported - without wearables, cameras, or invasive tools.

Dina Katabi,  Professor of Electrical Engineering and Computer Science at MIT, reveals how everyday signals already moving through our homes can be used to detect subtle changes in breathing, sleep, mobility, and overall health. This conversation challenges the assumption that medical insight must come from hospitals or devices attached to the body.

Katabi examines the promise, and responsibility, of remote health monitoring: earlier detection, greater dignity for aging populations, and a future where care is continuous rather than reactive. We also confront the ethical questions around privacy, consent, and trust that inevitably arise when technology becomes part of our living spaces.

Longevity is often framed as a race toward immortality - more supplements, more data, more promises. But what if that framing is the problem?

In this episode of The HumanWare Project, longevity investor and advocate Sergey Young offers a grounded, clear-eyed perspective on what longevity actually means - and what it doesn’t. Drawing from his work in biotech, health innovation, and long-term investing, Sergey explores the difference between lifespan and healthspan, why most people misunderstand aging, and how to think about longevity without falling for exaggerated claims or future fantasies.

Rather than prescribing routines or selling certainty, this conversation invites a deeper question: how do we build a healthier relationship with time, health, and progress?

This episode is for anyone feeling overwhelmed by the longevity conversation - and looking instead for clarity, realism, and a framework that makes sense in the present, not just the future.