Inside the Workshop: Titania Takes Shape

Every great rebellion starts in silence—before the music, before the storm, there's the spark. Right now, that spark is Titania, our fully actuated bionic hand, rising piece by piece from our workshop into the world.

We're building Titania not just to replace what's been lost, but to enhance what's possible. Each motor, circuit, and line of code carries a purpose: to give control back to those who've had it taken from them. Titania isn't just about flexion, extension, and grip—it's about expression, freedom, and power. It's the feeling of being unstoppable, rebooted in neon and carbon fiber.

This photo captures a small moment in a much bigger mission. Titania is now at Technology Readiness Level 5, with manufacturing already underway for the first fully actuated prototype. The final version will be stunning to look at, incredibly strong, and still affordable—because power shouldn't be a privilege. We're pouring everything into making this not just real, but revolutionary.

To the bionics community: users, makers, hackers, dreamers—we see you. We are you. Titania is for the ones pushing the limits of muscle signals and machine, for those who know that the future has always been DIY, cyberpunk, and full of hope.

To those watching with vision and capital: this is the moment before liftoff. We're seeking partners, testers, institutions, and bold backers to help bring Titania to more people, faster. If you feel the electricity in this—let's talk.

The future has a pulse.

Calibra – A Signal from the Future

Before Titania, there was Calibra—our third prototype, our first real conversation between human and machine.

Built as a custom design from the ground up, Calibra was where theory became electricity. Mounted on a demo stand, Calibra's solitary actuated finger moved in sync with actual myoelectric input. It wasn't much—but it was everything. That tiny gesture, powered by real muscle signals, was our first spark of life. The first handshake between flesh and steel.

It was the moment we stopped imagining and started feeling the future. Calibra taught us how the body speaks through signals—and how the machine should listen. We explored control fidelity, signal noise, and the small miracles that happen when a twitch in your forearm becomes a movement in your hand.

Calibra wasn't designed to be worn. It was designed to teach. To prove that we could listen to the body and respond with precision. It was the last step before things got fast, sharp, and beautiful. Before Titania, Calibra gave us the confidence—and the data—to push forward into full actuation and wearable form.

To the users: your challenges are what guide our design choices every single day.

This was never about making robots. This is about making agency. Calibra was the rehearsal. Titania is the show.

Titania | Bionic hand reveal

The moment is here.

After years of building, breaking, learning, and starting over—Titania has emerged from the dark. And she's everything we hoped she'd be.

Sleek. Powerful. Fully actuated. Stunning. Ready to grip the world with confidence and grace. Titania is our fourth prosthetic—and our most ambitious by far. This is the first version we're taking commercial. She marks the leap from experimental tech to practical revolution.

We designed Titania to be more than a prosthetic. We wanted her to be wearable art, forged for real performance. With wrist flexion, extension, myoelectric control, and a design that stops people in their tracks, Titania was built for users who don't want to blend in—they want to lead.

Behind her clean lines are custom mechanical systems, signal processing, and code built from scratch. Not borrowed. Not off-the-shelf. Titania was born from late nights, solder fumes, and an obsession with building something that actually changes lives.

This is just the beginning. As Titania heads into manufacturing, we're preparing for real-world tests, volunteer trials, and early partnerships. We're opening the doors to collaboration—with users, hospitals, institutions, and investors who want to move fast and make history.

She's called Titania because she speaks for all the silent hands still waiting for motion.

And she's ready.

Our very first prototype

This is where it all started.

No followers. No fanfare. Just an idea that wouldn't shut up. A future that refused to wait.

Our first prototype wasn't electric. It wasn't pretty. It didn't even move on its own. But it was ours. A single finger, built with a custom hydraulic concept—testing the force, range, and potential of motion. It was an experiment in pressure and patience. A way to feel what might one day become full control.

There were no guarantees, only curiosity. But that first piece of hardware was more than metal and fluid—it was a signal. A declaration that we were here to build, break, and learn whatever it took to bring life back to the hand.

This prototype shaped our obsession with strength, control, and expressive motion. It made us question everything. What does a hand feel like? How do you translate intention into action? We didn't have all the answers—but we had a starting point. And one finger was enough to begin.

Looking back, that hydraulic finger may have been simple—but it carried all the weight of the future.

We've come a long way since then. But this is where the revolution began.