Merging human
and machine through
wearable technology.
We design and manufacture advanced wearables and human-machine interfaces — pioneering the hardware that connects the human body to the digital and physical world.
Two platforms.
One vision.
Recognized at the
highest level.
Our work has been honored by the organizations and institutions that define excellence in design, business, and innovation.
From prosthetics to the
future of wearables.
In 2012, a teenager named Easton LaChappelle walked into a Colorado science fair carrying a robotic arm he'd built in his bedroom. There, he met a young girl wearing an $80,000 prosthetic that could barely open and close. That encounter set the trajectory for everything that followed.
Founded in 2014 with backing from Tony Robbins, Unlimited Tomorrow spent a decade developing the core technologies behind human-machine interfaces — 3D scanning, additive manufacturing, embedded sensor systems, haptic feedback, and machine learning. What began as a mission to reinvent prosthetics evolved into a broader platform for wearable technology that connects the human body to the digital world.
Our IP portfolio spans patents covering adaptive grip control, sensor-driven interfaces, and proprietary manufacturing processes — the foundation that now powers both our prosthetic and haptic platforms.
Read the full storyBuilt alongside
industry leaders.
A decade of building
at the edge.
The same engineering, manufacturing, and R&D infrastructure behind our wearable platforms is available to select partners working on advanced hardware challenges.
Mechanical & Electromechanical Design
Complex assemblies, miniaturized actuators, sensor integration, and human-body-interface systems refined through thousands of production units.
Additive Manufacturing
In-house multi-material 3D printing with production-grade PA12 nylon, color matching, and one-of-one manufacturing at scale.
Embedded Systems & Firmware
Real-time sensor processing, haptic feedback loops, motor control, and cloud-connected device architectures for wearable hardware.
Human Factors & Clinical Fit
Remote fitting workflows, ergonomic optimization, and user research informed by years of working directly with end users in medical contexts.
Rapid Prototyping to Production
From concept validation through FDA-relevant documentation, quality management, and production line build-out — all under one roof.
Software & Machine Learning
Signal processing, adaptive control algorithms, user-facing applications, and ML pipelines trained on proprietary biomechanical datasets.
We take on a limited number of development partnerships each year with companies whose work aligns with our mission.
Inquire About a ProjectLet's talk.
Whether you're interested in our products, our technology, or exploring a development partnership — we'd love to hear from you.