Cubora was born from decades of technology leadership and a lifelong passion for building things that move, think, and solve problems.
Stephen spent decades in the technology industry, leading engineering teams and building the systems that power online experiences for millions of users. From infrastructure to product, his career spanned the full arc of modern software and systems engineering.
But along the way, a different calling took shape. What began as weekend projects — 3D printing enclosures, wiring up servos, programming microcontrollers — evolved into a deeper pursuit. Teaching his children how machines work turned into a mission: making robotics accessible to everyone.
"I spent years building digital systems. Then I realized the most exciting frontier is where software meets the physical world — where code makes things move."
As a self-described Chief Tinkering Officer, Stephen founded Cubora to channel that passion into a platform. The idea is simple but ambitious: create a modular system of intelligent cubes that anyone can stack together to build real, working robots.
No PhD required. No factory. Just cubes, creativity, and curiosity.
Cubora exists to lower the barrier between having an idea for a robot and holding one in your hands. We believe everyone should be able to experiment with real machines.
Cubora is built to teach. Students learn mechanical engineering, electronics, and AI by assembling real robots — not reading about them.
Designed for tinkerers and builders. The open architecture invites modification, expansion, and integration with existing maker tools and platforms.
Not toys. Cubora modules are engineered for real mechanical loads, real sensors, and real AI workloads. Build machines that do actual work.
Weekend projects with 3D printers and Raspberry Pis. Stephen begins building small robots with his children, discovering the gap between toy kits and real robotics platforms.
What if robots could be assembled like building blocks? The concept of modular, stackable cubes with embedded electronics takes shape on a whiteboard in the workshop.
3D-printed cube shells, custom PCBs, and microcontroller brains. The first Cubora prototypes roll across the workshop table — proof that the concept works.
Cubora evolves from a personal project into a platform. Standardized connectors, a modular electronics architecture, and an expanding library of cube types take shape.
AI integration, community expansion, and the first public release. Cubora is moving from the workshop to the world.
Cubora is growing. Whether you're a maker, educator, or investor, we'd love to connect.
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