What We Build
We cover the full spectrum of hardware product development, from early prototypes through production-ready systems, across robotics, AI, mechatronics, and mechanical design.
01
Prototyping is the fastest way to validate a product idea. We design and build functional prototypes that demonstrate your core concept, surface design issues early, and give you something real to test with users or show to investors.
We work with founders and early-stage teams to scope the right prototype for the stage you're at, whether that's a proof-of-concept model, a looks-like/works-like prototype, or a pre-production unit.
Capabilities
02
We take hardware product ideas from concept to working system. Our team handles electronics design, embedded firmware, mechanical enclosures, and system integration, giving you a complete product rather than a collection of disconnected parts.
We work closely with startups at every stage of hardware development, from initial requirements and feasibility through first builds and iterative improvements.
Capabilities
03
We design and build robotic products and systems from the ground up. Whether you're building a consumer robot, an industrial automation tool, or a medical robotic device, we bring together the mechanical, electrical, and software engineering to make it work.
Our robotics work spans mobile platforms, robotic arms, autonomous systems, and custom end-effectors, with experience in both ROS2-based development and bare-metal embedded environments.
Capabilities
04
Physical products need to be well designed, not just functional. We produce detailed mechanical designs and integrate them with electronics and control systems to create products that work reliably and are built to be manufactured.
Our mechatronics work brings together mechanical design, embedded systems, and control theory into unified, functioning products, from early prototypes through to production-ready units.
Capabilities
05
Adding intelligence to a hardware product, whether through computer vision, anomaly detection, or on-device inference, requires both AI expertise and a deep understanding of embedded constraints. We bridge that gap.
We develop AI systems that run on real hardware: edge devices, microcontrollers, and single-board computers. We integrate AI capabilities into your product without sacrificing performance, power budget, or reliability.
Capabilities
Tell us what you're building and we'll put together a tailored proposal.
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