Robotics engineering services

Our electronics are purpose-built to withstand the electrical noise and vibrations of life on a robot. We design custom printed circuit boards of compact form factors to swiftly provide you with cost-efficient PoC and MVP solutions.

We leverage FPGAs to offload and accelerate time-critical sensor processing and control loops, avoiding the latency jitter of traditional CPUs. This gives you deterministic, sub-millisecond responses for hard real-time applications.

We develop low-level software that powers robotic systems, from bare-metal and RTOS-based firmware to system-level control logic. By prioritizing fault-tolerance, we ensure the system degrades gracefully when components misbehave.

Innowise experts shepherd your concept through the entire product lifecycle. This involves ruthless design for manufacturability reviews, supply chain vetting, and iterative prototyping to iron out kinks before tooling is cut.

When you need to make off-the-shelf components play nicely together, Innowise engineers are at hand. We integrate robotic systems end-to-end, from selecting compatible components to debugging communication handshakes.

With a wealth of experience, we build high-fidelity virtual replicas to detect bugs and validate algorithms long before metal is bent. This helps slash development timelines and physical trial-and-error.

Get your delicate prototypes ready for the factory floor. The systems we design comply with ISO 13849 and IEC 61508, incorporating redundant monitoring and built-in fail-safe states to contain hazardous failures.

Our engineers use data from GNSS, high-resolution RGB, depth, and stereo cameras, LiDAR, and IMUs to build a coherent world model and deploy lightweight AI on the edge, so the robot understands its surroundings instantly.

For tasks where every millimeter counts, we develop custom inverse kinematics and trajectory planning. Our solutions ensure fluid, precise movement for multi-joint robotic arms and complex actuators, even under varying load conditions.

Legacy robotic stacks often hit a ceiling when scaling. We migrate systems to ROS 2, providing a modular, real-time communication framework that processes high-bandwidth sensor data and ensures long-term system maintainability.

We solve non-trivial physical challenges with a focus on multi-joint dynamics and unstable systems that standard libraries can’t handle. Our engineers design custom kinematic models and control algorithms to ensure your robot moves exactly as intended.