BEYOND
THE BOARD.

Bring your hardware to life with dependable low-level software. From first power-on to field updates, we build firmware your team can understand, test, and own.

Custom digital logic when timing, parallelism, and deterministic performance matter. We take a design from architecture and RTL through simulation, integration, and validation on hardware.

Reliable communication beyond the bench. We connect devices, manage power budgets, and design update paths for products that need to stay useful in the field.

Make machines sense, decide, and move. We develop robotic software and control strategies, connect sensors and actuators, and validate behavior before it reaches the real world.

Design the systems that convert, manage, and deliver power. From battery monitoring and charging control to power-stage integration, we connect electrical design with robust embedded control.

Test the difficult scenarios before your product encounters them. We support modeling, simulation, and hardware-in-the-loop workflows to expose integration issues and evaluate system behavior.

Turn a product brief into an integrated engineering plan. We bring electronics, embedded software, prototyping, and validation together, with clear milestones and a handover your team can build on.

Add focused engineering support where it makes a difference. We work alongside your team on a defined workstream, specialist challenge, or product milestone, using your tools and delivery rhythm.

Build agents around a defined workflow, connected tools, and measurable outcomes. We develop retrieval, tool-use, and orchestration flows with evaluation, permissions, and human review where the task calls for it.

Develop machine-learning systems around your data, task, and deployment constraints. We support data preparation, model selection, evaluation, and integration on edge devices and server platforms.

Profile the operations that limit model performance, then optimize kernels and data movement for the target hardware. We measure latency, memory use, numerical accuracy, and throughput against a baseline.

Train task-specific models or adapt an existing foundation model to your domain. We build reproducible training and fine-tuning pipelines, evaluate on held-out data, and prepare the resulting model for deployment.