Solutions

We solve automation problems, end to end. Here's how we work, and the systems we've already shipped.

Robotics & Automation Engineering

Custom hardware, mechatronics, and physical automation systems, engineered end-to-end: mechanical design, electronics, and systems integration, from first concept sketch to a working machine.

What this includes

Custom Robot & Machine Design

Mechanical design of automation systems and purpose-built machines from a blank sheet: structure, actuation, and packaging engineered around the task, not a general-purpose platform.

Robot Platform Adaptation

Retrofitting and extending off-the-shelf robot platforms (quadrupeds, humanoids, AMRs) with new sensors, payloads, and mechanisms for a task they weren't originally built for.

Electronics & Systems Integration

Wiring harnesses, sensor packages, and onboard compute brought together into one coherent electrical system that survives outside the lab.

Software & AI Development

The software layer that makes a robot useful: automation stacks, sensor fusion and perception, navigation, and AI or voice-assistant integration onto hardware already on the market, including humanoid and quadruped platforms.

What this includes

Perception & Sensor Fusion

Computer vision, object detection, and multi-sensor fusion pipelines that turn raw camera, LiDAR, and GNSS data into something a robot can act on.

Autonomy Stack Integration

Full autonomy stacks (SLAM, navigation, and motion planning) integrated onto a physical robot, not just demonstrated in simulation.

ROS 2 Software Stacks

Unified ROS 2 control layers for robot-level command, fleet integration, and extensible modules that new capabilities can be added to later.

AI Workflow & Process Automation

LLM and voice-AI integration, and software that automates a repetitive operational workflow end to end, not just a robot's own control loop.

Consulting & Prototyping

Feasibility studies, rapid prototyping, and proof-of-concept builds for teams who need a working demo and a technical roadmap before they commit to a full build.

What this includes

Feasibility Studies

A focused technical assessment of whether your idea is achievable, what it would take to build, and where the real risk sits, before you commit budget to a full build.

Rapid Prototyping

Fast, working proof-of-concept builds that let you test an idea on real hardware in weeks, not quarters.

Technical Roadmapping

A clear, staged technical plan covering architecture, milestones, and risk areas, handed over so your team (or ours) knows exactly what to build next.

Selected Work

Every project we've shipped, in full detail.

Custom Biomedical Experiment Automation System

Purpose-built machine for automated vial handling and objective, vision-based evaluation.

HardwareSoftware & AI

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PUMA: Autonomous Wheeled Quadruped Integration

Turning an off-the-shelf quadruped into a field-ready inspection robot.

HardwareSoftware & AI

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Autonomous Feed Pushing for an Industrial Loader

R&D consulting on perception, navigation, and edge inference for an autonomous loader.

ConsultingSoftware & AI

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Development of the Legged Robot Forrest

An energy-efficient legged platform where mechanics and learned control are designed as one problem.

HardwareSoftware & AI

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Bilateral Teleoperation & Interface Research for Humanoid Robots

Visuo-haptic interface research bridging teleoperation and supervised autonomy for space robotics.

Software & AI

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GNSS-Driven AMR for Surface Mining Operations

A centimeter-accurate autonomous rover that marks survey grids across open-pit terrain.

HardwareSoftware & AI

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Discuss Your Project

Tell us which category fits your project, the constraints, and what a working system needs to do.