Control software · Telemetry · R&D
Robotics engineering you can rehearse, measure, and ship
We work where code meets torque: motion stacks, safety envelopes, logging, and cloud-side monitoring so teams see failures before the audience does.
Whether you are iterating a competition robot, hardening an industrial cell, or publishing research-grade datasets, we pair embedded and backend engineers with disciplined test plans.
Use the scenarios below to match your maturity — from first bring-up to monitored fleet behaviour.
Where robotics programmes stall
Simulation ≠ reality gap
Gazebo-perfect stacks jitter on real floors. We structure staged bring-up with IMU truth checks and logged regressions.
Invisible failures in the field
Without telemetry dashboards, teams guess after incidents. We wire metrics, traces, and alert thresholds aligned to your ops room.
Design hand-offs that leak intent
Mechanical and software teams misread constraints. We facilitate joint reviews, interface contracts, and revision-controlled CAD ↔ code mappings.
Research without reproducibility
Experiments that cannot be replayed do not graduate. We version firmware, datasets, and experiment notebooks for audit-friendly R&D.
Who we embed with
Industrial & logistics automation
Cycle-time pressure, safety PLCs, and integration to MES or WMS.
- ●Risk assessments for collaborative robots
- ●OEE-oriented logging templates
STEM, universities & national teams
Competition calendars, teaching labs, and grant reporting discipline.
- ●Mentor-reviewed code paths
- ●Bench certification checklists
Venture & corporate innovation labs
Need investor-grade technical memos alongside working demos.
- ●Prototype teardown sessions
- ●Integration spikes with cloud teams
How deep we go
- 1
Architecture & safety review
One to two weeks of threat modelling for motion, comms, and update channels.
- 2
Pilot harness & monitoring
Instrumented builds with remote observability and rollback plans.
- 3
Scale & lifecycle partnership
Fleet metrics, OTA governance, and joint roadmap with your mechanical partners.
Concrete outputs
- ✓Control & comms architecture diagrams
- ✓Test matrices with pass/fail evidence
- ✓Telemetry schema & dashboard spec
- ✓Field trial report with risk log
- ✓Handover package for internal teams
Typical capabilities in this area
- ●ROS / ROS2, drivers & real-time control
- ●Sensor fusion & state machines
- ●Mechanical & electronics design partnership
- ●Bench & field trials, logging & replay
- ●Telemetry, monitoring dashboards & alerts
- ●Research programmes & prototype integration
- ●Safety zones & human–robot interaction
- ●Bridge APIs between devices and cloud
Frequently asked questions
- Do you build mechanical parts?
- We partner with mechanical workshops; our core is software, electronics integration, and field validation.
- ROS or custom stacks?
- Both — we pick based on maintainability, licensing, and your hiring profile.
- Investment conversations?
- Robotics ventures with credible prototypes may be discussed via our investment intake — decisions stay human-led.