Your robot works in the lab.
We make it survive the pilot.
For robotics, AMR, UAV and hardtech startups at TRL 6–8: pilot builds, navigation tuning, teleoperation and reliability hardening — from an engineer who shipped his own production robot solo.
Sound familiar?
Why TechVision
We’ve been exactly where you are: one engineer, real hardware, a date that doesn’t move. Our flagship robot went from concept to operating among people in 18 months — with the reliability engineering (watchdogs, fault injection, observability) that keeps pilots alive.
What we do for you
Pilot build sprints
A scoped push to a working pilot: integration, missing subsystems, test plan, acceptance criteria — phased so the highest-risk part is validated first.
Navigation & localization tuning
TF and sensor audits, AMCL and Nav2 tuning on your robot, controller benchmarking (DWB vs MPPI), regression rosbags you keep.
Teleoperation & camera stacks
WebRTC teleop and multi-camera streaming with automatic recovery — built on our open-source janus-camera-stack, proven at 50–70 ms control response.
Reliability hardening
Watchdogs, health scoring, structured logs, fault-injection drills and incident runbooks — the boring engineering that makes demos repeatable.
Proof, not promises
Flagship case: a production autonomous mobile manipulator (Symovo AGV + igus lift + xArm 6) — designed, built and operated by one engineer. Read the case study →
Open source: the igus dryve D1 driver (Modbus/TCP, CiA 402) and a WebRTC camera stack for robots — published because the ecosystem had gaps. GitHub →
Background: 16 years in industrial electronics — including seven years as chief engineer at an equipment manufacturer. Delivered across Poland, Germany and the USA.
Pilot on the calendar?
Most projects start with a fixed-price Feasibility & Architecture Sprint (1–2 weeks) or a Hardware-to-Software Integration Sprint (~10 days) — small, bounded, and you keep the deliverables either way.