Precision engineering
for machines that think.
We design and build the software, hardware, and architectures behind industrial robotics — from embedded motion control to distributed real-time systems.
Capabilities
Four disciplines, practiced together. We don’t hand off between hardware, firmware, and software — we treat them as one problem, because they are.
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01
Industrial Robotics
Motion planning, kinematics, and tool-path design for six-axis arms, gantries, and custom cells. ROS 2, MoveIt, OPC UA, and bespoke controllers where the off-the-shelf stack runs out.
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02
Hardware Integration
Embedded firmware, sensor fusion, and real-time bus design — EtherCAT, CAN, TSN. We ship boards that survive the factory floor and talk cleanly to everything above them.
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03
Software Architecture
Distributed control planes, digital twins, and event-sourced telemetry pipelines. Architectures that stay legible at the tenth year, not only the first sprint.
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04
Solutions & Problem-Solving
Brought in when the roadmap has stalled. We take ambiguous systems — mechanical, electrical, algorithmic — and return a working answer with the reasoning left visible.
Approach
Three movements. Uncommon rigor applied evenly to each of them.
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I.
Measure
Before we propose anything, we instrument what exists. Timing, jitter, thermal envelope, failure modes. The problem is almost never where the brief said it was.
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II.
Model
A minimal model of the system, executable end-to-end on a single laptop. If it can’t be reasoned about in isolation, it can’t be engineered in production.
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III.
Make
Delivered hardware, firmware, and code — with documentation a reader can actually use. We leave teams able to continue without us.
Say hello, or describe an impossible problem.
Gothenburg, Sweden
57.7089° N
11.9746° E