Capabilities
What we do.
Three practice areas, one team. We take on the problems that sit between hardware and software, and we own both sides of the build.
Software and cloud engineering
Most of the software we are asked to build already has a hardware side, a data side, or an operator who has to trust it at two in the morning. That changes how it should be built.
We design for the whole path: the device feeding it, the pipeline moving the data, the service that has to stay up, and the runbook someone else will follow after we leave. We write services in Rust and Spring and run them on AWS or Azure, sized for the problem rather than the fashion. When a model earns its place we add one; when it does not, we say so.
Hardware and firmware
The expensive failures in hardware projects rarely happen on the bench. They happen when the board and the firmware were designed by two teams who never met, and the gap shows up in the field.
We design the board and write the firmware as one job, on Nordic nRF52 and STM32 parts we know well, and we carry the design through prototyping to a unit that can actually be manufactured. Serviceability is a design input, not a repair afterthought: if it is going to be used hard, it should be fixable by the people using it.
Systems integration
Sensors, radios, and robots each work fine on their own. The work is making them one system, and that is exactly where vendor handoffs fall apart.
We integrate the pieces and own the result: ROS for the robotics, LoRa mesh for links that keep working where there is no cell signal, and telemetry that lands somewhere useful. Then we deploy and commission it in the field, because the field is where it has to work.
Process
How we engage
Discovery
We start with the problem and its constraints: the environment, the data, and the people who will maintain the result. You get a written scope and a plan.
Prototype
A working version on the bench before a perfect spec on paper. Real hardware and real data, early, so the hard questions surface first.
Build
The prototype hardened into something that survives the field: tested, documented, and designed to be repaired.
Handover
Source, drawings, and runbooks, with the training to run it without us. Nothing stays locked in our heads.