Engineering embedded products from concept to production.
We solve the engineering problems between an idea and a working product.
We work across the product development journey — from early concepts and prototypes to products already in the field.
Some products still need to be defined. Some need to be built. Some work in the lab but not in the world. We take the engineering from wherever it currently stands.
What we can help with.
The engineering areas we work in, described by what they do for the product rather than by the tools involved.
Embedded Systems
The software inside the product: how it runs, responds and stays reliable in use.
02Product Interfaces
How people and machines operate the product — controls, displays and feedback.
03Hardware Integration
Making electronics, sensors and mechanics behave as one product instead of parts.
04Connected Products
Products that report, update and stay supportable once they are in the field.
05Intelligent Products
Products that sense their surroundings and decide what to do about them.
06Product Development
Taking a concept through prototype into something that can be built repeatedly.
How you can work with us.
Each engagement starts from a different problem. Find the one that matches where you are.
Technical Consulting
You need an experienced engineering view before committing time and money to a direction.
02Product Architecture
You know what the product has to do, but not yet how it should be built to do it.
03Prototype Development
You need something real enough to test, demonstrate or raise money against.
04Embedded Product Development
You need the product engineered end to end, not advice about how it could be done.
05System Integration
The pieces exist and work separately, but they do not yet work together.
06Product Improvement
The product works, but it needs to be more reliable, more capable or cheaper to build.
Engineering, as evidence.
Each project is described the same way: the problem, what we did about it, and what changed as a result.
Condition monitoring for rotating equipment
Sensing, embedded software and the data path designed as one system rather than three separate deliverables.
Point-of-care diagnostic instrument
A lab prototype rebuilt around reliability, servicing and the documentation the product needed to exist.
How the work runs.
A defined engineering process, so you always know what stage the product is at and what happens next.
Understand
We start with the problem, the constraints and what the product actually has to do.
Plan
We define the architecture, the risks and the order the work should happen in.
Build
We engineer the system — the hardware, the software and the parts in between.
Validate
We test against real conditions rather than assumptions, and fix what testing finds.
Deliver
You get a working product and the documentation needed to keep building on it.