R&D Prototyping
Using commercial off-the-shelf hardware to deliver fast, cost-effective proofs of concept
Innovation often falters not because the idea was unsound, but because it was never tested early enough. At Synchronous Science, we accelerate that process by building rapid prototypes with commercial off-the-shelf (COTS) hardware. It’s a pragmatic, low-cost route to uncover issues, validate concepts, and de-risk innovation.
Instead of waiting for bespoke development, we adapt readily available components to create working systems in days or weeks rather than months. These prototypes may be rough at the edges, but they are powerful: they expose risks, highlight opportunities, and provide tangible evidence to guide investment and decision-making.
Our prototyping process typically involves:
1. Defining the objective — What capability, risk, or interaction are we testing?
2. Selecting suitable hardware — Choosing COTS components that match or approximate the real thing.
3. Assembling a working system — Moving quickly from concept to demonstration.
4. Testing in real conditions — Validating performance, surfacing edge cases, and iterating fast.
5. Feeding back and refining — Using findings to shape development, not guesswork.
This approach has enabled us to build:
Direction-finding systems using COTS radios and custom algorithms.
RF emulation environments to test devices’ perception of their surroundings.
Localisation prototypes for IoT and cellular devices in contested environments.
Microwave-based monitoring systems to support human performance.
By keeping things simple and avoiding over-engineering, we deliver early demonstrations that answer the critical question: will this idea hold up in reality? The result is faster progress, fewer surprises in live environments, and reduced wasted effort across R&D programmes.
Got an idea that needs proving?
Let’s prototype it — quickly, cost-effectively, and in the real world.
You can also email us at: alexander.may@synchronous-science.co.uk