Physics · electronics · signal processing
Scytronix is an engineering and science consultancy. We work from first principles when the sensor, the electronics and the signal cannot be treated as separate problems — and we take the work far enough to prove it on the bench.
A first call costs nothing and commits you to nothing. It exists to define the problem.
DASA-supported projects in advanced RF sensing and defence technology
disciplines held in-house, from RF and optics through to firmware
sectors served: defence, industrial, recycling, instrumentation
Measured, not asserted — the work below is where each number comes from.
Services
Four ways clients engage with us. All four start in the same place: an honest read of what the physics will and will not allow.
Scytronix works with specialist technology manufacturers to develop customer applications around their products. We bridge the gap between advanced instrumentation and the real-world problem the customer is trying to solve.
Your technology, proven in the customer's problem
When catalogue parts do not quite solve the problem, we develop the sensing physics, the low-noise electronics and the signal processing as one design — through to hardware that can be measured and argued with.
Built to be tested, not described
Instruments drift, yields fall and faults resist explanation. We trace difficult failures to their physical cause and develop the measurable improvement, whether that is a redesign or a single corrected assumption.
Independent thinking once the obvious fixes are spent
For investors, acquirers and boards weighing a technology before capital is committed. We establish what the claimed performance depends on, where the real limits sit, and what it would actually take to get there.
Answers arrive before the expensive part begins
Selected work
The common thread is not a market or a sensor type. It is pulling usable information out of environments that resist measurement.
RF sensing · Freight
A freight screening system that builds a characteristic RF signature of a loaded lorry or container, so tampering, concealed presence and manifest fraud show up as a change in the signature. A spin-off from our defence work.
RF sensing · Defence
Military sensing work that produced an RF measurement system sensitive enough to resolve breathing and small movement through walls and other barriers.
Lasers · Spectroscopy
A quantum cascade laser TDLS instrument in which bespoke signal processing, low-noise electronics, firmware and very stable control were designed against one another.
RF · Harsh environments
A passive RF micro-positioning method for precision distance measurement inside a high-temperature furnace, with drift and environmental perturbation compensated rather than ignored.
Recycling · Detection
Detection concepts for the materials that damage plant and start fires: non-magnetic stainless steel heading for a shredder, and cells hidden in mixed waste.
Recycling · Spectroscopy
Identifying valuable trace metals such as silver in battery material by reading the light from a generated spark spectroscopically.
Some work is under NDA and is not shown. Ask about your domain — we will tell you plainly whether we have been there before.
Approach
The name joins science and electronics, and the overlap is the whole point. The physics tells us what the electronics has to achieve; the electronics is what lets us interrogate the physics in the first place.
A digital system is only ever as good as the physical information handed to it. We concentrate on that front end — what the sensor can resolve, how much of it survives the electronics, and what the processing can legitimately recover — before the reading becomes a number that nobody questions.
Disciplines in-house
Physics
Light, heat, sound, fields — what is actually there to be measured
Electronics
Low-noise front ends that do not throw the signal away
Signal processing
Recovering what is recoverable, and knowing what is not
Product
A measurement you can build a business on
One joined-up problem. The sensor cannot be separated from the electronics, and the electronics cannot be separated from the signal you need at the end.
About us
Scytronix was founded in 2010 on a simple principle: the most challenging technical problems rarely fit neatly within a single discipline.
We work across the boundaries of physics, electronics, signal processing and product design, bringing these areas together into a coherent, practical approach to innovation.
Every digital system ultimately depends on an interface with the physical world — something that can sense, measure, interpret or act. Scytronix creates these interfaces, applying fundamental science and engineering to real-world commercial problems.
By bringing together capabilities that are often separated across specialist teams, we lower the technical barrier to entry and give our clients access to solutions that would otherwise be difficult to develop in-house.
Start with the problem
Good — define the outcome first. A scoping call is a conversation about the problem, its constraints and whether a sensible route exists. If there isn't one, you will hear that too.
Direct
Dr Hideaki Page
Scytronix Ltd · United Kingdom. Happy to sign an NDA before anything technical is discussed.