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Ideas

Concepts we are working on, openly.

Not products yet. These are the directions we believe are worth building, and we would rather discuss them with a potential partner early than announce them late.

Concept

Smart distribution board

A distribution board that reports earth leakage per circuit, energy consumption and switching surges in real time — and uses that information to reduce nuisance tripping caused by leakage current or surges, instead of simply tripping and leaving you to guess why.

Accessible remotely; designed around commodity mobile hardware to keep cost realistic for Indian residential and light commercial installations.

Concept

Carbon footprint visibility for backup power

Most organisations cannot state the carbon footprint of their diesel generators with any confidence, because nobody records which loads ran on the diesel generator (DG), and for how long. The SAMYAN sensor makes that measurable per load. The idea is to turn that measurement into a reporting tool that survives an audit.

Extends our power-source sensing technology.

Concept

Source-aware load control

If a panel knows it is running on a generator, it can shed the right loads automatically rather than tripping on overload — and restore them when the grid returns. The building can then run on a smaller, cheaper generator without losing any critical load.

It also shows, with evidence, whether an installed generator is over- or under-sized.

Concept

Green test benches

Endurance and ageing benches consume a great deal of energy over weeks of running. A bench that measures and reports its own consumption per test makes the energy cost of qualification visible — and gives an engineer something to optimise against.

Already partly implemented in our Industrial IoT benches.

Concept

Competency built into the equipment

Instead of a training register in a filing cabinet, the bench itself knows who is qualified to run which test, and will not start otherwise. Training records, SOP acknowledgement and operator identity become part of the test record rather than a parallel paper trail.

Partially available today through PRATUM and biometric integration.

Concept

Authentication beyond precious metals

Our patented authentication approach was developed for gold assaying, but the mechanism — binding a test result to a single article with a code that dies on sale — applies anywhere a tested product is counterfeited. Electrical safety components are an obvious next candidate.

Open to co-development with manufacturers and certification bodies.

How we work with ideas

We would rather build one of these with you than alone.

Each of these needs a first customer with a real constraint. If one describes a problem you already have, that conversation is more valuable to us than a product launch.

  • STEP 1

    A real constraint

    You describe the problem, the standard it has to satisfy, and what the current workaround costs you.

  • STEP 2

    A proof of concept

    We build the smallest thing that settles whether the approach works, on your site with your equipment.

  • STEP 3

    A pilot

    One line, one lab or one building, instrumented properly and run long enough to produce trustworthy numbers.

  • STEP 4

    A product

    Scaled, documented, certified where it needs to be, and supported.

Have an idea of your own?

We are a small engineering team with a workshop and a laboratory background. If you have a concept that needs someone who can actually build the hardware and the software, tell us about it.