CAP / ACO

iDEX · DISC 7 winner

Manage the sound a hull gives away.

In short

A vessel is detected by the sound it makes and reflects, and that acoustic signature is a measurable, model-able quantity — not a fixed fact of the hull. Varuni Systems won an iDEX DISC 7 challenge for maritime hull acoustic signature modification: the engineering to characterise a hull's signature and to manage it.

How we do it

The technical approach.

Signature work begins with measuring honestly and modelling what drives the number.

MSR

Signature measurement

Characterising the radiated and reflected acoustic signature of a hull — establishing the baseline that any modification is measured against.

MDL

Physics-based modelling

Modelling how the signature is produced and how it propagates, so a change can be predicted and understood rather than only observed after the fact.

MOD

Signature modification

The engineering to manage and modify the hull's acoustic signature — the capability the iDEX challenge was awarded for.

VAL

Measured validation

Before-and-after measurement that shows the effect as data, closing the loop between the model and the water.

Frequently asked

Straight answers.

Does Varuni do maritime hull acoustic signature work?

Yes — it is one of our five iDEX (Innovations for Defence Excellence) DISC 7 challenge wins: maritime vessel hull acoustic signature modification, covering measurement, modelling and management of a hull's acoustic signature.

What does acoustic signature modification actually change?

The signature is the radiated and reflected sound by which a vessel is detected. The work characterises that signature and engineers changes to it, validated by before-and-after measurement rather than by claim.

Why Varuni

Why work with us on this.

Full stack, one team

Hardware, firmware, DSP, software and geospatial under one roof in India — so a system crosses from transducer to screen without an integration seam for anyone to point fingers across.

Built for a working prototype, fast

Engagements start with a scoped prototype in weeks, not a multi-year programme — the fastest way for an overseas buyer to judge the capability is to see it run against their own problem.

Sovereign and on-premise by default

Everything runs on the client's own hardware and network, air-gapped where required, with no mandatory cloud and no data leaving the perimeter. Source and IP terms are agreed per engagement.

Start here

Have this exact
problem to solve?

Tell us what you're trying to detect, communicate through or model - not a spec - and we'll tell you honestly whether we can build it, how, and what a prototype would take.

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