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CORVUS
DEFENCE
Corvus adversarial wearable system visualisation
Patent EP 4 703 672 A1 Published: 04.03.2026
Target Acquisition Failed Low confidence
Corvus Defence logo
Adversarial Wearable Systems · Riga, Latvia

Protecting Soldiers.
Enabling Autonomous Futures.

Passive wearable systems designed to disrupt AI-powered machine vision used by drones and autonomous weapon systems, while supporting future friendly-force recognition concepts.

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No electronicsNo battery
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PassiveAlways on
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AdaptiveUpdate in seconds
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Low costScalable
Explore platform Partner with us

Two Applications — One Platform

Passive · Adaptive · NATO relevant
01

Adversarial Deception

Hiding soldiers from enemy drones

Corvus patterns are designed to reduce confidence in AI-based object detection and classification, helping personnel avoid reliable machine-vision targeting.

  • Adversarial QR / barcode-style visual noise.
  • Reflective and absorptive material concepts.
  • Interchangeable inserts and rapid pattern updates.
  • Passive protection without RF emissions or batteries.
Target buyers
NATO member ministries of defence
Innovation route
NATO DIANA / EDF partners
02

Friend-or-Foe Identification

Higher strategic value

The same insert architecture can be inverted: selected visual signatures may support allied autonomous systems in recognising friendly personnel and protected assets.

  • Blue-force recognition layer for autonomous systems.
  • Rotatable and replaceable visual pattern architecture.
  • Complements existing RF/transponder IFF concepts.
  • Potential shared standard across allied users.
Target buyers
Tier 1/2 defence contractors
Urgency
Latvia / Baltic MoDs

European Patent

EP 4 703 672 A1
Published 04.03.2026
EP4703672

Protective element for combat uniforms to counteract machine vision detection by UAVs.

Corvus Defence continues development and commercialisation of the patented wearable protection concept for defence and critical-infrastructure environments.

View patent reference

ModularReplaceable Velcro-style inserts for fast field adaptation.
PassiveNo electronics, battery, RF signature or active emission required.
Machine visionDesigned for AI detection and classification environments.
ScalableApplicable to ponchos, uniforms, patches and protective covers.

Strategic Value

AI-enabled counter-autonomy systems
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Counter AI threat

Disrupts machine-vision targeting.

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Autonomous era

Enables human-machine teaming.

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Adaptive by design

Rapid updates as adversary AI evolves.

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Cost-effective

Lower-cost layer than electronic systems.

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NATO relevant

Aligned with allied operational needs.

Additional Applications

Beyond the first product

Border Security

Protection of personnel operating under persistent ISR drone surveillance along critical borders and high-risk zones.

Critical Infrastructure

Wearable and cover-based visual protection for teams securing ports, energy infrastructure, logistics hubs and strategic sites.

Autonomous Systems Recognition

Non-cyber visual signature concepts that help friendly autonomous platforms recognise allied personnel and protected assets.

AI Testing & Red Teaming

Controlled datasets, field testing and adversarial machine-vision evaluation for defence integrators and research partners.

6-Month Roadmap

Seed bridge target: €30,000
Months 2–4Prototype batch and controlled field tests against commercial FPV drone models. Document machine-vision results on video.
Months 4–5Latvia MoD and EDF procurement approach. NATO DIANA application and partner engagement.
Months 5–6Close pilot contract and licensing deal. Target: €100k+ from pilot and licence bundle.

Leadership

Founders

Partner. License. Protect the Future.

Corvus Defence is seeking defence integrators, textile manufacturers, NATO users, research partners and EDF / EUDIS consortium members.

info@corvus-defence.eu +371 27883267

Target partners

  • NATO and EU defence ministries
  • Prime contractors and system integrators
  • Defence textile manufacturers
  • Machine-vision and autonomous systems labs