Defense & Aerial Security

Adaptive Protection Extensions

Extensions carrying AEGIS-class protective architecture into further AI-based transport platform safety domains.

Patent PendingUnited States Patent and Trademark Office2026Available for licensing
Overview

Adaptive Protection Extensions carry AEGIS-class protective architecture into further AI-based transport safety domains. They exist because protective architecture that works for one class of platform does not automatically transfer to the next, and the transfer itself is the engineering problem.

Problem domain

Autonomous and AI-augmented transport is expanding into operational environments that differ from the ones its safety architecture was designed around. Each expansion — a new platform class, a new operating domain, a new regulatory regime — tends to be met with bespoke safety work, which fragments the protective approach across a fleet and makes regulatory readiness something re-established from scratch each time.

Technology function

The extensions provide capabilities that carry an established protective architecture across additional domains without re-deriving it: adaptive where the operating environment differs, extensible where the platform class differs, and coherent enough across both that fleet-grade safety and continuity of approach survive the expansion.

Strategic value

For operators running mixed fleets across domains, the value is that protective coverage extends with the fleet instead of lagging behind it. For suppliers, an extensible protective architecture is a more defensible position than a set of platform-specific safety implementations, because it holds as the platform mix changes.

Filing status
Patent Pending
Filing office
United States Patent and Trademark Office
Public year
2026
IP owner
CIVITERA GovTech Inc.
Licensing
Available for licensing

Publicly available patent records may be independently verified through USPTO systems where applicable. Information concerning non-public applications is provided through controlled verification procedures to qualified counterparties.

Implementation

Where the technology is engineered to serve.

Transport manufacturers extending protection to new platform classes

Safety-system suppliers serving multiple transport domains

Fleet operators requiring consistent protective coverage

Programmes preparing for evolving transport safety regimes

Licensing

From profile to agreement.

Adaptive Protection Extensions are available for licensing discussion with qualified counterparties, typically alongside the AEGIS-class protective architecture they extend. Field-of-use, territory, and exclusivity are defined within executed agreements; no terms are published.

  • Extension of protective architecture to new platform classes
  • Fleet-grade consistency of safety coverage
  • Continuity of protective approach across domains
  • Readiness for evolving transport safety requirements
Controlled diligenceAdaptive Protection technology brief

Extended technical materials are released to qualified counterparties following appropriate confidentiality arrangements and written authorisation.

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Verification

Verify the record, then evaluate the technology.

Publicly available patent records may be independently verified through USPTO systems where applicable. Information concerning non-public applications is provided through controlled verification procedures to qualified counterparties.

Verification centreRequest controlled diligence