The same core physics-based technology serves two critical markets — maximizing impact and revenue potential without product diversification risk.
CerVaLens integrates directly into virtual command-and-control (C2) environments, providing authentication signals on multimedia content so commanders can distinguish verified from unverified intelligence from deployed units during field operations — including in GPS-denied and bandwidth-constrained scenarios.
Three high-value commercial verticals where the regulatory mandate, the threat severity, and CerVaLens' on-device architecture align into an immediate procurement opportunity.
Newsrooms verifying field-captured content before publication. Major C2PA-member newsrooms are actively seeking retroactive verification tools — particularly for content where metadata has been stripped during social media sharing.
Banks verifying video and voice identity against deepfake injection attacks during KYC and transaction authorization. Voice-only deepfake detection has established commercial traction in the US banking sector; CerVaLens adds image and video authentication to extend that coverage.
NGOs, election boards, and campaigns needing offline-capable verification of political media. 28 states now mandate synthetic media disclosure in political communications — creating an active compliance market ahead of the 2026 election cycle.
Because all detection runs on-device, CerVa carries no cloud infrastructure costs — yielding a structurally lower operating-cost profile than cloud-based competitors across both licensing tiers.
SDK with simple API — authenticate(mediaFile) → confidence + provenance. Designed for platform integration at scale.
Full SDK deployment with unlimited authentications, C2PA-compatible output, and dedicated integration support. Suited for financial institutions, newsrooms, and government agencies.
Custom enterprise pricingSBIR Phase II and OTA prototype contract pathway. Following the Defense Innovation Unit's $2.4M Hive AI precedent, CerVaLens is positioned as a unique on-device, physics-based capability for the next solicitation cycle.
SBIR / OTA / STRATFI