Data Security & Identity

We help clients secure data and access paths across cloud, edge, and enterprise environments. Our work covers identity-centric architectures, device identifiers, signed requests, and token-based authorization that keep sensitive workflows locked to the right users and systems.

Cryptographic and Hardware Roots of Trust

Security isn't just software; it starts at the silicon. Drawing on our background in encrypted data links and cryptographic design, we help protect innovations that bridge the gap between hardware and high-level policy. This includes:

• Secure Enclaves & TEEs: Protecting key material and execution environments.
• Blockchain & Ledger Tech: Distributed consensus mechanisms and immutable logging.
• Device Identity: PUFs (Physical Unclonable Functions) and hardware-backed attestation.

Identity-Centric Architectures

Modern security moves beyond the perimeter. We draft claims that capture the dynamic nature of access control:

• Zero-Trust Flows: Continuous verification, least-privilege access, and just-in-time credentialing.
• Token Economies: OAuth, JWT, and custom authorization schemes that manage access across distributed microservices.
• Policy Engines: The logic that governs who gets access to what, when, and under which context.

How We Help

We work with engineering teams to turn architecture and threat models into patent-ready disclosures. We understand the difference between a generic "encrypting step" and a novel key management lifecycle. We build claim sets that cover key integration points—gateways, agents, SDKs, and identity providers—so your IP covers the actual enforcement points in your stack.