CASEIT2U2 SECURE LABS Architect of the Eternal Trust Boundary (ETB) Framework Contact: Justin Schomer, Founder Web Access: ://substack.com
Caseit2u2 Secure Labs provides deep-tech hardware-rooted cybersecurity engineering, specializing in low-layer firmware/hardware trust boundary validation. Our signature product, the Eternal Trust Boundary (ETBV) framework, delivers universal, system-agnostic state-machine isolation that eliminates the cybersecurity industry's core structural vulnerability: vertical trust exploitation.
- Layer Zero Gate Enforcement: Real-time filtration of unauthorized hardware-firmware state transitions.
- Stream-Processing Telemetry Engines: Advanced data engines engineered to stream and map deep-layer telemetry natively into STIX 2.1 JSON compliance compliance formats.
- Proactive Continuous Pressure-Testing: Automated validation tools that replace static code audits with active, real-time platform invariant verification.
- Institutional Recognition: The underlying technical weakness isolated by our framework was fast-tracked by MITRE senior leadership into a formal Phase 03 Initial Review track directly as a child under the root CWE-1000 (Research View) taxonomy.
- Intellectual Property Protection: Core vertical boundary filtration mechanics and state isolation architectures are fully protected under active Patent-Pending status.
- Sub-Millisecond Performance: Prototyped hardware-in-the-loop attestation engines operate at unmatched execution speeds of 0.13ms, neutralizing threats before propagation without system degradation.
- Federal Ingestion Readiness: Built-in data pipelines natively emit STIX 2.1 bundles with custom telemetry extensions tailored for automated federal defense networks such as the White House's GOLD EAGLE hub and CISA orchestration points.
- Critical Log Profiling: Successfully analyzed 326 production hardware environment transitions, isolating 88 severe serialization constraints and capturing a catastrophic 10,000ms system freeze occurring below operating system visibility.
- Stress Test Resiliency: The ETBV completed state-filtration engine successfully withstood 158,000+ targeted multi-layered attacks across live environment simulations with zero security breaches or platform degradation.