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POSTURE: PHASE I R&D

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PROGRAM • June 2026

Ascension Labs Accepted into the NVIDIA Inception Program

Ascension Labs has been accepted into the NVIDIA Inception program, strengthening access to ecosystem resources, technical support, and accelerated computing pathways as the company advances governed autonomous intelligence for high-assurance environments.

The milestone supports continued development of Cybernetic Autonomous Intelligence (CAI) as an architecture-first intelligence stack focused on autonomous decision support, reasoning and orchestration, runtime governance, explainable execution, and scalable infrastructure for inference and deployment.

Ascension Labs is pursuing a different path from conventional model-centric AI deployment: control, validation, explainability, and human-commanded authority are treated as architectural requirements, not post-hoc safeguards.

Autonomy is not a model problem. It is a governed system problem.

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VALIDATION Mar 5, 2026

CAI Reasoning Engine Internally Benchmarked at 1.16ms Under 72-Hour Load Test

Ascension Labs internally observed sustained 1.16ms core reasoning latency across a 72-hour continuous benchmark at peak throughput — measured at the core reasoning layer, not at the interface.

Read — 4 min

SECURITY Mar 4, 2026

CERTUS Boundary Integrity: No Bypass Observed Across 312 Internal Stress Scenarios

HITL protocol observed CERTUS escalation gates holding across 312 internal test conditions — including competing instruction sets, conflicting authority signals, and edge-case injection. Human authority chain behavior remained intact under the tested conditions.

Read — 3 min

RESEARCH Mar 2, 2026

30-Day Air-Gap Isolation Evaluation Completed

CAI maintained tested local subsystem capability across a 30-day network isolation evaluation with zero external connectivity. Tested subsystems remained nominal, and no capability degradation was observed across the defined local functionality profile.

Read — 2 min

RESEARCH Feb 28, 2026

GPX Phase I: Formal Proof Coverage Reaches 4 of 7 Tested Execution Classes

Guided Provable eXecution formal verification has reached proof coverage for 4 of 7 concurrent state-transition classes under current Phase I research. Composite proof synthesis latency was internally measured at 0.34ms within the current prototype threshold.

Read — 4 min

Archive Index

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Jun 2026 Ascension Labs Accepted into the NVIDIA Inception Program PROGRAM
Feb 26 AICINT Taxonomy: 9 Primary Signal Classes Defined for Phase I Evaluation RESEARCH
Feb 24 Adversarial Injection: No Logic Corruption Observed Across 14 Tested Vectors SECURITY
Feb 21 DARKINT Provenance Filter Internally Observes 99.1% Source Integrity Rate RESEARCH

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