Cyber-Physics provides a deterministic operational governance layer that complements existing enterprise cybersecurity ecosystems by preserving operational stability, governance continuity, and evidence integrity.
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A deterministic operational governance framework for modern cyber infrastructures.
Cyber-Physics transforms cyber operations from probabilistic observation into deterministic operational governance.
Traditional cybersecurity architectures focus on observation, analysis, alert generation, and response.
Cyber-Physics introduces an additional governance layer focused on operational continuity, deterministic state transitions, evidence preservation, and runtime stabilization.
The objective extends beyond event detection to preserving operational truth throughout runtime execution.
Deterministic runtime governance based on explicit operational state transitions.
Deterministic Governance Evidence Chain for governance traceability and evidence continuity.
Runtime reconstruction and deterministic replay for operational validation.
Preservation of operational continuity across dynamic cyber infrastructures.
Enterprise-ready containerized runtime architecture.
Designed for modern cloud-native and Kubernetes-based environments.
Cyber-Physics provides a structured enterprise evaluation program designed to assess deterministic operational governance under real-world deployment conditions.
Explore the research foundations, runtime architecture, governance framework, and deterministic operational model behind Cyber-Physics.
Version 3.6 Enterprise Edition
Access the official Cyber-Physics Enterprise Documentation Suite, including architecture, evaluation, governance, and technical references.
Cyber-Physics is designed to complement existing enterprise cybersecurity ecosystems through deterministic operational governance, without replacing SIEM, XDR, EDR, or observability platforms.
Cyber-Physics Research Initiative
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m.kazem@cyber-physicsnet.net