Continuous verification of organizational security posture for critical infrastructure and sovereign enterprises
**CypSec's enterprise attestation framework** provides real-time cryptographic verification of organizational security controls, enabling continuous compliance monitoring and sovereign risk assessment without dependency on foreign audit frameworks or commercial certification bodies. Built upon post-quantum cryptographic primitives and deployed within _air-gapped national infrastructure_, the framework establishes immutable security posture records resistant to tampering, forgery, or jurisdictional coercion.
Unlike traditional compliance frameworks that provide point-in-time snapshots vulnerable to audit fatigue and checkbox security, CypSec's approach implements continuous telemetry ingestion from security controls, _threat detection systems_, and incident response workflows. This enables dynamic security posture validation that reflects actual operational readiness rather than documented assumptions about security control effectiveness.
Automated verification of security control implementation across _network infrastructure_, _endpoint protection_, _identity management_, and data protection systems. Implements continuous compliance monitoring against _NIST 800-53_, _ISO 27001_, and sector-specific frameworks including _NERC CIP_ for critical infrastructure and _FedRAMP_ for government cloud services.
Continuous telemetry analysis of security control effectiveness and drift detection
Cryptographic validation of system configurations against security baselines
Automated validation of patch management processes and vulnerability remediation workflows
Validated incident response capabilities through simulated breach scenarios, _forensic readiness assessment_, and recovery procedure verification. Implements purple team exercises combining _red team attack simulation_ with _blue team detection and response_ to ensure measurable security effectiveness rather than theoretical response capabilities.
Controlled attack scenarios validating detection, containment, and eradication capabilities
Evidence collection, preservation, and chain-of-custody procedure verification
Recovery time objectives and recovery point objectives testing under adversarial conditions
Cryptographic validation of vendor security postures, _software component integrity_, and hardware supply chain authenticity. Implements zero-trust vendor verification with _continuous monitoring_ of third-party security controls, _incident response capabilities_, and data processing practices across _cloud services_, _managed security providers_, and _critical infrastructure suppliers_.
Cryptographic verification of software components and dependency integrity
Continuous validation of third-party security controls and incident response capabilities
Component origin verification and tamper-evident supply chain validation
NERC CIP, CISA Directives, Presidential Policy Directive 21 compliance
SOX, PCI DSS, FFIEC guidelines, Basel III operational risk requirements
FedRAMP, FISMA, NIST 800-171, CMMC cybersecurity maturity validation
Automatic updates to compliance requirements as regulations evolve across jurisdictions
Air-gapped infrastructure for environments requiring absolute network isolation. Implements multi-party computation for distributed key generation and threshold signature schemes.
Jurisdiction-aware deployment combining on-premises roots of trust with sovereign cloud infrastructure. Maintains data residency compliance across _multi-cloud environments_.
Multi-stakeholder verification enabling cross-organizational validation. Implements decentralized identifiers with blockchain-anchored credential revocation and real-time trust propagation.
Critical Infrastructure - Energy Sector
Financial Services - Banking
Government & Defense - Contractor
Comprehensive evaluation of current security posture across all domains: network architecture, endpoint protection, identity management, data protection, and incident response capabilities. Includes automated scanning, configuration analysis, and manual penetration testing.
Deployment of telemetry collection agents across critical systems and integration with existing security tools: SIEM, EDR, vulnerability scanners, and compliance management platforms. Establishes baseline security metrics and control effectiveness measurements.
Creation of cryptographically signed attestation statements binding organizational identity to verified security posture. Utilizes post-quantum signature schemes and zero-knowledge proofs to enable verification without exposing sensitive security details.
Publication of verified security posture in the enterprise attestation directory with granular control over information disclosure. Enables third-party verification while maintaining operational security and competitive advantage.
Establish cryptographically-verifiable security posture for your organization. Contact our enterprise team to architect a deployment model aligned with your regulatory requirements and operational constraints.
Attestation accuracy
Initial assessment completion
Post-quantum security
Sovereign infrastructure