CBOM Secure > Functionalities
Cryptographic Visibility for Quantum Readiness
Simplify cryptographic governance with a scalable inventory aligned to NIST PQC Standards and CNSA 2.0.
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WHY CHOOSE CBOM Secure?
Discover. Assess. Migrate.
Replace fragmented spreadsheets and manual audits with a normalized, system-of-record inventory that captures how cryptography is implemented and used across environments.Â
Risk Classification
Classify cryptographic assets based on usage context, exposure, lifecycle status, and operational risk.
Risk Remediation
Integrate with enterprise platforms to enrich risk reporting and enable workflow-driven or automated cryptographic remediation.
Continuous Monitoring
Continuously monitor cryptographic posture to detect drift, regressions, and emerging risk over time.Discover The Functionality Of CBOM Secure
Simplify cryptographic governance with end-to-end inventory generation, automated risk assessment, policy enforcement, and seamless compliance with global security standards.
Asset IntelligenceÂ
Continuously generate a live cryptographic inventory across source code, binaries, containers, firmware, and third-party components.
- Identify algorithms, parameters, keys, certificates, and cryptographic libraries.Â
- Detect hybrid and post-quantum–relevant usage patterns.Â
- Maintain inventory accuracy across deployments, updates, and configuration changes.
Dependency MappingÂ
Map cryptographic assets to applications, services, and runtime execution paths to establish verified dependencies.Â
- Distinguish dormant cryptography from active runtime usage.
- Identify shared cryptographic components across systems.
- Enable accurate blast-radius and incident impact analysis.
Risk ControlÂ
Define and enforce cryptographic standards without operational disruption.
- Evaluate usage against NIST, FIPS 140-3, CNSA 2.0, and internal policies.Â
- Apply risk scoring based on algorithm strength, lifecycle state, and dependency criticality.Â
- Prevent non-compliant or quantum-vulnerable cryptography from entering production.Â
Controlled Migration
Plan cryptographic and post-quantum transitions using dependency-aware analysis.
- Prioritize replacement of weak, deprecated, or quantum-vulnerable cryptography.Â
- Support phased modernization without breaking applications.Â
- Track migration progress and residual cryptographic risk over time.Â
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Latest Resources
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Certificate Lifecycle Management
ACME Clients on Linux for Easy SSL/TLS Management
ACME clients on Linux automate SSL/TLS certificate issuance, renewal, and deployment. Compare Certbot, acme.sh, and Lego to find the right tool for your infrastructure.
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White Paper
The Cryptographic Saga of CBOM Secure
Explore continuous cryptographic discovery, quantum-ready migration, and real-time compliance monitoring, all in one platform.
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Video
Google’s 2029 Quantum Deadline Explained (Part 1) | What Every Organization Must Understand
Explore expert insights on cybersecurity, PKI, and post-quantum readiness, with practical guidance to strengthen security and future-proof cryptography.
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