CBOM Secure
Cryptography Managed Across Its Lifecycle
A machine-readable Cryptographic Bill of Materials delivering continuous visibility across software ecosystems and runtime environments.
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Why CBOM Secure?
Your cryptographic environment is larger, more complex, and more exposed than you think. CBOM Secure brings it entirely into view, covering every asset, every dependency, and every risk across your full estate in real time.
Active vs Dormant Cryptography
CBOM Secure distinguishes cryptography present in code and cryptography actually executed at runtime. Your teams fix real, exploitable risk, not theoretical exposure buried in an unused library.
Full-Estate Coverage
CBOM Secure discovers cryptographic assets across your entire environment including source code, compiled binaries, containers, runtime environments, network infrastructure, cloud KMS, HSMs, TLS endpoints, firmware, and IoT devices.
Live Inventory
CBOM Secure maintains a live, dependency-aware cryptographic graph of every algorithm, key, certificate, and library across your environment.
Audit-Ready Compliance
CBOM Secure enforces cryptographic standards continuously and delivers built-in alignment to FIPS 140-3, CMMC 2.0, CNSA 2.0, NIST, ISO 27001, and SOC 2 with audit artifacts generated automatically.
PQC Migration Built In
CBOM Secure enables crypto-agility planning by automatically surfacing quantum-vulnerable algorithms and mapping a dependency-aware migration path to NIST-standardized post-quantum algorithms.
Visible. Governed. Quantum-ready. From the ground up.
Benefits Of Our Product
Cryptographic Visibility
Identify cryptography across source code, binaries, containers, runtime environments, and operational execution layers.
Automated Inventory
Continuously maintain authoritative records of algorithms, keys, certificates, protocols, and trust dependencies.
Sensor Deployment
Deploy optimized sensors to observe cryptographic usage across applications, infrastructure, cloud platforms, and networks.
Risk Scoping
Contextually assess cryptographic exposure to rapidly isolate high-impact risks during incidents and advisories.
Policy Reporting
Deliver policy-aligned insights through structured dashboards supporting audits, compliance assurance, and cryptographic transition programs.
Discover The Functionality Of CBOM Secure
Establish continuous cryptographic control aligned with NIST, FIPS, CNSA, and regulatory governance requirements.
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Discover
Asset Intelligence
Continuously generate cryptographic inventories across source code, binaries, containers, firmware, and third-party components.- Identify algorithms, parameters, keys, certificates, and cryptographic libraries.
- Classify assets by sensitivity, NIST policy alignment, and quantum exposure.
Correlate
Dependency Mapping
Map cryptographic assets to applications, services, and runtime execution paths.- Verify active cryptographic dependencies for CMMC and ISO audits.
- Separate dormant cryptography from production usage.Â
Govern
Risk Control
Enforce cryptographic standards required by NIST, FIPS 140-3, CNSA 2.0, and CMMC 2.0.- Measure alignment with regulatory and internal cryptographic policies.
- Drive dependency-aware, phased remediation strategies.
Use Cases
Tackle your biggest security challenges with zero friction. From quantum readiness to supply chain defence, we turn complex data into solved problems.Â
Quantum Mapping
Identify quantum-vulnerable cryptography against NIST PQC and CNSA 2.0 transition requirements.
Compliance EvidenceÂ
Produce audit-ready inventories supporting FIPS 140-3, CMMC 2.0, ISO 27001, and SOC 2.
Risk PrioritizationÂ
Rank cryptographic assets by usage, dependency criticality, lifecycle status, and compliance exposure.Â
Supply Chain Risk
Expose cryptography in third-party libraries affecting SBOM, EO 14028, and CISA guidance.
Incident Analysis
Determine affected systems during CVEs using NIST SP 800-61 and 800-53 mappings.
Compliance Monitoring
Continuously monitor cryptographic posture to maintain NIST, FIPS, and ISO compliance.Deployment Options
CBOM Secure is designed to adapt to diverse enterprise environments, supporting secure deployment models aligned with organizational, regulatory, and data residency requirements.Â
On – Premises
Deploy within internal infrastructure to maintain direct operational control and localized data handling.
Cloud
Enable rapid deployment, elastic scalability, and centralized cryptographic visibility across environments.
Hybrid
Combine on-prem discovery with centralized visibility across distributed and mixed infrastructure models.
SaaS
Leverage a fully managed service for instant accessibility and continuous feature delivery, eliminating the need for deployment or maintenance.
Discover Our
Latest Resources
- Blogs
- White Papers
- Videos
Certificate Lifecycle Management
Public CA vs. Private CA: When to Use Which and Why It Matters More Than Ever
A comprehensive guide to choosing the right Certificate Authority (CA) model for your organization’s PKI strategy, and how to manage certificates at scale with CertSecure Manager.
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White Paper
Introduction to Code Signing
Learn the fundamentals of code signing, from digital signatures and certificate validation to time-stamping and application reputation. Discover how to secure your software supply chain, protect against tampering, and build long-term trust across enterprise and consumer environments.
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Video
The 2026 Guide to Upgrading Enterprise PKI and HSMs for Post Quantum Security
Explore expert insights on cybersecurity, PKI, and post-quantum readiness, with practical guidance to strengthen security and future-proof cryptography.
Watch Now
Help & Support
Frequently Asked Questions
Everything you need to know about CBOM Secure. Can't find the answer you're looking for? Send us an email and we'll get back to you as soon as possible!
What exactly is a Cryptographic Bill of Materials (CBOM) and why do we need one?
A Cryptographic Bill of Materials (CBOM) is a structured inventory that details every cryptographic asset in an organization’s software and systems, including encryption algorithms, digital keys, certificates, cryptographic protocols, and supporting libraries. What makes it powerful is not just the inventory itself, but the layer of intelligence built on top of it. CBOM Secure maps each asset to the systems and execution paths that actively depend on it, classifies them by risk and compliance alignment, and continuously updates the inventory as your environment evolves.
How is CBOM Secure different from a one-time cryptographic audit?
A point-in-time audit gives you a snapshot, while CBOM Secure gives you continuous intelligence. As your codebase evolves, new dependencies are introduced and the threat landscape shifts, CBOM Secure produces continuously reconciled state, driven by automated discovery and correlation across code, runtime, and infrastructure layers. This means compliance evidence, risk assessments, and migration plans are always based on accurate, up-to-date data rather than a report/documentation that became outdated the moment it was published.
Can CBOM Secure tell us which cryptography is actively running versus just present in code?
Yes, and this distinction is critical. CBOM Secure differentiates between dormant cryptographic code that exists but is never invoked, conditionally executed logic that only runs under specific circumstances, and cryptographic controls that are actively used in production. Rather than treating every discovered asset as an equal risk, this level of precision ensures your team focuses remediation efforts on real-world exposure, eliminating false positives and avoiding the wasted effort of chasing vulnerabilities in code paths that never reach a live environment.
How does CBOM Secure help with Post-Quantum Cryptography migration planning?
CBOM Secure helps your team see the full ripple effect of replacing any algorithm before a single change is made, showing exactly which systems and dependencies are affected and in what order they need to be addressed. Based on this, your organization can build a prioritized remediation roadmap aligned with NIST PQC and CNSA 2.0 transition requirements, sequenced around actual usage, dependency criticality, and business impact, moving forward with clarity rather than assumption.
How does CBOM Secure support us during a security incident or CVE disclosure?
When a cryptographic vulnerability is disclosed, every minute of uncertainty increases exposure. CBOM Secure accelerates incident response by instantly correlating the affected algorithm, certificate, or library to every application and service using it, based on NIST SP 800-61 and 800-53 mappings. This allows your team to scope impact precisely, contain the threat faster, and avoid the time-consuming process of manually tracing dependencies under pressure. This also reduces incident scoping time from days to minutes by eliminating manual dependency tracing.
Does CBOM Secure cover third-party and open-source components?
Yes. Supply chain risk is one of CBOM Secure’s core capabilities. It extends visibility into transitive cryptographic dependencies, including those introduced through third-party and open-source libraries for hidden cryptographic risks, exposing vulnerabilities that could affect your environment before they reach production. This directly supports compliance with EO 14028 and CISA guidance on software supply chain security.
What compliance frameworks does CBOM Secure support?
CBOM Secure doesn’t just generate reports, it maintains continuously audit-ready cryptographic evidence, mapped directly to control requirements across multiple frameworks like FIPS 140-3, CMMC 2.0, ISO 27001, SOC 2, and NIST standards. Compliance evidence is continuously maintained and structured for regulatory reviews, eliminating the need to scramble for documentation when an audit arrives.
How does CBOM Secure handle cryptographic debt from legacy systems?
Legacy environments often carry the highest cryptographic risk, with deprecated algorithms, weak key configurations, and undocumented implementations accumulated over years. CBOM Secure identifies these during platform reviews and goes a step further by mapping them to business-critical systems and their dependency chains, classifying each finding by severity and compliance exposure to build a complete picture of where the greatest risk actually sits. This enables phased, risk-based remediation that prioritizes the assets most critical to business operations and most exposed to compliance or security risk, ensuring modernization happens in a controlled, informed manner without disrupting the systems your organization depends on most.