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A Cryptographic Bill of Materials is an inventory of every piece of cryptography in your organization - every algorithm, every key length, every protocol version, every certificate, every cryptographic library. Think of it like a parts list for a car, except instead of physical parts, you're tracking RSA-2048 keys in your web servers, AES-128 in your VPN, SHA-256 in your code signing, ECDSA in your IoT firmware, and TLS 1.2 in your legacy applications. The NSA's CNSA 2.0 guidance says creating a CBOM is step one for quantum readiness - you can't migrate what you don't know exists. Most organizations discover they have "shadow crypto" in places they never expected, like embedded devices deployed 10 years ago that still use MD5.
Security teams estimate they're unaware of 60% of their cryptographic implementations. That hidden crypto becomes a ticking time bomb when quantum computers arrive. A single unpatched RSA key in an IoT device or forgotten API can compromise your entire network. The CBOM finds it before attackers do.
Creating a CBOM transforms quantum migration from impossible to manageable. You can prioritize - migrate your most critical or most exposed systems first. You can estimate - know how many engineers and how much time you need. You can comply - prove to auditors and regulators that you've addressed quantum risk.
Planning post-quantum migration, conducting quantum risk assessments, meeting NSA CNSA 2.0 requirements, passing compliance audits, due diligence in mergers and acquisitions, securing supply chains, identifying cryptographic vulnerabilities
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CBOM, cryptographic bill of materials, crypto inventory, cryptographic discovery, quantum risk assessment, NSA CNSA 2.0, cryptographic assets, algorithm discovery, shadow crypto, PQC planning, supply chain security