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The Growing Cryptographic Risk Crisis and the Rise of CBOM

P
Presales Team2025-06-05

As encryption becomes foundational to digital trust, cryptographic governance is emerging as a critical cybersecurity discipline.

While organizations invest heavily in vulnerability management and software security, cryptographic assets often remain unmanaged and poorly understood. As encryption becomes foundational to digital trust, cryptographic governance is emerging as a critical cybersecurity discipline.

Overview

Most organizations cannot accurately answer fundamental questions such as where encryption is used, which algorithms protect sensitive data, where certificates are deployed, or whether outdated cryptographic implementations still exist within their applications. This lack of visibility creates significant security, compliance, and operational risks. A Cryptography Bill of Materials (CBOM) addresses these challenges by providing a comprehensive inventory of cryptographic assets across the software ecosystem.

Why Cryptography Matters More Than Ever

  • Encryption as the foundation of digital trust
  • Protecting sensitive business and customer data
  • Supporting regulatory compliance
  • Securing cloud-native and distributed environments

Common Cryptographic Vulnerabilities

  • Weak encryption algorithms
  • Deprecated hashing functions
  • Hardcoded secrets and keys
  • Expired or misconfigured certificates
  • Insecure key management practices

The Visibility Gap in Enterprise Environments

  • Lack of centralized cryptographic inventories
  • Limited visibility into embedded encryption
  • Challenges across hybrid and multi-cloud environments
  • Difficulty tracking cryptographic dependencies

The Business Impact of Cryptographic Weaknesses

  • Data breaches and information exposure
  • Compliance violations and fines
  • Service outages caused by certificate failures
  • Loss of customer trust

What a CBOM Reveals That Traditional Tools Cannot

  • Cryptographic libraries and dependencies
  • Encryption algorithms in use
  • Key and certificate inventories
  • Cryptographic configuration risks
  • Weak or outdated implementations

Preparing for Future Cryptographic Threats

  • Cryptographic agility
  • Quantum computing considerations
  • Algorithm migration strategies
  • Long-term governance planning

Industry Use Cases

  • BFSI: Protecting financial transactions
  • Healthcare: Securing patient records
  • Government: Protecting sensitive information
  • Telecom: Managing large-scale cryptographic infrastructures

How ShieldVUE Simplifies Cryptographic Asset Management

  • Automated CBOM generation
  • Cryptographic asset discovery
  • Certificate and key visibility
  • Governance dashboards and compliance reporting
Executive Takeaway: Organizations cannot effectively manage cryptographic risk without first understanding where cryptography exists and how it is implemented.