Operational value
Reduced dependency on one algorithm
IBDCP architecture
Post-quantum-ready security
IBDCP is designed for crypto agility: identities, signatures and evidence formats can evolve as approved post-quantum algorithms and operational standards mature. This is readiness for controlled migration, not a claim that every surrounding system is quantum-safe.
The business problem
Long-lived records may need integrity and identity assurance beyond the useful life of current cryptography, while abrupt algorithm replacement can break interoperability.
How IBDCP addresses it
Versioned cryptographic profiles, algorithm separation and evidence renewal create a path for phased transition without redesigning every application.
Inventory cryptographic dependencies
Define approved versioned profiles
Migrate signatures and verification paths
Renew long-lived evidence where required
Decision relevance
Trust value
Planned transition instead of emergency replacement
Architecture value
Consistent verification policy across applications
Security and governance boundary
Post-quantum security depends on correct implementations, key management, endpoints and approved standards. IBDCP cannot make an insecure device or compromised credential trustworthy.
Implementation evidence
Wallet identity, recovery and signed evidence workflows are practical places to apply crypto-agile policy.
Related evidence and capabilities
Next decision
Evaluate one bounded business process.
Start with the workflow where fragmented authority, custody or provenance is already creating cost, delay or risk.
Assess the business case