Explore the cryptographic mechanics of the Cognitive Insight Audit Framework through hands-on interactive examples and verification workflows.
All demonstrations use simulated data to illustrate cryptographic verification mechanics. These interactive modules are designed for research and educational purposes to demonstrate the CIAF + LCM framework capabilities. No live AI models are executed, and all receipts, hashes, and proofs are generated for illustrative purposes only.
Interactive demonstration of how AI inferences are cryptographically anchored through the CIAF LCM pipeline.
This interactive module illustrates the CIAF + LCM verification process using simulated inference data. It demonstrates the cryptographic mechanics of hashing, Merkle batching, and capsule verification, but does not execute or evaluate a live AI model. All receipts, hashes, and proofs are generated for research and educational purposes only and should not be interpreted as production-grade audit data or real model output.
Visual representation of how AI inference receipts are organized in a cryptographic Merkle tree structure for efficient verification.
Demonstrate "cryptographic erasure" - how destroying encryption keys makes historical records unverifiable while preserving audit trail integrity per GDPR Article 17.
Interactive viewer for LCM policy parameters, domain types, and commitment algorithms as defined in the CIAF technical specification.
Interactive visualization of the eight-stage CIAF capsule lifecycle process (A-H) as defined in the CapsuleHeader specification.
Dataset identification and anchoring for traceability
Model version identification and configuration capture
Training process documentation and metrics capture
Model validation and testing before deployment
Production deployment configuration and environment setup
Production testing and evaluation metrics collection
Live inference execution and receipt generation
Cryptographic commitment and batch finalization
Compare traditional AI logging vs. LCM receipts to demonstrate the 100:1 compression ratio and significant storage cost savings.