The Quantum Threat to Encryption · HNDL, Shor, and What Breaks

Why quantum computing breaks today's encryption: Shor's and Grover's algorithms, Harvest-Now-Decrypt-Later, and exactly which algorithms (RSA, ECC, Diffie-Hellman) fail. Includes an interactive Mosca's-inequality risk check.

Qypher · Post-Quantum Cryptography Discovery, Migration & Governance

Qypher's autonomous AI agents discover an organisation's entire cryptographic estate, generate a regulator-ready Cryptographic Bill of Materials (CBOM), score quantum exposure, produce a prioritised migration plan, and generate the post-quantum migration artifacts - mapped to frameworks including NIST IR 8547, RBI, SEBI CSCRF, CERT-In, MAS, CBUAE, and the EU coordinated PQC roadmap.

Today Qypher generates the migration artifacts (PQC keys, certificates, CSRs, hybrid-TLS configurations) staged for your team to deploy. Orchestrated execution, where you approve each change, is in development.

What Qypher does

Discover every cryptographic asset across external, internal, cloud, code, and vendor systems
Score each asset for quantum vulnerability, business impact, and regulatory urgency
Generate a signed CBOM mapped to your regulations, kept current by scheduled re-scans
Produce a prioritised, per-asset migration plan
Generate migration artifacts - PQC keys, certificates, CSRs, hybrid-TLS configs - for your team to deploy (orchestrated execution in development)
Alert on score drops and expiring certificates, and forecast each regulatory deadline from your migration pace

Contact: kp@bizamply.com