Attackers Are Already Storing Your Sensitive Data
Adversaries are harvesting encrypted traffic today, waiting for quantum computers to break it tomorrow. Use ITVA to discover your cryptographic exposure and migrate to quantum-safe encryption before it's too late.
Attackers Harvest Encrypted Data Now
"Harvest Now, Decrypt Later" attacks are already underway
Quantum Computers Break the Encryption
Quantum computers decrypt all harvested data
Steps to Being Quantum Safe
A phased approach to migrating your cryptographic infrastructure to post-quantum algorithms.
Build Cryptographic Inventory
Discover and catalog every cryptographic asset across your environment — TLS applications, certificates, SSH keys, and more. Identify your most sensitive applications and prioritize them for migration.
Enable Post-Quantum Safe Encryption
Implement hybrid cryptographic support for backwards compatibility, starting with your most sensitive applications. Hybrid mode runs quantum-safe and classical algorithms in parallel during the transition.
Disable Non-Quantum-Safe Encryption
Once migration is complete, disable all legacy encryption algorithms that are vulnerable to quantum attacks. Achieve full post-quantum readiness across your entire infrastructure.
How ITVA Gets You There
From discovery to full quantum readiness — ITVA automates every step of your PQC migration.
Automate Cryptographic Discovery
Automatically discover and inventory all cryptography across your environment — TLS applications, certificates, and SSH keys. No manual audits or spreadsheets required.
TLS Applications
1,247 discovered
Certificates
3,891 discovered
SSH Keys
892 discovered
Fingerprint Applications for Migration
Utilize application fingerprinting to build a unique list of your applications and their versions. Map each to the PQC-safe algorithms they need to migrate to.
Track Quantum Readiness Progress
Monitor progress across your entire environment in real time. See exactly what percentage of your infrastructure is quantum safe and what still needs attention.
Quantum Readiness
4,512 of 6,030 assets migrated
100% Post-Quantum Ready
Achieve full quantum readiness certification across your entire infrastructure
CNSA 2.0 Regulatory Timeline
NSA's Commercial National Security Algorithm Suite 2.0 sets clear deadlines for quantum-safe migration.
CNSA 2.0 Requirements
Required algorithms for quantum readiness
Symmetrical Encryption
AES-256
Public Key Exchange
ML-KEM
Certificate Public Key
ML-DSA
Hashing
SHA-384 / SHA-512
Deprecated
No RSA or ECC
Compliance Deadlines
Key milestones for quantum-safe transition
Hybrid Support Required
Organizations must support hybrid mode with both CNSA 2.0 and classical encryption algorithms running in parallel.
CNSA 2.0 Preferred
CNSA 2.0 algorithms should be the preferred default across all systems. Classical fallback still permitted.
Complete Quantum Ready
All non-quantum-safe encryption must be fully deprecated. Complete QR encryption required across all systems.