Preparing for the Post-Quantum Era
Quantum computers will break the encryption that protects virtually everything digital. We're building infrastructure that's ready for Q-Day—protecting your data today with cryptography that will still be secure tomorrow.
When Will Quantum Break Encryption?
"Q-Day"—the day a quantum computer can break current encryption—is not a matter of if, but when. Most experts estimate 5-15 years, but some data needs protection for decades.
NIST Standards Finalized
Post-quantum cryptography standards officially published. Migration can begin.
Early Adopter Migration
Government agencies and financial institutions begin implementing PQC.
Mainstream Migration
Enterprise adoption accelerates. Legacy systems become security risks.
Q-Day (Estimated)
Cryptographically relevant quantum computers become reality.
Quantum Computers Will Break...
RSA Encryption
The foundation of secure web traffic (HTTPS), VPNs, and secure email.
VulnerableECC Cryptography
Used in Bitcoin, Ethereum, digital signatures, and mobile security.
VulnerableDigital Signatures
Code signing, document authentication, and software updates.
VulnerableBlockchain Systems
Cryptocurrency wallets, smart contracts, and distributed ledgers.
VulnerableQuantum-Resistant Infrastructure
We implement NIST-standardized post-quantum cryptography throughout our platform, ensuring your AI systems remain secure before, during, and after Q-Day.
NIST Post-Quantum Algorithms
Lattice-based key exchange for secure communication
Lattice-based signatures for authentication
Stateless hash-based signatures for long-term security
Compact lattice-based signatures for constrained environments
Migration Capabilities
Swap cryptographic algorithms without code changes. Future-proof your systems.
Run classical and post-quantum algorithms in parallel during transition.
Maintain interoperability with systems not yet migrated to PQC.
Inventory your cryptographic usage and prioritize migration paths.
Post-Quantum Migration Framework
A structured approach to transitioning your organization to quantum-resistant security.
Discovery & Assessment
- Inventory all cryptographic usage
- Identify high-value data requiring long-term protection
- Assess vendor and partner readiness
- Document certificate and key infrastructure
Planning & Prioritization
- Prioritize systems by risk and sensitivity
- Select appropriate PQC algorithms
- Design hybrid migration strategy
- Create testing and rollback plans
Implementation
- Deploy crypto-agile infrastructure
- Implement PQC in new systems first
- Migrate existing systems by priority
- Enable hybrid mode during transition
Validation & Monitoring
- Test quantum-resistant implementations
- Monitor for cryptographic issues
- Update as standards evolve
- Maintain audit documentation
Why Act Now?
Data Has a Shelf Life
Medical records, financial data, and trade secrets need protection for 10-30+ years. Data encrypted today may be vulnerable before its sensitivity expires.
Migration Takes Time
Large organizations need 3-5 years to fully migrate. The longer you wait, the more compressed and risky your migration timeline becomes.
Compliance Is Coming
Government mandates and industry regulations are beginning to require quantum-resistant cryptography. Early adopters will have a competitive advantage.
Start Your Quantum Security Journey
Get a comprehensive assessment of your quantum risk and a customized migration roadmap from our security experts.