Important News:SafeLogic Announces General Availability for CryptoComply PQ TLS! Read the press release!

 

 

 

CryptoComply PQ TLS

Protect Your Sensitive Data in Transit by Securing Your TLS Connections Against Quantum Threats

 

 

 

 

Protect Against Harvest Now Decrypt Later Attacks

Quantum computing promises to provide revolutionary capabilities, but it also brings new risks. Classic assymmetric encryption algorithms, including RSA and Elliptic Curve Cryptography, will be vulnerable to quantum attacks, leaving today’s TLS connections exposed.

Even before quantum computers become widely available, adversaries can leverage “Harvest Now, Decrypt Later” (HNDL) attacks, collecting encrypted data today to decrypt in the future. Organizations with long-term sensitive data must act now to protect their assets.

SafeLogic’s CryptoComply PQ TLS provides a drop-in, commercial-grade, quantum-resistant TLS solution. It leverages SafeLogic’s CAVP-certified implementation of the ML-KEM post-quantum cryptography algorithm to enable quantum-resistant TLS connections without the need for extensive ecosystem changes.

secure-your-tls-connections-against-quantum-threats

 

Are You Prepared for the Transition to Post-Quantum Cryptography?

Download our free eBook, "PQC Migration: Where Are We Now?", to understand the latest NIST standards, deprecation timelines, and best practices for ensuring a smooth PQC migration.

Why TLS is an Ideal Starting Point for PQC Migration

why tls needs to be quantum-resistant

 

  1. TLS (Transport Level Security) is widely used by web browsers, websites, web services, email services, messaging and communications applications, enterprises, the government and military, IoT, and IT.
  2. TLS handshakes use quantum-vulnerable asymmetric (public key) cryptography.
  3. Even without sufficiently strong quantum computers to break PKI today, organizations using TLS to transport sensitive data with long lifespans are vulnerable to ‘harvest now, decrypt later’ (HNDL) attacks.
  4. TLS is a highly robust protocol with seamless backward compatibility with classical-only algorithms if one endpoint is not yet PQC-ready, so PQC migration does not have to be all-or-none.
  5. Making TLS connections quantum-resistant to secure data in transit without an entire ecosystem switch can be a quick win for organizations and vendors migrating to PQC.

Introducing CryptoComply PQ TLS

CryptoComply PQ TLS provides organizations with an enterprise-ready, quantum-resistant TLS solution that integrates seamlessly with existing TLS implementations. Built on SafeLogic’s proven cryptography platform, it delivers:

Drop-in replacement for OpenSSL 3.x based TLS 1.3 implementations

Works with existing systems and applications without any changes to source code.

Pure PQ mode enables quantum-resistant TLS​

In this mode, all TLS connections between endpoints are encrypted with the NIST standard ML-KEM (FIPS 203) PQC algorithm.

Hybrid mode

Combines classical and quantum-resistant encryption for FIPS 140-3 compliance and defense-in-depth.

Backward compatibility mode

Simplifies PQC migrations by working with non-PQC endpoints.

CAVP-certified, Commercial-grade ML-KEM

SafeLogic's implementation of the ML-KEM algorithm is 20% faster than PKI.

Policy-based crypto-agility

Change cryptographic algorithms on the fly without modifying application code.

Enterprise-class support

Designed for organizations that expect and need commercial-grade support for mission-critical systems. 

Fast and easy deployment

Best-in-class ease-of-use installs in minutes, available for multiple platforms.

Three Flexible Operating Modes Ensure Broad Inter-Operability

CryptoComply PQ TLS ensures compatibility across different security postures with three configurable modes:

  1. Pure PQ Mode – Deploy fully quantum-resistant TLS connections where both endpoint support ML-KEM.
  2. Hybrid Mode – Combine post-quantum cryptography with SafeLogic’s FIPS 140-3 validated algorithms for regulatory compliance and quantum protection.
  3. Legacy Mode – Maintain interoperability with classic TLS implementations when necessary.

Why SafeLogic?

SafeLogic has been a trusted leader in cryptographic security since 2012. We are the first FIPS 140-3 certified software vendor to receive a CAVP certificate for our ML-KEM implementation, validating its security, performance, and adherence to NIST standards.

CAVP Certification for SafeLogic's PQ TLS

 

Key Advantages of CryptoComply PQ TLS Over Open-Source ML-KEM Implementations

  • CAVP certification proves SafeLogic's ML-KEM implementation meets the industry's most extensive cryptography algorithm functionality and compliance requirements.
  • Commercial-grade ML-KEM implementation features SafeLogic security engineering for entropy, memory management, performance, side-channel attack prevention, and more.
  • Avoid going 'historical' like with some open-source cryptography modules, making them ineligible for new federal procurements.
  • Stay protected with SafeLogic Many open-source implementations of ML-KEM, such as liboqs and PQ-Clean, were written by researchers and mathematicians for prototyping and algorithm testing only.

Supported Configurations

FIPS 140-3 Approved Configurations

Security Strength Hybrid Algorithm TLS 1.3 Group Name

128 bits

P256 ML-KEM 512

p256mlkem512

192 bits

P384 ML-KEM 768

p384mlkem768

256 bits

P521 ML-KEM 1024

p521mlkem1024

Additional Non-FIPS 140-3 Approved Configurations

Security Strength Hybrid Algorithm TLS 1.3 Group Name

128 bits

X25519 ML-KEM 512

x25519mlkem512

128 bits

x25519 ML-KEM 768

x25519mlkem768

future-proof-your-security-with-cryptocomply-pq-tls

Future-Proof Your Security with CryptoComply PQ TLS

The transition to post-quantum cryptography is inevitable. Organizations that act now will be prepared for the quantum future while ensuring compliance with evolving security standards. Don’t wait until it’s too late! Protect your data today with CryptoComply PQ TLS.

Want to learn more about how SafeLogic's CryptoComply PQ TLS can help? Speak with one of our experts.