Your current Linux kernel may lack newer cryptographic algorithms and encryption acceleration—even when your hardware supports it. Upgrading the kernel isn’t always practical.
Join wolfSSL to explore how the wolfCrypt Linux kernel module brings post-quantum cryptography and accelerated encryption to existing Linux deployments. Learn how it also detects VM cloning and snapshot restores and automatically reseeds its random number generators.
What you’ll learn
- Accelerate LUKS/dm-crypt and IPsec with Intel VAES/AVX512, including on kernels without native VAES support
- Access post-quantum algorithms, including ML-KEM and ML-DSA, through the standard Linux kernel crypto API
- Use vector acceleration in interrupt handlers and NEON/crypto instructions on ARM and arm64
- Automatically reseed after VM cloning, snapshot restores, and hibernation—even without native vmgenid support
- Check module integrity, trigger FIPS self-tests, and monitor random number generation
Ask the Expert
Our experts answer key questions about what attendees will learn
Can I use VAES/AVX512 without upgrading my kernel?
The module provides Intel VAES/AVX512 acceleration for LUKS/dm-crypt and IPsec, including on kernels without native VAES support.
How do kernel crypto consumers access post-quantum algorithms?
The module registers algorithms including ML-KEM and ML-DSA through the standard Linux kernel crypto API.
What happens to random number generation after VM cloning or snapshot restoration?
The module detects these events and automatically reseeds its random number generators, even on kernels without native vmgenid support. It also reseeds after hibernation.
Date: November 5 | 9 AM PT
Register now to learn how wolfCrypt can accelerate encryption and add post-quantum support to your existing Linux deployment.
If you have questions about any of the above, please contact us at facts@wolfssl.com or call us at +1 425 245 8247.
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