⤷ Title: Quantum-Proofing the Kernel: Linux 7.0 Debuts ML-DSA to Defeat Future Supercomputers
════════════════════════
𐀪 Author: ddos
════════════════════════
ⴵ Time: Mon, 16 Feb 2026 16:08:49 +0000
════════════════════════
⌗ Tags: #Linux #AES optimization #Cybersecurity 2026 #Dilithium #kernel module signing #Linux 7.0 #ML_DSA #NIST FIPS 204 #Post_Quantum Cryptography #PQC #SHA_1 removal #Tech News 2026
════════════════════════
𐀪 Author: ddos
════════════════════════
ⴵ Time: Mon, 16 Feb 2026 16:08:49 +0000
════════════════════════
⌗ Tags: #Linux #AES optimization #Cybersecurity 2026 #Dilithium #kernel module signing #Linux 7.0 #ML_DSA #NIST FIPS 204 #Post_Quantum Cryptography #PQC #SHA_1 removal #Tech News 2026
Penetration Testing Tools
Quantum-Proofing the Kernel: Linux 7.0 Debuts ML-DSA to Defeat Future Supercomputers
Within the newly inaugurated Linux 7.0 kernel, developers have integrated robust defenses against nascent threats that currently reside