Rezultati pretraživanja
  1. 29. sij
  2. 29. sij

    Dubbed a.k.a. L1 Data Eviction Sampling () and assigned -2020-0549, the new microarchitectural allows an attacker to choose which data to leak from the 's , unlike previously demonstrated

  3. 29. sij

    RIDL/Zombieload and L1DES/CacheOut are the latest vulnerabilities discovered in Intel CPU’s. Reports indicate is still working on fixes, but may have another ready soon

  4. 29. sij

    , or L1 Data Eviction Sampling , allows an attacker to choose which data to leak from an L1 . In previous attacks attackers need to wait for the targeted data to be available

  5. 28. sij
  6. is patching its security flaw for the third time Security researchers say the company needs to change its approach.

  7. 28. sij
  8. 28. sij

    Despite Intel’s efforts to address speculative execution vulnerabilities, researchers continue finding new attack methods and the latest has been dubbed and .

  9. 28. sij
  10. 28. sij

    Újabb két sebezhetőségről számolt be processzoraiban az Intel -

  11. 27. sij

    We sent this PoC to Intel on May 16, just hours after we got access to the patches. The paper from last year already describes the issue. Media already reported about it in November: Where's the news?

  12. 27. sij

    Finally, the disclosure is over! We present CacheOut, a new speculative execution attack to leak data on Intel CPUs via cache eviction despite current mitigations: , Andrew Kwong, Daniel Genkin and

  13. 27. sij

    Another day, another embargo and addendum! “New” (not really!) variants of the day: L1D evictions (Fig 6, RIDL paper) or and vector registers or . See . As a bonus: a faster RIDL exploit that leaks a root hash in 4s:

  14. 29. sij 2015.

    Après la rétrogradation programmée du , se positionne pour intégrer la vendredi.

  15. 7. pro 2012.

    Prendre une photo et serre la main à Mr.Zidane +boJour

  16. C'est fini à Lille ! l'emporte face à @VAFCofficiel (2-1). La suite de la 10e journée de 20h ici:

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