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#tpm — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #tpm, aggregated by home.social.

  1. YellowKey: BitLocker Bypass or Backdoor

    YellowKey, tracked as CVE-2026-45585, is a public BitLocker bypass that abuses WinRE/recovery-path behavior to expose a protected volume without the Windows password, recovery key, or AES cracking.

    At the time of this post, the author’s GitHub and original YellowKey repo appear to be down.

    Read more: forum.hashpwn.net/post/13339

    #BitLocker #YellowKey #CVE202645585 #CyberSecurity #InfoSec #WindowsSecurity #TPM #FullDiskEncryption #hack #exploit #news #hashpwn

  2. YellowKey: BitLocker Bypass or Backdoor

    YellowKey, tracked as CVE-2026-45585, is a public BitLocker bypass that abuses WinRE/recovery-path behavior to expose a protected volume without the Windows password, recovery key, or AES cracking.

    At the time of this post, the author’s GitHub and original YellowKey repo appear to be down.

    Read more: forum.hashpwn.net/post/13339

    #BitLocker #YellowKey #CVE202645585 #CyberSecurity #InfoSec #WindowsSecurity #TPM #FullDiskEncryption #hack #exploit #news #hashpwn

  3. YellowKey: BitLocker Bypass or Backdoor

    YellowKey, tracked as CVE-2026-45585, is a public BitLocker bypass that abuses WinRE/recovery-path behavior to expose a protected volume without the Windows password, recovery key, or AES cracking.

    At the time of this post, the author’s GitHub and original YellowKey repo appear to be down.

    Read more: forum.hashpwn.net/post/13339

    #BitLocker #YellowKey #CVE202645585 #CyberSecurity #InfoSec #WindowsSecurity #TPM #FullDiskEncryption #hack #exploit #news #hashpwn

  4. YellowKey: BitLocker Bypass or Backdoor

    YellowKey, tracked as CVE-2026-45585, is a public BitLocker bypass that abuses WinRE/recovery-path behavior to expose a protected volume without the Windows password, recovery key, or AES cracking.

    At the time of this post, the author’s GitHub and original YellowKey repo appear to be down.

    Read more: forum.hashpwn.net/post/13339

    #BitLocker #YellowKey #CVE202645585 #CyberSecurity #InfoSec #WindowsSecurity #TPM #FullDiskEncryption #hack #exploit #news #hashpwn

  5. > Reforms that would break the supermajority right-wing Court’s grip on the country — its operating as a legislative veto for Democratic administrations and a hall pass for Republican ones — would go far beyond docket management and ethics reforms, though. Term limits, court packing, jurisdiction stripping — the ideas lighting up the intellectual left and spreading to Democratic officials would overhaul the Court as we know it. 

    talkingpointsmemo.com/news/dem

    #scotusreform #uspol
    #democrats #republicans
    #constitutionalreform
    #talkingpointsmemo #TPM
    #jamieraskin #kamalaharris
    #RubenGallego #darrellissa
    #michaelbaumgartner
    #callaisdecision #votingrights
    #mitchmcconnell #abrahamlincoln

  6. A zero-day exploit called YellowKey bypasses default Windows 11 BitLocker protections, giving physical attackers full drive access without recovery keys. 🔓
    Researchers linked the flaw to Transactional NTFS behavior in Windows recovery mode, raising concerns over TPM-only encryption defaults. ⚠️

    🔗 arstechnica.com/security/2026/

    #TechNews #Windows #Windows11 #BitLocker #Microsoft #Cybersecurity #Encryption #ZeroDay #Privacy #Security #TPM #Infosec #Malware #Windows #DataProtection #Hacking

  7. A zero-day exploit called YellowKey bypasses default Windows 11 BitLocker protections, giving physical attackers full drive access without recovery keys. 🔓
    Researchers linked the flaw to Transactional NTFS behavior in Windows recovery mode, raising concerns over TPM-only encryption defaults. ⚠️

    🔗 arstechnica.com/security/2026/

    #TechNews #Windows #Windows11 #BitLocker #Microsoft #Cybersecurity #Encryption #ZeroDay #Privacy #Security #TPM #Infosec #Malware #Windows #DataProtection #Hacking

  8. A zero-day exploit called YellowKey bypasses default Windows 11 BitLocker protections, giving physical attackers full drive access without recovery keys. 🔓
    Researchers linked the flaw to Transactional NTFS behavior in Windows recovery mode, raising concerns over TPM-only encryption defaults. ⚠️

    🔗 arstechnica.com/security/2026/

    #TechNews #Windows #Windows11 #BitLocker #Microsoft #Cybersecurity #Encryption #ZeroDay #Privacy #Security #TPM #Infosec #Malware #Windows #DataProtection #Hacking

  9. A zero-day exploit called YellowKey bypasses default Windows 11 BitLocker protections, giving physical attackers full drive access without recovery keys. 🔓
    Researchers linked the flaw to Transactional NTFS behavior in Windows recovery mode, raising concerns over TPM-only encryption defaults. ⚠️

    🔗 arstechnica.com/security/2026/

    #TechNews #Windows #Windows11 #BitLocker #Microsoft #Cybersecurity #Encryption #ZeroDay #Privacy #Security #TPM #Infosec #Malware #Windows #DataProtection #Hacking

  10. A zero-day exploit called YellowKey bypasses default Windows 11 BitLocker protections, giving physical attackers full drive access without recovery keys. 🔓
    Researchers linked the flaw to Transactional NTFS behavior in Windows recovery mode, raising concerns over TPM-only encryption defaults. ⚠️

    🔗 arstechnica.com/security/2026/

    #TechNews #Windows #Windows11 #BitLocker #Microsoft #Cybersecurity #Encryption #ZeroDay #Privacy #Security #TPM #Infosec #Malware #Windows #DataProtection #Hacking

  11. BitLocker Zero-Day Exposes Windows Drives to Unauthorized Access

    A security researcher, Chaotic Eclipse, has dropped a bombshell by releasing proof-of-concept code for two unpatched Windows vulnerabilities, citing frustration with Microsoft's handling of previous bug reports. This move exposes Windows drives to unauthorized access, even with TPM+PIN protection in place.

    osintsights.com/bitlocker-zero

    #Bitlocker #ZeroDay #Windows #Tpm #MfaBypass

  12. TPM’s own Hunter Walker has won a 2026 New York Press Club award for his seven-part investigative series delving into the impact of President Trump’s mass deportation agenda in New York, the U.S. city with the greatest population of immigrants, and which has seen the highest number of violent courthouse detentions.
    #immigration #IndependentMedia #TPM
    talkingpointsmemo.com/edblog/t

  13. TPM’s own Hunter Walker has won a 2026 New York Press Club award for his seven-part investigative series delving into the impact of President Trump’s mass deportation agenda in New York, the U.S. city with the greatest population of immigrants, and which has seen the highest number of violent courthouse detentions.
    #immigration #IndependentMedia #TPM
    talkingpointsmemo.com/edblog/t

  14. TPM’s own Hunter Walker has won a 2026 New York Press Club award for his seven-part investigative series delving into the impact of President Trump’s mass deportation agenda in New York, the U.S. city with the greatest population of immigrants, and which has seen the highest number of violent courthouse detentions.
    #immigration #IndependentMedia #TPM
    talkingpointsmemo.com/edblog/t

  15. TPM’s own Hunter Walker has won a 2026 New York Press Club award for his seven-part investigative series delving into the impact of President Trump’s mass deportation agenda in New York, the U.S. city with the greatest population of immigrants, and which has seen the highest number of violent courthouse detentions.
    #immigration #IndependentMedia #TPM
    talkingpointsmemo.com/edblog/t

  16. TPM’s own Hunter Walker has won a 2026 New York Press Club award for his seven-part investigative series delving into the impact of President Trump’s mass deportation agenda in New York, the U.S. city with the greatest population of immigrants, and which has seen the highest number of violent courthouse detentions.
    #immigration #IndependentMedia #TPM
    talkingpointsmemo.com/edblog/t

  17. "Trusted Platform Module (TPM)" lügt doch schon beim Namen - wie soll ich etwas vertrauen, was propritär ist und keinerlei Einsichtnahme in die Funktionsweise erlaubt?

    Ich finde "Untrusted Platform Module (UPM)" oder "Please believe me I am a good Module (PBMIAGM)" wäre besser.

    #TPM

  18. "Trusted Platform Module (TPM)" lügt doch schon beim Namen - wie soll ich etwas vertrauen, was propritär ist und keinerlei Einsichtnahme in die Funktionsweise erlaubt?

    Ich finde "Untrusted Platform Module (UPM)" oder "Please believe me I am a good Module (PBMIAGM)" wäre besser.

    #TPM

  19. "Trusted Platform Module (TPM)" lügt doch schon beim Namen - wie soll ich etwas vertrauen, was propritär ist und keinerlei Einsichtnahme in die Funktionsweise erlaubt?

    Ich finde "Untrusted Platform Module (UPM)" oder "Please believe me I am a good Module (PBMIAGM)" wäre besser.

    #TPM

  20. Did a new release of ssh-tpm-agent.

    github.com/Foxboron/ssh-tpm-ag

    `ssh-tpm-add` now supports `-c` for confirmation dialogs before key usage, along with a nice process chain. Thanks to @mic92

    #TPM #Security #OpenSSH #SSH

  21. Did a new release of ssh-tpm-agent.

    github.com/Foxboron/ssh-tpm-ag

    `ssh-tpm-add` now supports `-c` for confirmation dialogs before key usage, along with a nice process chain. Thanks to @mic92

    #TPM #Security #OpenSSH #SSH

  22. Did a new release of ssh-tpm-agent.

    github.com/Foxboron/ssh-tpm-ag

    `ssh-tpm-add` now supports `-c` for confirmation dialogs before key usage, along with a nice process chain. Thanks to @mic92

    #TPM #Security #OpenSSH #SSH

  23. Did a new release of ssh-tpm-agent.

    github.com/Foxboron/ssh-tpm-ag

    `ssh-tpm-add` now supports `-c` for confirmation dialogs before key usage, along with a nice process chain. Thanks to @mic92

    #TPM #Security #OpenSSH #SSH

  24. Did a new release of ssh-tpm-agent.

    github.com/Foxboron/ssh-tpm-ag

    `ssh-tpm-add` now supports `-c` for confirmation dialogs before key usage, along with a nice process chain. Thanks to @mic92

    #TPM #Security #OpenSSH #SSH

  25. Physical security has become an important aspect of protecting confidential computing workloads. Physical access is typically excluded from hardware vendors' CVM attack models, leaving physical and relay attacks largely unaddressed.
    Flashbots and Intel have each been working independently on solutions to help bridge this physical-access gap: writings.flashbots.net/mind-th

    #ConfidentialComputing #CloudSecurity #TPM

  26. Physical security has become an important aspect of protecting confidential computing workloads. Physical access is typically excluded from hardware vendors' CVM attack models, leaving physical and relay attacks largely unaddressed.
    Flashbots and Intel have each been working independently on solutions to help bridge this physical-access gap: writings.flashbots.net/mind-th

    #ConfidentialComputing #CloudSecurity #TPM

  27. Physical security has become an important aspect of protecting confidential computing workloads. Physical access is typically excluded from hardware vendors' CVM attack models, leaving physical and relay attacks largely unaddressed.
    Flashbots and Intel have each been working independently on solutions to help bridge this physical-access gap: writings.flashbots.net/mind-th

    #ConfidentialComputing #CloudSecurity #TPM

  28. Physical security has become an important aspect of protecting confidential computing workloads. Physical access is typically excluded from hardware vendors' CVM attack models, leaving physical and relay attacks largely unaddressed.
    Flashbots and Intel have each been working independently on solutions to help bridge this physical-access gap: writings.flashbots.net/mind-th

    #ConfidentialComputing #CloudSecurity #TPM

  29. Physical security has become an important aspect of protecting confidential computing workloads. Physical access is typically excluded from hardware vendors' CVM attack models, leaving physical and relay attacks largely unaddressed.
    Flashbots and Intel have each been working independently on solutions to help bridge this physical-access gap: writings.flashbots.net/mind-th

    #ConfidentialComputing #CloudSecurity #TPM

  30. Conseil métropolitain TPM : fiscalité 2026 et gouvernance structurent la séance à Toulon

    Réunis en préfecture du Var, les élus métropolitains ont engagé une étape clé dans l’organisation de TPM. En…
    #Toulon #FR #France #Actu #News #Europe #EU #actu #Actualités #Budget2026 #commissions #ConseilmétropolitainToulon #désignations #europe #fiscalité2026 #GEMAPI #Impôtslocaux #JoséeMassi #Provence-Alpes-Côted'Azur #Républiquefrançaise #TEOM #toulon #tpm #Var
    europesays.com/fr/903354/

  31. I read through parts of the TPM 2.0 reference implementation, whole NVRAM layer could be substituted for SD-Card ... and the code built for STM32* .. would be nifty.

    Would probably break the whole TPM hype, as it would allow for modifications but still appear "safe".

    #tpm

  32. I read through parts of the TPM 2.0 reference implementation, whole NVRAM layer could be substituted for SD-Card ... and the code built for STM32* .. would be nifty.

    Would probably break the whole TPM hype, as it would allow for modifications but still appear "safe".

    #tpm

  33. I read through parts of the TPM 2.0 reference implementation, whole NVRAM layer could be substituted for SD-Card ... and the code built for STM32* .. would be nifty.

    Would probably break the whole TPM hype, as it would allow for modifications but still appear "safe".

    #tpm

  34. I read through parts of the TPM 2.0 reference implementation, whole NVRAM layer could be substituted for SD-Card ... and the code built for STM32* .. would be nifty.

    Would probably break the whole TPM hype, as it would allow for modifications but still appear "safe".

    #tpm