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Tag: decryption

  • The Register: Apple’s alleged UK encryption battle sparks political and privacy backlash

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    Kurt Seifried
    in

    Source URL: https://www.theregister.com/2025/03/14/apple_uk_encryption_hearing/ Source: The Register Title: Apple’s alleged UK encryption battle sparks political and privacy backlash Feedly Summary: National security defense being used to keep appeal behind closed doors US politicians and privacy campaigners are calling for the private hearing between Apple and the UK government regarding its alleged encryption-busting order to be aired…

  • Threat Research Archives – Unit 42: Uncovering .NET Malware Obfuscated by Encryption and Virtualization

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    Kurt Seifried
    in

    Source URL: https://unit42.paloaltonetworks.com/malware-obfuscation-techniques/ Source: Threat Research Archives – Unit 42 Title: Uncovering .NET Malware Obfuscated by Encryption and Virtualization Feedly Summary: AI Summary and Description: Yes **Summary:** This article provides a detailed examination of sophisticated obfuscation techniques utilized by various malware families, specifically focusing on how these methods enhance the ability of malware to evade…

  • Hacker News: PurrCrypt: Steganographic Encryption Disguised as Pet Sounds

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    Kurt Seifried
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    Source URL: https://github.com/vxfemboy/purrcrypt Source: Hacker News Title: PurrCrypt: Steganographic Encryption Disguised as Pet Sounds Feedly Summary: Comments AI Summary and Description: Yes Summary: The text describes a whimsical encryption tool called PurrCrypt that disguises real cryptographic messages as playful “pet talk,” specifically using feline and canine expressions. It creatively combines strong security practices, such as…

  • Hacker News: GoStringUngarbler: Deobfuscating Strings in Garbled Binaries

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    Kurt Seifried
    in

    Source URL: https://cloud.google.com/blog/topics/threat-intelligence/gostringungarbler-deobfuscating-strings-in-garbled-binaries Source: Hacker News Title: GoStringUngarbler: Deobfuscating Strings in Garbled Binaries Feedly Summary: Comments AI Summary and Description: Yes Summary: This text details the challenges associated with analyzing malware written in Go that utilizes the garble obfuscator, focusing on the introduction of the GoStringUngarbler tool, which automates the deobfuscation process of string literals.…

  • Cloud Blog: GoStringUngarbler: Deobfuscating Strings in Garbled Binaries

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    Kurt Seifried
    in

    Source URL: https://cloud.google.com/blog/topics/threat-intelligence/gostringungarbler-deobfuscating-strings-in-garbled-binaries/ Source: Cloud Blog Title: GoStringUngarbler: Deobfuscating Strings in Garbled Binaries Feedly Summary: Written by: Chuong Dong Overview In our day-to-day work, the FLARE team often encounters malware written in Go that is protected using garble. While recent advancements in Go analysis from tools like IDA Pro have simplified the analysis process, garble…

  • Slashdot: Malicious PyPI Package Exploited Deezer’s API, Orchestrates a Distributed Piracy Operation

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    Kurt Seifried
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    Source URL: https://yro.slashdot.org/story/25/03/02/064255/malicious-pypi-package-exploited-deezers-api-orchestrates-a-distributed-piracy-operation?utm_source=rss1.0mainlinkanon&utm_medium=feed Source: Slashdot Title: Malicious PyPI Package Exploited Deezer’s API, Orchestrates a Distributed Piracy Operation Feedly Summary: AI Summary and Description: Yes Summary: A malicious PyPi package named “automslc” exploited systems for unauthorized music downloads from Deezer, bypassing access restrictions and violating API terms. Its removal from PyPI demonstrates the ongoing security challenges…

  • Cloud Blog: Announcing quantum-safe digital signatures in Cloud KMS

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    Kurt Seifried
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    Source URL: https://cloud.google.com/blog/products/identity-security/announcing-quantum-safe-digital-signatures-in-cloud-kms/ Source: Cloud Blog Title: Announcing quantum-safe digital signatures in Cloud KMS Feedly Summary: The continued advancement of experimental quantum computing has raised concerns about the security of many of the world’s widely-used public-key cryptography systems. Crucially, there exists the potential for sufficiently large, cryptographically-relevant quantum computers to break these algorithms. This potential…