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#Tech_book #Kernel_Security "Learning eBPF: Programming the Linux Kernel for Enhanced Observability, Networking, and Security", 2023. ]-> Repo

Vibe_Coding:_AI_Driven_Software_Development_and_Testing_2025.zip2136.24 MB

Burp Suite Professional v2026.4.3 + JDK 24 NOTE - Run this version With Java SE JDK 24 Released 13 May 2026 #pentest #security

Repost from Rootsec
burpsuite_pro_v2026.4.3.zip856.55 MB

#AppSec #Threat_Research How an image could compromise your Mac: understanding an ExifTool vulnerability (CVE-2026-3102) https://securelist.com/exiftool-compromise-mac/119866 // critical RCE vulnerability in ExifTool ≀13.49 on macOS, exploitable via malicious image metadata

#Research "Auditing Apple's Differential Privacy Framework: Implementation Bugs, Misconfigurations, and Practical Risks", May 2026. // Multiple implementation bugs and misconfigurations. Every audited mechanism that relies on floating-point noise fails to meet its advertised DP or zero-knowledge proof guarantee, due to insecure samplers with known floating-point vulnerabilities

#MLSecOps "Adaptive Probe-based Steering for Robust LLM Jailbreaking", May 2026. ]-> https://github.com/fhdnskfbeuv/adaptiveSteering ]-> https://github.com/MuyuenLP/AdaSteer // Being an attack paper, this paper focuses on revealing the breakdown of fortified LLMs, raising the average harmfulness score from 6 to 70%

#tools #exploit #Kernel_Security Linux Integrity Drift (LID): Bypassing AppArmor via eBPF pathname rewriting. Pre-LSM syscall argument manipulation with zero audit footprint https://github.com/azqzazq1/LID // LID finds kernel code paths that bypass LSM hooks entirely - subsystems that perform security-sensitive operations without consulting the LSM framework. The security check is correct. The problem is that the kernel never asks

#Malware_analysis 1⃣ CrystalX: unpacking a Go RAT through three encrypted layers https://www.derp.ca/research/crystalx-go-rat 2⃣ SHub Reaper (macOS Stealer) https://www.sentinelone.com/blog/shub-reaper-macos-stealer-spoofs-apple-google-and-microsoft-in-a-single-attack-chain 3⃣ Benchmarking LLMs for malware triage and static unpacking with Malcat https://malcat.fr/blog/benchmarking-llms-for-malware-triage-and-static-unpacking-with-malcat

#Analytics #MLSecOps Mapping NIST AI RMF + Forrester RACI -> Microsoft Security Stack // Key takeaways: - NIST AI RMF -> the risk lifecycle (Govern -> Map -> Measure -> Manage) - Forrester RACI -> the ownership model (one clear "A" per activity) - Microsoft Security -> the governance and protection plane (identity, telemetry, tool gateway, protection, etc.)

#MLSecOps #Tech_book "Generative AI with LangChain: Build production-ready LLM applications and advanced agents using Python, LangChain, and LangGraph", 2nd Edition, 2025. // Go beyond foundational LangChain documentation with detailed coverage of LangGraph interfaces, design patterns for building AI agents, and scalable architectures used in production - ideal for Python developers building GenAI applications

#SCA #Research #Mobile_security "Capacitive Touchscreens at Risk: A Practical Side-Channel Attack on Smartphones via Electromagnetic Emanations", May 2026. // This paper presents TESLA, a novel, contactless electromagnetic side-channel attack that exploits inherent EM emanations during touchscreen scanning. We demonstrate that these emanations encode the spatiotemporal evolution of touch interactions, forming a unified leakage basis

#tools #Fuzzing "PickleFuzzer: A Case Study in Fuzzing for Discrepancies Between Python Pickle Implementations", May 2026. ]-> https://github.com/Legoclones/PickleFuzzer // Python's native serialization protocol, pickle, is a powerful but insecure format for transferring untrusted data. It is frequently used, especially for saving machine learning models, despite known security challenges. PickleFuzzer - custom generation-based fuzzer that identifies inconsistencies across pickle implementations

TCM - Programming with AI. 2026.zip337.09 MB