Daily Edition · Page 5

THE DAILY INDEX

Technology, AI, software, security, crypto and business

ATTACKS & VULNERABILITIES

TLDR InfoSec

DOZENS OF MALICIOUS PACKAGES ON NPM COLLECT HOST AND NETWORK DATA

Socket's threat research team discovered 60 packages on NPM that collect sensitive information about a device and send it to Discord. The malicious packages contain a post-install script that collects hostnames, internal IPs, user home directories, current working directories, usernames, and system DNS servers. Socket did not detect any additional payloads, but reported the packages for removal.

HOW TO AUTOMATE INCIDENT RESPONSE FOR AMAZON EKS ON AMAZON EC2

This AWS blog post explains how to automate incident response for Amazon EKS clusters, highlighting key differences from EC2 response procedures. It covers EKS-specific challenges like pod-to-process mapping, network isolation using cordoning and network policies, and presents a customized automated forensics solution that handles acquisition, isolation, investigation, and reporting for EKS security events.

LEVERAGING SYSMON TO COMPLEMENT EDR AND ADDRESS EVASION TECHNIQUES

Attackers can bypass EDR solutions using techniques such as kernel hooking, syscall injections, DLL unhooking, process hollowing, and APC injection to evade detection. Sysmon event IDs 1, 7, 8, 10, 11, and 12 detect these evasion methods by monitoring process creation, DLL loads, thread injection, memory access, file creation, and registry modifications. Combining Sysmon with traditional EDR forms a layered defense, capturing endpoint activities that standard EDRs miss, particularly low-level memory manipulation and kernel-level operations.

BREAKING RSA ENCRYPTION JUST GOT 20X EASIER FOR QUANTUM COMPUTERS

New research from Google Quantum AI indicates that RSA-2048 encryption can be cracked by a quantum computer with one million qubits in one week, needing 20 times fewer qubits than Google's 2019 estimate due to algorithmic improvements. This advancement shortens the timeline for when the current RSA encryption schemes become vulnerable, with experts predicting that quantum computers will break asymmetric cryptography by 2029. Organizations must accelerate post-quantum cryptography adoption immediately, as the multi-year migration timeline means preparation cannot wait, even if quantum attacks are still years away.

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