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Infosec · Tuesday, 2 June 2026 · Issue 8 · 14 stories

Active Netlogon RCE, npm Codex tokens, Chrome autofill bypass

Vulnerabilities & Exploits

Active Exploitation of Critical Windows Netlogon RCE (CVE‑2026‑41089) Targets Domain Controllers

The Centre for Cybersecurity Belgium (CCB) warns that CVE‑2026‑41089, a critical Remote Code Execution bug in Windows Netlogon, is now being actively exploited. The unauthenticated flaw lets attackers send crafted network packets to domain controllers and gain SYSTEM‑level code execution. Patches are available for all Windows Server versions from 2012 onward.

ccb.belgium.be ↗2 min read at source

HTML Injection Bypasses Strict CSP to Steal Chrome Autofill Passwords

A new technique shows that attackers can steal saved passwords via HTML injection even when a site enforces a strict Content Security Policy that blocks JavaScript. By injecting a fake form, Chrome’s password autofill fills it, and the attacker exfiltrates the credentials using the Referer header, requiring only a single click.

afine.com ↗13 min read at source

Unauthenticated OLT Access Lets Attackers Hijack ISP Networks

Research by Quarkslab shows that unauthenticated access to GPON Optical Line Terminals (OLTs) can let attackers hijack ISP networks. By exploiting exposed OLT interfaces, an attacker can pivot to the cloud‑based fleet manager and compromise the entire infrastructure. The findings highlight a critical security gap in telecom equipment used for FTTH services.

blog.quarkslab.com ↗42 min read at source

Researcher Recreates Lawful TLS Wiretap via CVE-2023-38198 Exploit

A security researcher reproduced the 2023 jabber.ru lawful TLS interception by chaining the acme.sh command‑injection vulnerability (CVE‑2023‑38198) with compromised network routing. The proof‑of‑concept shows how an unpatched acme.sh server can enable a covert man‑in‑the‑middle, exposing risks in state‑mandated wiretaps.

remyhax.xyz ↗10 min read at source

Threats & Malware

Gamaredon’s GammaPhish & GammaWorm: Stealthy USB‑Spreading Toolkit Targeting Ukraine

Sekoia’s Threat Detection & Research team maps Gamaredon’s GammaPhish and GammaWorm toolkit, showing how the Russian‑linked group hides malicious code in legitimate Windows features and trusted services like Telegram and Cloudflare. The analysis reveals a multi‑stage, USB‑spreading infection chain designed for long‑term espionage against Ukrainian government and infrastructure.

blog.sekoia.io ↗28 min read at source

WordPress malware hijacks Steam comments to hide C2 payloads

Researchers at GoDaddy uncovered a campaign that infected about 2,000 WordPress sites, using hidden Unicode characters in Steam Community profile comments to embed command‑and‑control data. The encoded payload fetches malicious JavaScript from a stealthy domain and opens a backdoor that executes PHP code via specially crafted POST requests.

bleepingcomputer.com ↗2 min read at source

Hackers Trick Meta AI Support Bot to Hijack High-Profile Instagram Accounts

Researchers discovered that attackers used instructions posted on Telegram to fool Meta’s AI‑powered support assistant into resetting passwords, allowing them to take over Instagram accounts belonging to the Obama White House and the Chief Master Sergeant of the U.S. Space Force. The compromised accounts were defaced with pro‑Iranian imagery, highlighting risks in automated support systems.

krebsonsecurity.com ↗4 min read at source

Breaches & Industry News

ShinyHunters leaks data on ~5M Charter Communications customers after failed ransom demand

The ShinyHunters extortion group released data on roughly 5 million Charter Communications customers after the telecom refused to pay a ransom. The leak includes email addresses, names, phone numbers, and physical addresses, but the company says no sensitive personal or network information was taken. Charter has activated its security response and is cooperating with authorities.

securityaffairs.com ↗1 min read at source

Privacy, Policy & Governance

Research & Tools

LLMs Enable Attackers to Shrink EDR Signatures and Slip Past Defenses

Praetorian’s research shows that large language models can be used to automatically generate variants of offensive tools that avoid known EDR signatures, effectively reducing detection footprints. By prompting LLMs to rewrite code and strip identifiable strings, adversaries can evade traditional signature‑based defenses with minimal manual effort.

praetorian.com ↗16 min read at source

You’re caught up.

That was all 14 stories in the 2 June issue.