𝗥𝗼𝗻𝗮𝗹𝗱 𝗣𝗿𝗶𝗻𝘀 🇿🇦

"Russen nemen Signal accounts over" In februari waarschuwde de Duitse inlichtingendienst er al voor; In maart volgde de MIVD+AIVD, en dan nu ook nog eens de FBI. De wereld is echt niet meer wat het was. ic3.gov/PSA/2026/PSA26…

A powerful iPhone-hacking technique known as DarkSword has been discovered in use by Russian hackers. It can take over devices running iOS 18 that simply visit infected websites. wired.com/story/hundreds…

Nabij Stuttgart dus. Nu ben ik wel heel nieuwsgierig wat voor gebouwen dat zijn en wie daarin zitten.

Het NCSC is niet de digitale brandweer. Maar wat is het dan wel? Luister naar ons interview met het hoofd van het nationaal cybersecurity centre. cyberhelden.nl/afleveringen/c…

GRU-hackers stalen onder andere adresboeken van NAVO-militairen & Oekraïense oorlogsmisdaad-aanklagers.Nederlands Daar zaten ook 8 Nederlandse militairen tussen. De C2 server stond 500 dagen open voor iedereen die langs liep. ctrlaltintel.com/threat%20resea…

The Russian SIGINT/SATCOM station in Vienna is intercepting C-band communications from the Eutelsat 3B, Eutelsat 10B, SES-5, and Rascom QAF1 satellites, which serve Africa and connect to UN offices, embassies, oil fields, and military bases. That’s not all. Olymp-K2, a Russian satellite capable of proximity operations (RPO - Rendezvous and Proximity Operations), is performing unusual maneuvers instead of remaining in a fixed orbital position. RPO enables it to approach Western satellites, monitor them, and even disrupt their functioning, seize control of them, or sabotage them. Owing to its close proximity, Olymp-K2 can intercept unencrypted command-and-control signals used to manage satellite positioning, antennas, and data handling. A kinetic anti-satellite strike, or close-proximity operations used to disable or seize control of a satellite, could, depending on their scale and effects, amount to a prohibited use of force and, in an extreme case, potentially an armed attack. The entire operation appears to be tightly coordinated - the station in Vienna intercepts data from ground links, while Olymp-K2 targets command-and-control signals in outer space. Together, they form a two-layered espionage network, giving Russia deep access to Western military and diplomatic communications in Africa. My assessment in @just_security justsecurity.org/86823/the-oute…

En zijn er al slachtoffers? Je kan een hoop scenario’s bedenken hoe deze data misbruikt wordt. Voor mij blijft wel de vraag hoeveel het daadwerkelijk ook gebeurt. Hoe oplichters Odido-data combineren met andere hacks om toe te slaan: 'Ze scannen het internet' ad.nl/tech/hoe-oplic…

@stefant @christogrozev And is the use of Telegram your guess? It was not mentioned in @christogrozev his story.

Technical breakdown of the Telegram / Google Translate vector mentioned in this investigation by @christogrozev Telegram on Android had for a long time used a free Google Translate API endpoint for the message translation feature. Thread 🧵

@stefant How does Google view those translations? Is that then a user who is logged in and does it end up in their history? I can’t imagine that the FBI is allowed to freely monitor what is being translated by Google, but I can imagine that they request data from targets.

More technical details and code snippets of the Android implementation here: archive.ph/7hp4d

🚨BREAKING: This Python tool reverses pixelation and recovers the original text from "censored" screenshots. It's called Depix. You pixelate a password. Depix reads it anyway. No AI model. No GPU. No cloud service. Just math. Here's how it works: → You feed it the pixelated screenshot → It generates a search image using a De Bruijn sequence → Matches each pixelated block against known character renders → Uses geometric proximity to eliminate false positives → Reconstructs the plaintext character by character Here's the wildest part: It was originally built because someone pixelated a Domain Admin password in a corporate screenshot. The kind of credential that controls an entire company's network. Depix cracked it. Every redaction tool you've ever used. Greenshot, Gimp, Snagit. If it uses a linear box filter for pixelation, this tool can reverse it. The original repo hit 26,152 GitHub stars before the creator reset it. That's how hard this blew up. Think about every screenshot you've ever shared with "censored" credentials, API keys, emails, or private messages. If you pixelated them instead of using solid black bars, they were never hidden. One command to run. Pure Python. 100% Open Source.

Dan ben je een super elite Russische hit squad en faal je zo verschrikkelijk met je OPSEC. Google translate gebruiken omdat je hitman geen Russisch spreekt... En nee, de FBI monitort niet alles wat je door Google translate haalt. De hitman was al een target. Lost in translation: How Russia’s new elite hit squad was compromised by an idiotic lapse in tradecraft theins.press/en/inv/290235

Volgende keer graag ook observeren in het buitenland. Waarom is dat nu niet gebeurd? Oud-NCTV'er krijgt 20 maanden cel voor bezit staatsgeheimen, vrijgesproken van lekken nu.nl/misdaad/638888…

The ‘number station’ sending mystery messages to Iran ft.com/content/86c4a4… via @ft

This is what I received from 2 different Signal accounts

En dan toch je code wel doorgeven…

Laat even weten als je dit berichtje ontvangen hebt.

🚨 Cyberhelden FLASH Russische hackers dringen binnen in Signal- en WhatsApp-accounts van overheidsmedewerkers. Wat hadden ze nodig? Alleen het telefoonnummer van hun doelwit. In deze extra Cyberhelden FLASH leggen we uit hoe deze aanvallen werken en waarom zelfs veilige chatapps kwetsbaar kunnen zijn. open.spotify.com/episode/7uZt6I…

VS publiceert Cyber Strategie en geeft zichzelf openlijk credits voor aanval op Iran — Stuxnet liet je nog raden, dit niet. Bedrijven mogen straks hack-back uitvoeren. En minder regels = meer veiligheid? Europa denkt daar heel anders over. whitehouse.gov/wp-content/upl…

We partnered with Mozilla to test Claude's ability to find security vulnerabilities in Firefox. Opus 4.6 found 22 vulnerabilities in just two weeks. Of these, 14 were high-severity, representing a fifth of all high-severity bugs Mozilla remediated in 2025.