Anonymous - The Hacker Wars Full Documentary youtu.be/ku9edEKvGuY via @YouTube

Correct. The real kicker is that when an ‘opposition’ party replaces them, they won’t repeal any of it.

Donosi kurac, gospođo!

These headlines are both form today. 🇮🇱: Says 🇷🇺: Threatens

Napravio sam web i android app za ucenje sigurnosti. Ima jos stvari koje hocu da dodam npr igrice, obicni i napredni materijal iz ove oblasti, neke stvari koje ljudi ne razumiju (recimo kakvi rizici postoje u svakodnevnom zivotu itd)

Овако је и ваш деда умањивао број жртава у Јасеновцу.

RT @VolemNe: "Политичко искуство" које студенти немају, колоризовано.

❗️❗️❗️ Molim za RT Ajmo da pomognemo čoveku da proda vino На продају квалитетно купиново вино.Направљено од органски гајених купина.Цена 800динара литар. Драган 0645719345

🇷🇸 A threat actor is claiming to possess a massive “72 million” record dataset allegedly linked to Serbian telecommunications providers, prominently referencing Telekom Srbija and multiple regional telecom operators. The exposed fields shown in the listing allegedly include: • Full names • National ID/JMBG-related identifiers • Addresses • Mobile phone numbers • Partner/customer IDs • Installation/service details • Device serial numbers • Employee and distributor information • Service package and infrastructure metadata The post references several major Serbian telecom and ISP brands, including: • Telekom Srbija • Yettel Serbia • CETIN Serbia • A1 Serbia • SBB • Orion Telekom • YUNET At this stage, the authenticity, origin, and actual scale of the dataset remain unverified. The claimed volume appears unusually large relative to Serbia’s population, which may indicate: • Aggregated multi-source telecom datasets • Historical/internal infrastructure records • Duplicated entries • Scraped operational data • Inflated claims for attention or resale value If legitimate, the exposure could create significant risks: • SIM swap targeting • Telecom fraud • Identity theft • Social engineering campaigns • Infrastructure reconnaissance • Insider targeting • Credential-reset abuse using subscriber information Telecom providers and affected organizations should: • Monitor for unusual account recovery activity • Increase anti-SIM-swap protections • Audit exposed internal operational systems • Review third-party/vendor access • Monitor dark web resale channels and credential markets • Alert customers regarding phishing risks No official confirmation regarding the alleged dataset has been publicly identified at this time. #DDW #Intelligence #Serbia #Telecom #CyberSecurity #DarkWeb #DataBreach

2023: Corona ended 2026: Hantavirus

Hantavirus h0ax👇 Don't fall for it!

Evo jedna priča,koja možda nije nesvakidašnja i jedinstvena ali opet lepa za pročitati . Moja L ide u vrtić i u maju će imati jednodnevni izlet u obližnjem gradu. U grupi su roditelji obavešteni o tome i trebalo je da se izjasne da li će deca ići . 👇

I am never gonna delete this app.

Ekipa koja ima net na Orion Telekomu: stigao vam je od MTS račun *uvećan* (meni 40%). To im je ako prođe prođe, ne dajte! U poslovnicu, ličnu kartu i odma’ znaju, naprave zahtev da se: - cena vrati na originalnu iz ugovora do trajanja ugovorne obaveze - koriguje iznos postojećeg računa. Proširite info, ne dajte da vas pljačkaju.

the original TurboQuant paper tested on A100 with models up to 8B. 6 days later, a bunch of strangers on the internet had it built and running on: - Apple Silicon M1 through M5 - NVIDIA 3080 Ti through DGX Spark Blackwell - AMD RX 6800 XT and 9070 - a 10-year-old Tesla P40 - an 8GB MacBook Air - models from 3.8B to 70B across 6 architecture families - 30 independent testers along the way we found new optimizations the paper didn't cover and failure modes it didn't test. the fact that a loose group of people across the world can read a paper, build implementations from scratch, stress-test across hardware none of us could individually afford, and push the research further in under a week is genuinely one of the best things about this era. the tools and the community make it possible. open source is something else.

OK, I installed OpenCLAW. I set it up with a backend AI server on a Dell 7875 workstation with dual Blackwell RTX6000 GPUs running DeepSeek R1 32B. And it can fall down to Qwen 2.5 for easy stuff. I created an agent to scour eBay for things I might be interested in, compile a summary, and mail it to myself. But I could have done that in shell script... so... what now? What are folks doing with it that's interesting? What are you having your agents do?

You can now run a full Linux operating system inside a 6mb PDF. Someone embedded a RISC-V emulator inside a standard document. You don't need a virtual machine, just a PDF reader. → Runs interactively inside the file. → Powered by a tiny RISC-V emulator. → The entire OS fits in just 6MB.

Serbia 🇷🇸 - Telekom Serbia allegedly suffered a data breach exposing 160,000 customer records, including names, addresses, dates of birth, and ID numbers leaked from an internal scheduling portal. dailydarkweb.net/telekom-ser…

> be me > Lead Architect in a startup > startup buys refurbished high-density enterprise racks from a defunct HFT firm > these things are built for microsecond trades, absolute overkill for our CRUD app > install them in a room with "okay" shielding > it’s 2026, local telcos are stress-testing new 5G-Advanced mmWave nodes nearby > start seeing the weirdest logs in Prometheus > incoming traffic spikes to 10Gbps every day at exactly 2:00 PM > check the load balancer- zero hits. check the firewall-nothing. > physically go to the server room > it’s 180°C near the exhaust, cooling fans are screaming at 15k RPM > I pull the SFP fiber cables out of the NICs to isolate the rack > the traffic counter doesn't stop > it’s still processing packets. 10Gbps. with no cables connected. > mfw I realize what’s happening > the "refurbished" NICs have a defect in the shielding on the PCB > the server rack, lacking a true Earth ground, is acting as a massive passive antenna > the high-frequency radio waves are inducing a current directly into the copper traces > the NIC is interpreting the literal air interference as valid Ethernet frames > the CPU is trapped in a hardware interrupt storm trying to frame random RF interference as Ethernet packets > mfw the server isn't broken, it’s just listening to the city’s radio waves and thinks it’s a DDoS attack > Now I have to explain to the CEO we need to wrap the server room in literal tinfoil because the internet is leaking into our hardware The Technical Reality: This is a classic EMI (Electromagnetic Interference) injection. In dense urban environments like Lagos, high-frequency small cell nodes (mmWave) operate at frequencies that can couple with unshielded traces on a PCB. If your hardware isn't properly grounded, the noise from the air becomes signal for the CPU. It’s not data, it’s just an endless stream of interrupts that freezes the system.

DevOps engineers explaining Kubernetes to the team. 😂