Deep dives into threat research, product updates, and dark web investigations directly from the Whiteintel team.
Two malicious LiteLLM packages hit PyPI on March 24, 2026, harvesting API keys, cloud credentials, SSH keys, and Kubernetes tokens. Here's exactly what happened, the indicators of compromise, how to remediate - and how to check whether your secrets are already circulating.
Dark web monitoring is more than credential leaks. Whiteintel tracks 15,000+ threat actors and 120,000+ recorded dark web events across forums, Telegram, and marketplaces.
Two new modules ship with the June 2026 release. Payment Fraud Intelligence puts compromised-card monitoring inside the fraud team's daily workflow. Supplier Security turns Whiteintel's dark-web index into a per-vendor risk grade you can act on.
The infostealer-driven threat landscape, the capabilities every enterprise now needs, how detection works end to end, and how to evaluate a platform against real security and procurement criteria.
How stolen-card and BIN-level monitoring works: where compromised cards surface, what each exposed record carries, how validity is computed at query time, and how to watchlist your own BINs for real-time fraud defense.
An active Red Hat GitHub credential and session cookie surfaced in infostealer logs on April 13 and May 15, 2026, weeks before the Miasma disclosure. Verified via LinkedIn to belong to an active Red Hat employee.
The four session-hijacking attack vectors in 2026, why stolen session cookies bypass MFA, how they surface on the dark web, and the prevention controls that actually work.
The five ATO attack vectors in 2026, the three control layers (preventive, detective, intelligence), and how dark web monitoring catches stolen credentials before they're used.
The four brand exposure surfaces in 2026, the live platform views (Threat Feeds, Global Stats, Lookalike Domain Monitoring, Global Search), and the managed takedown workflow that closes the loop.
A practitioner's tour of an active dark web monitoring service: every source covered (stealer logs, hacker forums, Telegram, onion sites, combolists, ransomware leak sites), the live views, and what you actually receive day to day.
The full credential exposure surface in 2026: every category to monitor, every source channel, the 5-stage lifecycle from theft to exploit, and how to build a working program.
The seven components of a complete dark web monitoring solution, three deployment models (SaaS, managed, API), and a 10-point vendor-neutral checklist for choosing one.
How MSSPs source dark web intelligence, build it into a multi-tenant managed service, and ship dashboards and reports on top of the WhiteIntel API.
What detection actually means, the three pillars every program is built on, the SOC workflow, integration patterns, and the KPIs your team should track.
A practical playbook: which sources to watch, how to scope your watchlist, how to triage matches, and how to run the workflow without drowning your team in noise.
We've massively expanded our threat intelligence arsenal with over 1,500 third-party database breaches, now fully searchable via our Corporate Leaks dashboard and dedicated API.
Three meaningful additions in one release — Brand Protection moves into its own page, Managed Takedowns goes from manual workflow to managed add-on, and Threat Intelligence customers can now pull the raw stealer archive.
Phishing domains, typosquats, homoglyph attacks, lookalike infrastructure — WhiteIntel now files, escalates, and resolves domain takedowns end-to-end across registrars, hosts, and CDNs so your team can focus on response.
Most organizations discover credential compromise months after exploitation begins. A practical guide to closing the gap — what to track, where to look, and how fast to respond.
While Windows infostealer activity declined 30% year-over-year, macOS infections exploded by 3,276%. WhiteIntel's threat data reveals how the attack landscape shifted — and why the 'Macs are secure' assumption is dead.
48 hours. That's how long it takes for your employee's credentials to go from an infected laptop to an underground marketplace. A step-by-step breakdown of the infostealer kill chain.
In March 2026, MagicSlides.app, an AI-powered presentation platform, suffered a breach exposing over 2.3 million records including emails, phone numbers, Stripe customer IDs, Telegram IDs, and organisation data.
In March 2026, the popular tech newsletter platform TLDR.Tech suffered a breach exposing over 1.2 million subscriber records including LinkedIn identities, job titles, company details, and career histories.
The network perimeter you spent years hardening is irrelevant when your CFO's credentials are harvested from their gaming laptop at home.
The credential economy has evolved from opportunistic database breaches into a sophisticated, industrial-scale supply chain where credentials are weaponized.
Beyond Breach Monitoring: How Neural Identity Attribution is Closing the Gap Between a Leaked Email and a Physical Identity.
From law enforcement takedowns to death threats made out to threat intelligence researchers, it has been a very hectic year for the cybersecurity industry.
Whiteintel now introduces Public GitHub Repository Scan, a new feature designed to help organizations detect exposed secrets.
You might be sharing more information than you think with your connected devices. See how Windows malwares steals android passwords.
As organizations rely more on third-party apps for efficiency and scalability, they also open doors to new cyber risks.
Bug bounty hunting has become a sophisticated field where hunters need to stay updated with new techniques and approaches.
The 2024 Whiteintel insights on credential leaks from the most-used SaaS applications.
In today's digital landscape, your sensitive data is at constant risk. Cybercriminals continuously look for ways to exploit leaked information.
Stealer malware has become one of the most pervasive cybersecurity threats today.
A practical guide to tracking named cybercrime groups, their tactics, and their targets across dark web forums, Telegram, ransomware leak sites, and underground marketplaces.
A practical guide to what dark web monitoring is, what it detects across marketplaces, forums, Telegram, and infostealer dumps, how it works, and how to evaluate a vendor.
The 6 strongest Flare alternatives for dark web monitoring and credential leak detection, ranked. WhiteIntel leads on coverage breadth and price.
The 6 strongest SpyCloud alternatives for account takeover prevention and credential leak monitoring, ranked. WhiteIntel leads on price and deployment.
The 6 strongest Hudson Rock alternatives for stealer log and dark web monitoring, ranked. WhiteIntel leads with broader coverage and continuous monitoring.
The 6 strongest Recorded Future alternatives for dark web monitoring and credential leak detection, ranked. WhiteIntel leads on price and focus.
The 6 strongest DarkOwl alternatives for darknet monitoring and credential leak detection, ranked. WhiteIntel leads with workflow built in.
The 6 strongest ZeroFox alternatives for dark web monitoring and credential leak detection, ranked. WhiteIntel leads on price and focused identity coverage.
A practical guide to tracking credentials, session cookies, and tokens harvested by Redline, Lumma, StealC, Vidar, and the rest of the active infostealer ecosystem.
How real-time credential leak detection actually works in 2026, what makes a platform real time vs near-time, and how WhiteIntel approaches the 48-hour window.
The 6 strongest SOCRadar alternatives for dark web monitoring and credential leak detection, ranked. WhiteIntel leads on price and focused identity coverage.
The 7 best dark web monitoring tools in 2026, ranked. Pricing, deployment time, source coverage, and best-fit notes for each.
What enterprise dark web monitoring requires, how it differs from SMB tools, what to look for in a platform, and how to evaluate one against real procurement criteria.
A practical guide to tracking credential dumps extracted by infostealer malware from infected endpoints, distributed through marketplaces, Telegram, and direct operator feeds.
An honest vendor-by-vendor buyer's guide. Evaluation criteria first, then a look at the leading platforms, where each fits, and where they fall short.
What dark web monitoring for credential leaks actually means in 2026, where the leaked data really lives, and how to evaluate a platform without falling for vanity dashboards.
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