
Rapid7 deployed right the first time.
Full-platform Rapid7 rollouts - InsightVM, InsightIDR, event sources, agents, tuning - by a Registered Partner who has done it at state-agency scale, including OT/SCADA.
Talk deploymentCybersecurity intelligence, threat analysis, and national security reporting.

Patch Tuesday just dropped — don’t miss this critical End of 10 alert. Find out what you need to update now to keep your systems secure.

Imagine lights going out at your hospital or your commute being held hostage — and the alleged architects are teenagers. The newly unsealed indictment accuses Scattered Spider of using social engineering and telecom hacks to extract at least $115M in ransoms, turning account takeovers into real‑world chaos.

The ShinyHunters campaign has escalated from quiet database dumps to brazen public extortion—naming victims, posting timetables, and using voice‑phishing plus massive file thefts that could turn single breaches into a supply‑chain crisis. Corporations now face a stark choice: pay ransoms or risk a public dump of sensitive customer and corporate data.

Imagine fighting a storm when most of the clouds are over your own house — that’s the Aisuru DDoS. A near‑record 30 trillion bps flood from hijacked home IoT devices clustered on AT&T, Comcast and Verizon networks forced ISPs to choose between cutting off millions with blunt defenses or chasing slow, costly surgical fixes.

A stark wake-up call: a self-replicating worm has infected 187+ NPM packages, stealing and publicly exposing developer tokens during installs. By weaponizing automated installs and transitive dependencies, it turns every npm install into a potential propagation engine.

A fast-spreading self-replicating worm has already infected 180+ packages—our exclusive breakdown reveals how it spreads, who’s at risk, and the quick steps you can take to protect your projects.

When the EU froze Stark Industries Solutions — a notorious bulletproof hosting provider tied to Kremlin-linked cyberattacks — the aim was to choke off dangerous infrastructure, but months later the same IPs and services resurfaced under new shells. That rapid reconstitution shows how sanctions on paper can fail when operators lean on bulletproof hosting to keep malware, botnets, and disinformation campaigns alive.

EU sanctions couldnt stop a notorious bulletproof hosting provider—it reconstituted under new names and kept serving the same clients. Our exclusive reporting shows how shell companies, domain and IP migrations, and rapid rebrands preserved a hostile infrastructure, a wake-up call for regulators and defenders.

Full-platform Rapid7 rollouts - InsightVM, InsightIDR, event sources, agents, tuning - by a Registered Partner who has done it at state-agency scale, including OT/SCADA.
Talk deployment
Imagine one convincing phishing email letting attackers slip crypto‑stealing code into 18 popular JavaScript packages — collectively downloaded billions of times each week. The breach lays bare how fragile the software supply chain is: a single compromised maintainer can push malicious updates into countless projects and developer environments.

Who owns the answer to Jim Sanborn’s famously unsolved Kryptos puzzle — the artist, the public, or the researchers who say they found the key in his Smithsonian papers? Two investigators claim archival notes and a copper proof plate now headed to auction reveal K4’s missing piece, but legal threats and a decision not to publish have turned the revelation into a tangled debate about provenance, access, and ethics.

Who owns the answer to Kryptos’s long-unsolved fourth passage—the artist, the researchers who found it in Sanborn’s Smithsonian archives, or the private buyer poised to lock it away? Two teams say they recovered K4’s plaintext from Sanborn’s papers and proof plates now headed to auction, sparking legal threats and a tense standoff between discovery and public access.

Our exclusive look at the F5 breach reveals the widespread fallout and practical steps you can take now to shore up your defenses.

If you rely on BIG‑IP appliances, take notice: F5 says a sophisticated, likely nation‑state threat actor maintained covert, long‑term access to the systems that build and push updates — potentially turning a trusted update channel into a vector for widespread compromise.

When face recognition systems meant to speed and secure our lives misidentify people with facial differences, the result is more than inconvenience — it can lock people out of banks, services, and dignity. High lab scores hide a harsher reality: algorithms trained on ideal photos fail in real-world lighting, angles, and diversity, turning smart tech into a barrier for many.

Think face recognition is foolproof? The startling, often dangerous failures of these systems expose privacy, security, and fairness risks we can’t ignore.

Face recognition has surged in the lab, but in the real world it too often fails the people who need it most: those with visible facial differences are being locked out of phones, services and identities. These aren’t hypothetical glitches — they’re real barriers that amplify stigma and deepen unequal access.

Evidence in spreadsheets, controls drifting between audits, frameworks multiplying on flat headcount. Nubivance runs continuous compliance on Rapid7 Cyber GRC - SOC 2, HIPAA, ISO 27001, PCI, CMMC.
End the scramble
Which matters more: a badge that says “I can secure a network” or the quiet confidence you won’t let a school, hospital, or water system be crippled by a stranger online? The new cybersecurity merit badge turns curiosity into civic-duty skills—threat modeling, digital hygiene, and ethical defense—so Scouts can help protect their communities.

A cybersecurity merit badge isnt just a patch—its a hands-on roadmap to keeping your school, family, and town off a hackers map. Learn the must-have skills—from spotting phishing and using MFA to hardening devices and basic incident response—that turn cyber hygiene into civic responsibility.

If your sensors can be lied to and your maps altered, who’s really making the call? Agentic AIs now run continuous OODA loops across networks and tools, turning every data feed and API into a potential point of failure — and a fast-rising security headache.

The Cybersecurity merit badge isn’t just a patch — it’s a set of everyday habits that protect communities: lock down identities with phishing‑resistant MFA and least‑privilege access, fix the riskiest vulnerabilities first, and make detection and response second nature.

We uncovered a critical blind spot in the Agentic AI OODA Loop that could derail decision-making in autonomous systems. Find out why it matters — and how to guard against it.

Agentic AIs OODA loops—Observe, Orient, Decide, Act—supercharge decision speed, but when sensors, data, or priors are untrustworthy, those split‑second choices can cascade into catastrophic errors. Its time to secure the inputs and orientations of these agents before speed becomes the vulnerability.

Who’s listening? Turns out anyone with a modest dish—new research shows geostationary satellite communications often carry voice, SMS, and data in the clear, making in‑flight Wi‑Fi, government traffic, and critical‑infrastructure links trivially collectible and ripe for credential theft, espionage, or worse.

Think satellite traffic is secure? Think again. Vast amounts travel unencrypted, leaving privacy, safety, and critical systems worryingly exposed.