The threat landscape has drastically changed: with AI, the window to exploit software flaws has shrunk from hours or days to mere minutes, forcing security leaders to revolutionize their cyber defense strategies. Traditional security processes simply can't keep up with machine-speed threats, making AI-powered real-time defense a critical game-changer.
To simplify security posture, the game plan for 2026 is clear: start by streamlining your defenses, then integrate smarter. By putting simplification first, businesses can cut unnecessary complexity and set themselves up for a more secure future.
In today's decentralized workforce, the traditional network perimeter has disappeared, leaving us with a pressing question: who's responsible for securing identities when and where work happens? The shift to hybrid work has created a diffuse and distributed perimeter, where users and applications are scattered across various networks, devices, and clouds, making it harder for traditional security models to keep up.
The traditional security team's knee-jerk "No" is no longer a safe bet - in fact, it's becoming a liability as businesses evolve with AI, cloud collaboration, and hybrid work. It's time for CISOs to shift from gatekeeping to enablement, finding a balance between security and productivity.
Cyber attacks can linger undetected for weeks, causing devastating damage - but what if your security team could respond faster and more effectively? Tenex's AI-enhanced Security Operations Center platform is tackling this challenge head-on, and a recent $250 million Series B funding round is poised to supercharge its mission.
In a world where cyber threats are ever-present, the quest for unbreakable encryption has led to a groundbreaking innovation: Quantum Cryptography, now recognized with the prestigious Turing Award for its inventors, Charles Bennett and Gilles Brassard. This pioneering technology, born in the 1980s, promises to revolutionize secure communication and redefine the future of digital security.
The AI revolution has turned the cybersecurity landscape upside down, compressing attack timelines from months to mere minutes and making traditional security approaches woefully inadequate. To keep pace, organizations urgently need to adopt real-time microsegmentation to protect themselves from threats that can move at machine speed.
Are you getting the most out of your AI SOC agents, or are they just hype? Cut through the noise and unlock their true potential by asking the right questions to supercharge your security operations and tackle the rising tide of threats.
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
In the high-pressure world of cybersecurity, a Security Operations Center's (SOC) speed and efficiency can be the difference between a minor incident and a major breach - yet, internal process bottlenecks often hold them back. By streamlining workflows and unlocking Tier 1 productivity, SOCs can empower their frontline defenders to respond faster and stronger to security threats.
Meet AirSnitch: a new Wi‑Fi attack that weaponizes a hidden mismatch between wireless layers to slip silently between your device and the internet. Unlike old tricks, it can hijack traffic from a different SSID or network segment, putting homes and enterprises at risk without users even noticing.
Once a simple convenience for visitors and students, public Wi‑Fi has become a must‑have growth tool—turning parks, main streets and amphitheaters into digital destinations that boost commerce, expand civic access and attract remote workers. But towns that roll it out will face real decisions around governance, security and long‑term costs.
Exclusive alert: China-Linked UAT-7290 is emerging as a severe telecom threat—here’s what network teams and users need to know to shore up defenses fast.
The FCC’s sudden rollback of the telecom cyber rules born from the Salt Typhoon crisis has industry and security experts asking whether we just pulled the rug out from under a critical line of defense. Can voluntary standards and federal guidance really fill the gap, or did we trade stronger protections for regulatory convenience?
A Western Australia man was sentenced to seven years after weaponizing public Wi‑Fi networks to steal intimate data — a stunning verdict that spotlights how vulnerable our everyday connections are and why you should avoid sensitive activity on open networks.
Big news: in October 2026 Chrome 154 will default to HTTPS-only connections and refuse to load plain HTTP, risking instant traffic loss for sites that dont upgrade. Our exclusive best practices show how to implement TLS quickly, prevent downtime, and keep your users safe.
MuddyWater used nothing fancier than a hijacked mailbox and a VPN to slip into over 100 government networks across the MENA region — proof that trusted tools and patient tradecraft can outsmart modern defenses. Learn how everyday cloud mail, SSO trust, and forwarding rules became the quiet engines of a widescale espionage campaign and what signs to watch for.
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.
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Across Europe, zero trust has moved from IT theory to a regulatory expectation—policymakers now expect identity-centric controls, measurable resilience and risk reporting, so organizations must re-architect defenses or accept growing exposure. Start pragmatically: protect your highest-value assets with IAM, MFA and segmentation, measure risk reduction, and build privacy-preserving telemetry as you go.
Free public Wi‑Fi brings huge civic benefits—but every hotspot is also a potential entry point for attackers, so CISOs must balance easy access with strong defenses. Prioritize segmentation, modern authentication, vendor controls, and clear public onboarding so communities stay connected without exposing municipal systems or citizen data.
A Chinese‑speaking cybercrime group has been quietly hijacking Microsoft IIS servers to inject poisoned pages that hijack search results and steer real traffic to scams and affiliate schemes. If you run IIS sites, now’s the time to patch, lock down admin access, and add file‑integrity and content monitoring to stop stealthy SEO fraud before it ruins your reputation.
When attackers treat exposed routers and firewalls like unlocked doors, small misconfigurations become gateways for state-backed espionage — RedNovember used buggy appliances and a portable Go backdoor to stealthily steal intelligence worldwide. The fix is simple (and doable): inventory and patch your edge devices, segment networks, and lock down exposed management interfaces before the next intruder walks in.
Cisco just confirmed a new IOS/IOS XE zero-day under active attack that can let attackers who reach SNMP gain elevated—or even root—access to routers and switches. If you manage network gear, now’s the time to lock down SNMP, block untrusted access, monitor for odd device behavior, and prioritize patches.
The Secret Service dismantled a 300‑server SIM farm around NYC that ran hundreds of thousands of SIMs and, investigators warn, could have weaponized the city’s cellular network for fraud, harassment, or outages. It’s a sharp reminder to move beyond SMS-based security and for carriers to tighten SIM controls before the next attack.
We’ve hardened email — it’s time to treat browsers as the frontline: discover the six browser-based attacks every security team must prioritize now and the practical defenses to keep users, credentials, and networks safe.
A DDoS mitigation provider nearly got knocked offline this week when an attacker driving a botnet of hijacked routers and IoT devices slammed its scrubbing service with a record 1.5 billion packets per second, exposing how device insecurity and packet-rate tactics can turn defenders’ own tools against them. This wake-up call shows we need smarter device security, tougher filtering, and coordinated defenses before attackers scale this kind of pressure across the internet.