
Barracuda data shows CAPTCHA abuse now central to malware and phishing campaigns
Attackers use fake verification steps to trick users into running commands, bypassing scanners and stealing credentials in widespread campaigns.
Cyber Attacks coverage from NetSec Tribune holds 29 articles, 19 of them reference guides. The newest was published on October 16, 2026. New stories are added as soon as they are confirmed, from more than 150 sources checked as often as every 45 seconds. Each story lists its sources. Primary sources we follow for this section include CISA: Cyber Threats and Advisories and UK National Cyber Security Centre.

Attackers use fake verification steps to trick users into running commands, bypassing scanners and stealing credentials in widespread campaigns.

Law enforcement arrested 95 suspects across Latin America and Europe for distributing child sexual abuse material via online groups.

Espionage actors targeting CIS governments and energy sectors used a new WinRAR exploit to deploy reverse shells, marking a shift in their delivery methods.

Botnets hide in plain sight by using legitimate device connections to mask malicious traffic from standard network monitoring tools.

Most bot protection fails because it treats all automation as hostile, blocking legitimate tools while malicious scripts slip through behavioral gaps.

Mapping blast radius reveals hidden attack paths that standard perimeter defenses miss, turning containment into a precise engineering task rather than a reactive scramble.

Distributed denial-of-service attacks succeed by exploiting network capacity limits, not by breaking encryption or stealing credentials, making traffic management the primary defense.

Rainbow tables bypass brute-force speed limits by pre-computing hash chains, making salt the only effective countermeasure against offline credential theft.

Passkeys shift trust from memorized strings to device-bound cryptographic keys, creating new failure modes that traditional password advice ignores.

Website defacement is rarely a standalone theft attempt; it is a signal that an attacker has bypassed your perimeter and controls your server environment.

Attackers used fake AI credits and audits to trick crypto founders into installing malware that steals data and monitors AI tool usage.

An operator-driven phishing kit uses live WebSocket connections to relay Google sign-in steps in real time, stealing authenticated sessions from academic targets.

A technical examination suggests major AI developers possessed criminal intent for recent unauthorized system accesses, challenging claims that autonomous model behavior absolves them of liability.

Researchers found a hidden system component on low-cost phones that installs apps and generates fake ad revenue before users power on the device.

Federal agents seized domains and disrupted scanning and spear-phishing infrastructure used by the China-linked threat group Flax Typhoon in a recent enforcement action.

Researchers found thousands of exposed GPU monitors vulnerable to resource exhaustion attacks that could disrupt AI training workloads on the same host systems.

CAPTCHA creates friction that blocks automated abuse but simultaneously pushes attackers toward more expensive manual labor or sophisticated bot networks.

Most data loss originates from authorized accounts that bypass perimeter defenses, making internal behavior harder to detect than external attacks.

Static ARP entries and port security remove the attack vector entirely, whereas detection tools only alert you after the traffic has already been intercepted and potentially modified.

Most tabletop exercises fail because participants rehearse perfect scenarios instead of practicing the messy, incomplete decisions required during a real crisis.

Most tabletop exercises fail because they test technical controls while ignoring the human decisions that dictate whether an organization survives a crisis.

Misconfigured gateways often fail not from missing features, but from overly permissive default rules that bypass deep inspection for trusted senders.

Proper MFA implementation reduces attack surface by ensuring that stolen credentials alone cannot grant access to critical systems and data.

Most API breaches happen not because hackers break in, but because the system fails to check if they are allowed to be there.