Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

New capability identifies, attributes and validates API keys, OAuth tokens and other machine credentials stolen from developer and employee endpoints.

Church ministry no longer stops at the sanctuary door. Livestreams, online giving, prayer forms, volunteer platforms, email systems, and social channels now carry much of the weekly work. That reach is certainly important. But still, every new account creates another place where credentials, personal records, or payment information can slip into the wrong hands. Churches often manage this digital estate with small teams, rotating volunteers, and limited technical oversight.

Remote Desktop Protocol (RDP) is the path of least resistance for gaining access to another Windows machine. It is built into the OS, it is free, and almost every admin and help desk technician already knows how to fire up mstsc.exe and type in a hostname-as simple as that. That convenience is exactly why RDP is everywhere inside corporate networks.

Malicious email is the leading attack method, and recovery costs now average $2.26 million.

A ransomware attack can stop business operations in a very short time. Files may become locked, systems may go offline, and employees may lose access to important tools. In some cases, attackers may also steal data before blocking access to it. Recovering from ransomware takes more than simply restarting computers. Businesses need a clear plan for containment, investigation, data recovery, system repair, and future protection. A rushed response may make the damage worse or allow attackers to return.

Ransomware attacks no longer rely on traditional encryption methods. With today's advanced technology, threat actors are developing 'encryption-less extortion', focusing solely on data exfiltration and the threat of leaking or selling stolen sensitive information. Often used as part of double and even triple extortion strategies, ransomware has now evolved into a fragmented, competitive, and increasingly strategic threat landscape that employs divergent attack strategies, laser-focused on high-value targets.

A charity notices something odd in its payment dashboard. Hundreds of one dollar donations attempted overnight. Almost all declined. A handful approved. Nobody donated anything. The organization was being used as a validation service. Donation forms have become a preferred target for card testing, and the reasons are structural rather than accidental. Here is how the attack works, why nonprofit payment pages are disproportionately attractive, and what actually stops it.

These weren't the test systems Anthropic were looking for.

OpenAI was running a cyber-capability evaluation against advanced models, including GPT-5.6 Sol and a more capable pre-release model with reduced cyber refusals. The environment was meant to be constrained and the model still found brute forced through it.

A few years ago, cloaking was mostly a black hat SEO problem. Someone would serve one version of a page to Googlebot and another to human visitors, and the worst outcome was a spammy search result. It has since become one of the more effective evasion techniques in the phishing and malvertising toolkit, and most security teams are still measuring their external exposure from a vantage point that attackers stopped caring about some time ago.

The era of spray-and-pray cyberattacks is effectively over. Modern threat actors do not launch global, noisy campaigns. They launch highly localized, surgical strikes. They analyze regional vulnerabilities. They deploy localized phishing lures. Most importantly, they perfectly mimic local network traffic. When an attack originates from an IP address that your security perimeter explicitly trusts, traditional alarms stay silent. This is the core danger of geo-targeted evasion.