Aggregator
CVE-2026-23244 | Linux Kernel up to 6.12.76/6.18.16/6.19.6/7.0-rc2 nvme_pr_read_keys num_keys allocation of resources (EUVD-2026-12805 / WID-SEC-2026-0774)
CVE-2025-71266 | Linux Kernel up to 6.19.5 ntfs3 indx_find denial of service (EUVD-2025-208819 / WID-SEC-2026-0774)
Druva connects identity data and behavior to restore access after attacks
Druva has revealed Druva Identity Resilience, adding support for Okta and Microsoft Active Directory alongside Microsoft Entra ID. Druva Identity Resilience delivers unified protection, cyber recovery, and threat detection and response in a single SaaS platform, bringing disparate identity providers together so security and IT teams can restore trusted access through one coordinated process. Identity-driven attacks have reached a tipping point, with nearly 90% of incident response investigations now tracing back to identity compromise. In … More →
The post Druva connects identity data and behavior to restore access after attacks appeared first on Help Net Security.
SIEM образца 2026: какие решения останутся на рынке?
«Ликвидировать иноагента». Мошенники убедили студентку напасть на женщину с молотком
How to Reduce MTTR in Your SOC with Better Threat Intelligence
MTTR is where strategy meets reality. In security operations, it is the margin between a contained incident and a catastrophic breach. You can have perfect detection coverage, cutting-edge telemetry, and a wall of dashboards glowing like a spaceship cockpit. But if your team takes too long to respond, the attacker still wins the clock. Reducing Mean Time to Respond is not about shaving seconds for vanity metrics. It is about compressing the window in which damage happens. And the fastest way to do that is not more alerts, but better intelligence. Key Takeaways Beyond the […]
The post How to Reduce MTTR in Your SOC with Better Threat Intelligence appeared first on ANY.RUN's Cybersecurity Blog.
DDoS or smokescreen? Why volume attacks are often only half the story
Not all DDoS attacks have the same objective. Some are designed simply to overload, while others are intended to conceal something more nefarious. A massive increase in requests immediately raises red flags in every SOC. However, when millions of requests flood the infrastructure in a short period, standard diagnosis often falls short. At first glance, the case seems clear: a classic […]
The post DDoS or smokescreen? Why volume attacks are often only half the story appeared first on Link11.