A deep technical walkthrough of how an Edge JavaScript zero-day could have expanded the attack surface of Progressive Web Apps, including browser isolation boundaries, exploit paths, and defensive mitigations.
A technical breakdown of how a recently exploited Android zero-day enabled full device takeover and what developers and defenders can do to reduce the blast radius.
A developer-focused audit of the revenge-motivated Windows zero-day disclosure and GitHub ban response, with technical defensive checks and hardening steps for teams shipping on Windows.
A deep technical walkthrough of how African fintech teams can design an AI-enhanced zero-day response framework that combines detection, containment, threat intelligence, and recovery.
A deep technical walkthrough of how Indian application security teams can audit web, API, and cloud attack surfaces for AI-generated zero-day exploit patterns, prioritize exposure, and harden detection and response.
A technical walkthrough of the alleged GitHub ban following a Windows zero-day disclosure, with developer-focused defensive steps for handling vulnerability reporting, account risk, and secure coordination.
A deep-technical walkthrough of the LiteSpeed cPanel plugin zero-day, tracing how the flaw was exploited, why CISA urged immediate patching, and how defenders can detect exposure and verify remediation.
A deep technical walkthrough of the Windows zero-day GitHub ban controversy, explaining the reported exploit behavior, the affected Windows attack surface, and the defensive steps security teams can take to detect and mitigate similar threats.
A deep technical walkthrough of how a KnowledgeDeliver file upload flaw was weaponized as a zero-day to deploy a web shell and achieve remote code execution.
A deep technical walkthrough of how developers can harden applications and deployment pipelines in response to the first publicly reported AI-assisted zero-day attack stopped by Google, with concrete controls for detection, isolation, patching, and exploit resistance.
Trend Micro Apex One’s actively exploited zero-day shows how trusted security software can become an initial access vector for enterprise attackers.
A technical breakdown of the actively exploited Microsoft Defender zero-days RedSun and UnDefend, covering impact, emergency patches, and why security tools can become attack surfaces.
Microsoft has issued emergency patches for two actively exploited Microsoft Defender zero-days, UnDefend and RedSun, with immediate update guidance for Windows developers and admins.
An actively exploited Microsoft Exchange Server zero-day is being used in global attacks, and administrators should apply Microsoft’s emergency mitigations immediately while awaiting an official patch.
Google blocked its first AI-assisted zero-day attack while researchers used Claude Mythos to bypass Apple M5 protections and uncover an 18-year-old Nginx bug, underscoring how AI is reshaping both offensive and defensive vulnerability discovery.
Microsoft has confirmed active exploitation of CVE-2026-42897 in on-prem Exchange Server through crafted email attacks, with APT activity targeting exposed unpatched systems including organizations in critical sectors.
A technical look at the first known AI-generated zero-day exploit, its detection in a mass cyberattack, and what it means for hardening JavaScript supply chains against automated offensive tooling.
A DevOps-focused overview of the proposed Linux kernel kill switch for disabling vulnerable subsystems during zero-day response, with attention to security, stability, and production rollout trade-offs.
A field-note on Google’s report of the first known AI-assisted zero-day exploit, showing how a 2FA bypass in a web admin tool signals a real shift in attacker capability and raises the stakes for developers, AppSec teams, bug bounty hunters, and SaaS operators.
Google says AI was used to autonomously find and exploit a previously unknown flaw in an open-source admin tool, underscoring how logic bugs, trust assumptions, and exposed management surfaces are becoming higher-value targets.
Google says AI was used to autonomously find a previously unknown vulnerability and develop an exploit that bypassed two-factor authentication in a widely used open-source admin tool, showing that AI-assisted attacks are becoming a real-world signal for developers and defenders.
AI-assisted exploitation is crossing from demos into real zero-day discovery, making authorization logic flaws in exposed multi-tenant admin tools a serious security priority for developers, AppSec teams, bug bounty hunters, and SaaS operators.
Google said an AI-assisted exploit chain found a previously unknown vulnerability that bypassed two-factor authentication in an open-source web admin tool, signaling that AI is now accelerating real-world vulnerability discovery and exploit development.
Google says an AI-assisted attack autonomously found and exploited a previously unknown flaw in an open-source admin tool, showing how faulty trust assumptions and 2FA bypass logic are becoming real offensive advantages.