October 2025 highlights for projectdiscovery/nuclei-templates: Key feature deliveries, major bug fixes, and impact across vulnerability data, automation, and security governance. Delivered a CVE/CVND-aligned data model and templates, expanded CVE coverage, and refined autoassignment; plus a set of reliability fixes that improve parsing, provenance verification, detection accuracy, and policy alignment. Business value includes more accurate vulnerability mapping, faster triage via improved assignment, reduced false positives, and stronger security governance.

September 2025 focused on delivering richer CVE templates, expanding detection coverage, and stabilizing CI/CD to improve reliability and time-to-remediation for security findings. Work spanned CVE template enhancements, KEV/vuln workflow improvements, external query integrations (Shodan), and proactive detection/content updates, all aligned to business value of faster, more accurate vulnerability detection and remediation guidance while maintaining stable development and release pipelines.

Month: 2025-08. Delivered a broad set of template enhancements and new detections in nuclei-templates, expanding coverage across platforms and critical CVEs, while strengthening automation, localization, and detection accuracy to drive faster risk remediation and broader enterprise adoption.

July 2025 monthly summary for projectdiscovery/nuclei-templates: Delivered release readiness for v10.2.4 and a broad data/template refresh to improve accuracy, coverage, and maintainability. Implemented release assets and housekeeping, updated KEV tags, refreshed EPSS data, and expanded CVE templates and metadata (including Batch 2025-07). Added ADK API and created/updated Google ADK web UI exposure YAML, while enhancing detection templates (GraphQL, VTUN, OSINT) and stabilizing templates through lint fixes, invalid-template cleanup, and repository refactor. The work delivers faster time-to-value for operators, more accurate risk scoring, and a scalable, well-maintained content base.

June 2025 performance summary for nuclei-templates projects. Focused on improving detection accuracy, reducing false positives, and strengthening CI/CD processes across two repositories: nuclei-templates-labs and nuclei-templates. Delivered targeted feature work, fixed critical issues in vulnerability references, and streamlined collaboration workflows to accelerate security validation and release readiness.

May 2025 (2025-05) — projectdiscovery/nuclei-templates: Security hardening, quality assurance, and maintenance cleanups. Implemented Azure network and storage configuration updates across YAML templates to tighten access controls and replication settings; conducted comprehensive cleanup including removal of deprecated WordPress plugin YAMLs; improved naming consistency for CVE and RDP detection YAMLs. Fixed critical false positives in detection logic, resolved lint issues, and removed trailing whitespace to improve CI reliability. Overall, these changes reduce security risk, improve detection accuracy, and lower ongoing maintenance costs.

April 2025 monthly summary for projectdiscovery/nuclei-templates: Delivered key feature enhancements and maintenance cleanups that strengthen security coverage and reduce noise. Implemented GCP Cloud Config scanning profile with standardized file naming; expanded user certificate detection in YAML templates; removed deprecated WordPress plugin detections to improve signal quality and reduce maintenance burden. These changes contribute to faster vulnerability detection in cloud environments, cleaner rule sets, and more maintainable templates.

March 2025 focused on strengthening detection capabilities, standardizing metadata, and improving threat intelligence integration across two repositories. Delivered new and refined CVE templates, reduced noise from outdated templates, and enhanced documentation to improve onboarding and maintainability. The work enhances detection fidelity for high-severity CVEs, streamlines contributor efficiency, and supports faster triage and response.

February 2025 monthly summary for projectdiscovery/nuclei-templates focused on delivering targeted feature work and important repository maintenance, with emphasis on improving task routing accuracy and simplifying detection logic. No critical bug fixes were reported this month; the work centered on enhancing efficiency, maintainability, and governance of the template repository.

Month: 2025-01 — Delivered key features and bug fixes for nuclei-templates, improving detection coverage, accuracy, and release hygiene. The changes reinforce security scanning capabilities and align template naming conventions, enabling more reliable results and streamlined maintenance.

December 2024 monthly summary for projectdiscovery/nuclei-templates focusing on security template improvements, robustness, and maintainability. Delivered high-impact templates and metadata updates that enhance visibility into security posture, improve template reliability, and enable better auditing across releases.

November 2024 monthly summary for the nuclei-templates workstream. This month delivered targeted feature enhancements, crucial bug fixes, and metadata improvements that increase detection accuracy, reduce noise, and improve business value for security operations. Key outcomes include refined SMTP HELP command extraction, updated framework exception detection with adjusted severity and tagging, extensive detection template and metadata refinements (Alibaba, 403 bypass, and user enumeration templates), CVE data accuracy and attribution updates, and code quality improvements including lint remediation. The combined work delivered more reliable detections, clearer prioritization, and a cleaner, more maintainable codebase.

In Oct 2024, delivered targeted maintenance to nuclei templates: audited and cleaned audit template references, refined alert severity to boost maintainability and relevance, with minimal risk changes. Changes centered on projectdiscovery/nuclei-templates; commits cleaned up outdated entries and updated YAML policy to align with current standards. Result: reduced configuration drift, easier future updates, and better signal quality for security detections.