October 2025 monthly summary for OpenCTI-Platform/opencti focusing on deployment workflow improvements and feature-branch CI/CD. Delivered a streamlined, secure deployment pipeline by moving feature-branch deployments from a GitHub Action to a direct AWX CLI workflow, introducing environment-variable-driven handling for sensitive data, an AWX CLI installation path, and a dedicated Dockerfile for feature-branch builds. These changes provide greater deployment granularity, reduce external dependencies, and improve reproducibility across environments.

September 2025 -- OpenCTI CI/CD pipeline modernization and maintenance for OpenCTI-Platform/opencti. Focused on simplifying configuration, boosting reliability, and reducing maintenance toil. No major bugs fixed this month; stability improvements were achieved through pipeline changes. Delivered changes include removing explicit drone runner selection in .drone.yml and upgrading the Minio CI image to RELEASE.2025-06-13T11-33-47Z, with related commits to implement these improvements.

Month: 2025-08 — Performance highlights across two repositories focused on reliability, observability, and CI/CD quality. Delivered Kubernetes-based CI/CD enhancements, Kibana observability integration, and a CI/CD workflow correctness fix. The work reduced deployment risk, accelerated feedback loops, and improved operational visibility, supporting faster releases and better incident response.

July 2025 – OpenCTI Platform: Delivered CI/CD Deployment Automation for PIR Test Environment. Implemented a new CircleCI deploy_pir job and integrated it into the existing pre-release workflow to automatically deploy to the PIR test instance alongside builds. Change anchored by commit 853dd9797cb5b7a71e6055fdfe893f3934cf3c40, reducing manual steps and increasing testing reliability for PIR deployments.

June 2025 — OpenCTI Platform: Key achievements include fixing prerelease deployment namespace correctness on AWS and enhancing CI observability by showing the Drone runner name. These changes improved release reliability, reduced downtime, and accelerated prerelease feedback loops.