May 2025 performance summary for ministryofjustice/modernisation-platform. Delivered a security-focused feature: S3 uploads with KMS encryption and policy enhancements to ensure encryption at rest for artefact uploads. Implemented server-side encryption for uploads to mod_platform_artefact by updating IAM/KMS policies and applying Terraform changes, and extended policy scope to cover all S3 upload scenarios. This work strengthens data protection, supports compliance requirements, and reduces risk in artefact handling across the platform.

April 2025: Delivered two targeted network/access improvements across MOJ platforms, boosting operational efficiency and remote management capabilities while maintaining security controls. Key outcomes: End-User Direct Access to Rostering Network by updating a security group to permit end-user traffic (no changes to port range or protocol); reduced reliance on jump servers. WinRM inbound access from production Azure CIDR on ad-fixngo to enable remote management (port 5986); improves production operability and incident response.

Monthly work summary for 2025-03 focusing on the ministryofjustice/modernisation-platform-environments repository. Delivered key FSx Windows file system enhancements and hardened network security across environments, driving reliability, security posture, and production-readiness for corporate-staff-rostering and production workloads.

February 2025 monthly summary for ministryofjustice/modernisation-platform-environments focused on delivering and validating FSx Windows file system integration for CSR production, followed by a controlled rollback decision. The work emphasizes business value, security, and traceability through explicit commits and deployment governance.

January 2025 monthly summary: Delivered two high-impact platform enhancements across MOJ modernization repositories, enabling secure t2-c web environment integration with ORDS and establishing governance around CSR-driven data migrations.

November 2024 monthly summary for ministryofjustice/modernisation-platform: Delivered foundational OASys access control capability by introducing the oasys_access role, enabling controlled user permissions for OASys. This work provides the base for RBAC across the platform, improves security governance, and reduces onboarding and provisioning time for OASys users. Implemented the feature with two commits that add the new role, establishing a clean change-management trail and paving the way for future policy-based access controls. Technologies demonstrated include Git-based collaboration, role-based access control design, and security-conscious development practices.