
Richard Conway engineered and maintained cloud-native infrastructure for the EOEPCA/eoepca-plus repository, focusing on secure API gateway management, automated deployment, and scalable access control. He implemented ingress routing and authentication using APISIX, Argo CD, and Kubernetes, integrating OpenID Connect and Open Policy Agent for unified security. Richard automated CI/CD pipelines with GitHub Actions and Helm, streamlined secret management with Kubernetes SealedSecrets, and enhanced deployment reliability through configuration management and rollback strategies. His work included developing robust Helm chart workflows, optimizing storage and networking, and refining operational processes. Using Python, YAML, and shell scripting, he delivered maintainable, production-ready solutions.

February 2026 monthly summary focusing on deployment reliability and operational agility across EOEPCA repos. Key features include Helm chart upgrade with rollback, controlled Argoworkflows deployment management, and Argo deployment reliability improvements. These changes enhanced stability, reduced downtime, and improved maintenance workflows for faster delivery of business value across EOEPCA/helm-charts-dev and EOEPCA/eoepca-plus.
February 2026 monthly summary focusing on deployment reliability and operational agility across EOEPCA repos. Key features include Helm chart upgrade with rollback, controlled Argoworkflows deployment management, and Argo deployment reliability improvements. These changes enhanced stability, reduced downtime, and improved maintenance workflows for faster delivery of business value across EOEPCA/helm-charts-dev and EOEPCA/eoepca-plus.
January 2026 EOEPCA/eoepca-plus: delivered targeted configuration and stability improvements to certificate issuance and gateway traffic, driving reliability and cross-node load balancing. No major bugs fixed this month; stability work focused on configuration hardening and policy alignment.
January 2026 EOEPCA/eoepca-plus: delivered targeted configuration and stability improvements to certificate issuance and gateway traffic, driving reliability and cross-node load balancing. No major bugs fixed this month; stability work focused on configuration hardening and policy alignment.
December 2025 performance summary: Implemented two focused features that drive deployment reliability, API accessibility, and maintainability. In EOEPCA/helm-charts-dev, added Knative Operator integration and Helm repository support to enable reliable deployment of serverless notification automation, including fixes to chart requirements. In EOEPCA/eoepca-plus, refined ingress routing to specify exact paths for API/UI and added a dedicated OGC API path, with routing refactors to improve clarity and security. These changes reduce deployment friction, improve API availability, and simplify ongoing maintenance.
December 2025 performance summary: Implemented two focused features that drive deployment reliability, API accessibility, and maintainability. In EOEPCA/helm-charts-dev, added Knative Operator integration and Helm repository support to enable reliable deployment of serverless notification automation, including fixes to chart requirements. In EOEPCA/eoepca-plus, refined ingress routing to specify exact paths for API/UI and added a dedicated OGC API path, with routing refactors to improve clarity and security. These changes reduce deployment friction, improve API availability, and simplify ongoing maintenance.
October 2025 performance summary for EOEPCA/eoepca-plus focusing on security automation, storage stability, and deployment reliability. Key features delivered include automated registration API secret management via Kubernetes SealedSecrets, stabilization of Resource Catalogue storage with proper volume storage class alignment (including a revert where appropriate), and an Argo CD configuration overhaul that disables self-healing to improve deployment control for openeo-argoworkflows. These changes reduce manual operational steps, improve credential security, and increase deployment predictability. Technologies demonstrated include Kubernetes SealedSecrets, Argo CD configuration management, storage class governance, and scripting for secret automation.
October 2025 performance summary for EOEPCA/eoepca-plus focusing on security automation, storage stability, and deployment reliability. Key features delivered include automated registration API secret management via Kubernetes SealedSecrets, stabilization of Resource Catalogue storage with proper volume storage class alignment (including a revert where appropriate), and an Argo CD configuration overhaul that disables self-healing to improve deployment control for openeo-argoworkflows. These changes reduce manual operational steps, improve credential security, and increase deployment predictability. Technologies demonstrated include Kubernetes SealedSecrets, Argo CD configuration management, storage class governance, and scripting for secret automation.
September 2025 (EOEPCA repos) focusing on extending deployment capabilities and stabilizing release processes. Key work includes enabling external storage for the Registration Harvester via optional PVC mounts, testing a PR-number-based Helm chart versioning approach (subsequently reverted to preserve stability), and refining CI/CD workflows by disabling a scheduled release action and relaxing workflow_dispatch inputs. An exploratory Minio HA scaling effort (2->4 replicas) was performed and reverted to maintain reliability. Business value: easier integration of external data, more predictable releases, and reduced risk in deployment pipelines. Technologies demonstrated: Kubernetes, Helm, PVCs, GitHub Actions, and release automation.
September 2025 (EOEPCA repos) focusing on extending deployment capabilities and stabilizing release processes. Key work includes enabling external storage for the Registration Harvester via optional PVC mounts, testing a PR-number-based Helm chart versioning approach (subsequently reverted to preserve stability), and refining CI/CD workflows by disabling a scheduled release action and relaxing workflow_dispatch inputs. An exploratory Minio HA scaling effort (2->4 replicas) was performed and reverted to maintain reliability. Business value: easier integration of external data, more predictable releases, and reduced risk in deployment pipelines. Technologies demonstrated: Kubernetes, Helm, PVCs, GitHub Actions, and release automation.
August 2025 monthly summary: Implemented automated Gateway Helm Chart index updates using GitHub Actions with daily runs and a manual trigger, plus reliability improvements around yq for version extraction and YAML/JSON parsing. Delivered Envoy Gateway deployment and lifecycle management via Argo CD, including enabling related resources, updating Helm chart sources, and comprehensive gateway documentation. Implemented APISIX service exposure policy toggling between internal (ClusterIP) and external (NodePort) modes. These changes reduce manual maintenance, improve deployment consistency, and increase platform flexibility and policy compliance.
August 2025 monthly summary: Implemented automated Gateway Helm Chart index updates using GitHub Actions with daily runs and a manual trigger, plus reliability improvements around yq for version extraction and YAML/JSON parsing. Delivered Envoy Gateway deployment and lifecycle management via Argo CD, including enabling related resources, updating Helm chart sources, and comprehensive gateway documentation. Implemented APISIX service exposure policy toggling between internal (ClusterIP) and external (NodePort) modes. These changes reduce manual maintenance, improve deployment consistency, and increase platform flexibility and policy compliance.
July 2025 (2025-07) performance snapshot for EOEPCA/eoepca-plus. Focused on stabilizing deployment, modernizing ingress routing with APISIX, and strengthening operational readiness. Delivered substantial Zoo deployment improvements with registry integration, migrated multiple ingresses to APISIX with corrected SSL/redirect handling, removed deprecated components, and aligned domain, environment, and CI/test configurations with the current deployment model. Also enabled large-file support for Minio/Harbor and established APISIX as the primary ingress controller across the cluster, contributing to reliability, scalability, and faster feature delivery.
July 2025 (2025-07) performance snapshot for EOEPCA/eoepca-plus. Focused on stabilizing deployment, modernizing ingress routing with APISIX, and strengthening operational readiness. Delivered substantial Zoo deployment improvements with registry integration, migrated multiple ingresses to APISIX with corrected SSL/redirect handling, removed deprecated components, and aligned domain, environment, and CI/test configurations with the current deployment model. Also enabled large-file support for Minio/Harbor and established APISIX as the primary ingress controller across the cluster, contributing to reliability, scalability, and faster feature delivery.
June 2025 performance summary: Focused on strengthening security, improving release reliability, and enabling scalable access control across EOEPCA repos. Delivered unified access control for Nginx via APISIX using OIDC/OPA with Keycloak JWKS for the zoo endpoint, plus OpenID Connect authentication and Open Policy Agent authorization on APISIX routes; TLS enabled for Nginx ingress; hostnames updated for the APX environment; and focused testing on OPA to validate policies. On the release side, added a manual GitHub Actions release trigger with commit SHA checkout in EOEPCA/helm-charts-dev to enable UI-driven, deterministic releases. Conducted Helm chart regeneration trigger maintenance with cosmetic changes (trigger regen) and subsequent revert to minimize risk, ensuring the process remains reliable. The work strengthens security posture, reduces deployment risk, and improves release predictability, delivering concrete business value and demonstrable technical proficiency.
June 2025 performance summary: Focused on strengthening security, improving release reliability, and enabling scalable access control across EOEPCA repos. Delivered unified access control for Nginx via APISIX using OIDC/OPA with Keycloak JWKS for the zoo endpoint, plus OpenID Connect authentication and Open Policy Agent authorization on APISIX routes; TLS enabled for Nginx ingress; hostnames updated for the APX environment; and focused testing on OPA to validate policies. On the release side, added a manual GitHub Actions release trigger with commit SHA checkout in EOEPCA/helm-charts-dev to enable UI-driven, deterministic releases. Conducted Helm chart regeneration trigger maintenance with cosmetic changes (trigger regen) and subsequent revert to minimize risk, ensuring the process remains reliable. The work strengthens security posture, reduces deployment risk, and improves release predictability, delivering concrete business value and demonstrable technical proficiency.
Executive summary for May 2025: Delivered end-to-end APISIX deployment lifecycle across IAM infrastructure, transitioning to official Helm sources, and implemented robust routing for the Resource Catalogue service with APISIX, including protected and open routes with authentication plugins. Retired legacy data-access-v1x and registration-api-v1x to simplify deployment and reduce risk. Improved developer tooling with a new node-connect helper, keyfile validation, and cleanup of legacy scripts. Enhanced Helm charts with a Keycloak CORS option to improve frontend integration across environments. These changes reduce deployment friction, improve security posture, and accelerate feature delivery with clearer governance of dependencies.
Executive summary for May 2025: Delivered end-to-end APISIX deployment lifecycle across IAM infrastructure, transitioning to official Helm sources, and implemented robust routing for the Resource Catalogue service with APISIX, including protected and open routes with authentication plugins. Retired legacy data-access-v1x and registration-api-v1x to simplify deployment and reduce risk. Improved developer tooling with a new node-connect helper, keyfile validation, and cleanup of legacy scripts. Enhanced Helm charts with a Keycloak CORS option to improve frontend integration across environments. These changes reduce deployment friction, improve security posture, and accelerate feature delivery with clearer governance of dependencies.
April 2025 — EOEPCA/eoepca-plus: Focused improvements to operational control, stability, and drift mitigation in Argo CD with targeted secret handling and manual synchronization.
April 2025 — EOEPCA/eoepca-plus: Focused improvements to operational control, stability, and drift mitigation in Argo CD with targeted secret handling and manual synchronization.
March 2025 focused on stabilizing and maturing the CI/CD stack for EOEPCA/eoepca-plus, enabling safer deployments and faster feedback. Key work includes repairing the OpenEO deployment to restore CI reliability; securing and integrating secrets for the Pytest GitHub Action; refactoring workflows for reuse and readability; adding an end-to-end acceptance test runner; and addressing GitHub Actions deprecations and cleanup to stabilize pipelines. Result: more reliable deployments, fewer credential leaks, faster validation, and scalable automation that supports Zoo deployment operations.
March 2025 focused on stabilizing and maturing the CI/CD stack for EOEPCA/eoepca-plus, enabling safer deployments and faster feedback. Key work includes repairing the OpenEO deployment to restore CI reliability; securing and integrating secrets for the Pytest GitHub Action; refactoring workflows for reuse and readability; adding an end-to-end acceptance test runner; and addressing GitHub Actions deprecations and cleanup to stabilize pipelines. Result: more reliable deployments, fewer credential leaks, faster validation, and scalable automation that supports Zoo deployment operations.
February 2025 monthly summary for EOEPCA/eoepca-plus focusing on deployment reliability and process improvements. Key outcomes include a Kubernetes namespace correction for the openeo-geotrellis deployment and a comprehensive overhaul of issue reporting templates to standardize bug reports and feature requests, along with workflow consolidation.
February 2025 monthly summary for EOEPCA/eoepca-plus focusing on deployment reliability and process improvements. Key outcomes include a Kubernetes namespace correction for the openeo-geotrellis deployment and a comprehensive overhaul of issue reporting templates to standardize bug reports and feature requests, along with workflow consolidation.
January 2025 monthly summary for EOEPCA/eoepca-plus focusing on delivering business value through feature improvements, reliability fixes, and deployment stability. The summary highlights key features, major bug fixes, overall impact, and the technologies demonstrated.
January 2025 monthly summary for EOEPCA/eoepca-plus focusing on delivering business value through feature improvements, reliability fixes, and deployment stability. The summary highlights key features, major bug fixes, overall impact, and the technologies demonstrated.
2024-11: Implemented public workspace API exposure with TLS via APISIX, OpenAPI documentation, and OIDC-based access control. Standardized the workspace API prefix and consolidated docs/OpenAPI routing to streamline developer experience. Upgraded the Application Hub to version 2.1.0 and performed infrastructure cleanup by removing unused components (minio-bucket-api) and the Argo CD application. These changes enhance security, improve API documentation accessibility, and reduce operational debt, enabling faster partner integrations and simpler maintenance.
2024-11: Implemented public workspace API exposure with TLS via APISIX, OpenAPI documentation, and OIDC-based access control. Standardized the workspace API prefix and consolidated docs/OpenAPI routing to streamline developer experience. Upgraded the Application Hub to version 2.1.0 and performed infrastructure cleanup by removing unused components (minio-bucket-api) and the Argo CD application. These changes enhance security, improve API documentation accessibility, and reduce operational debt, enabling faster partner integrations and simpler maintenance.
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