February 2026 monthly summary focusing on key accomplishments, major fixes, and business value delivered across Qovery dashboards and APIs. Key features delivered: - Envoy HTTP metrics with Prometheus query support and combined NGINX/Envoy alerting, including UI improvements and robust query handling (commits 7bb8a50d78f4cdd85b32b8b10ff7e3886ccd46c4; af7a2eda1fa985bddbcad43d92dc8150b73fbfab). - CPU/Memory charts enhanced with p50/p90, pod-count aggregation, and clearer tooltips/legends (commit a0313dd415f9f753ce3e0b3bf3a6afd3aed43851). - Email notification channel added in the creation flow with UX streamlining and payload consistency (commit a564a00add1cbfb4894c08540574340d0fa7d61a). - Cluster labeling to improve organization in Qovery OpenAPI spec (commit 48f38bdc4e09135ac010cb9ed2f27eeafbbf825d). Major bugs fixed: - queryTimeRange correctly computes duration for custom date ranges, fixing invalid PromQL queries. - Escaped special characters in chart legend hover to prevent UI breakage. - Envoy metrics are hidden when Envoy is not enabled to avoid confusion and unnecessary queries. - Streamlined notification creation/edit flows by removing Webhook option and standardizing payload handling across channel types (email/UI tests updated). Overall impact and accomplishments: - Improved observability and alerting reliability with Envoy data, leading to faster issue detection and more actionable dashboards. - More accurate performance insight through enhanced CPU/Memory charts with p50/p90 metrics and per-pod aggregation. - Simplified operator experience with a new email notification channel and reduced configuration options, decreasing setup time and potential misconfigurations. - Better cluster governance and organization via label support on clusters, enabling easier filtering and management at scale. Technologies/skills demonstrated: - Prometheus/PromQL integration for Envoy metrics and alerting, with robust query handling for custom date ranges. - UI/UX improvements including CSS.escape usage for legend interactions and clear tooltips. - Backend design considerations for notification channels (email) and payload consistency across create/edit flows. - API design and data modeling for cluster labeling in the Qovery OpenAPI spec.

January 2026 performance-focused month delivering scalable management, robust alerting, and API consolidation across Qovery-openapi-spec and Qovery/console. Implemented KEDA trigger authentications, real-time scaling with WebSocket, memory-based HPA scaling, enhanced alerting (email/Slack), and KEDA autoscaler enhancements, with targeted bug fixes to improve reliability and maintainability. Enables better resource utilization, faster incident response, and a cleaner API surface, with demonstrated proficiency in cloud-native patterns and frontend-backend integration.

2025-12 Monthly Summary: Focused on delivering robust alerting, autoscaling, and observability capabilities across Qovery-openapi-spec and Qovery console, with clear alignment to business value and reliability objectives. Key features delivered: - Enhanced Alert Management API: new alert rule conditions, validation endpoints for alert receivers, ghost alert rules support, webhook improvements, and clarified API docs. Commits include: 845fff7b27c5473bfb7344e2b52b7889f2a4a946; 409ddc44fb635879fd62863eb9e59997d0b95395; 66865fa8be7d1c56ffd5ccc2b181f28a606ec79e; 9bb421ef999cd0a8d58a317820d5c8051e830b79; 3c289676372a1d2f290744ea85a338862acb2481; 70a9a7e196b8948e667cf63e2141c16c579f023d; dd2fee63aed124eba66af026a60bbfaab644dfd1; 3ac5e7cbc5ee2215796875282c4b51efe0ef52c9; 19116e2f5c75673ec1dc54eb5da57957bab2f9ab. - Autoscaling and KEDA integration: cluster config to enable/disable KEDA; autoscaling for containers and applications; updated autoscaling response with config_json/config_yaml; commits include: dc455d7eeb2bc04967bf564897d2b991fafb540b; c548994f1bedec3df3f6ddc06d6b78bff54507ae; 79cc183854a21d0a6f3654b918e87bf4b1b765b5; e6d5195f6415c88e8f0f6b2500d7309526c69f20. - Console improvements: Alerting System Modernization including ghost mode support, improved alert rule handling, and instance restart timing adjustments; HPA alerting with creation flow toggles; Alert Undeployed UI cue; CloudWatch exporter for AWS managed databases; Observability board resource differentiation; KEDA toggle in cluster settings; Mintlify API key deployment configuration. Commits include: 2a7e92194e50c45b7262818f1ded0991c7bd7d72; f52582f3f5c8fe22e499c9706af03e907e30f1de; 70f233531e182d74467b1ef2328584989f84e4b; 63e4c4eef4a939cebea9b06f79e0b2ea6c3dda25; e7546bef5a732db61f2bbaa5a9c8382a93e0bb67; c79fdc7115dbbcc4c05f7c5611570dc8691c0575; 1a77787be41c8c23983e5bb7776932f9093bd86f; a729b32f7e06f727f4c4478d3cbe3d0d83c81f9d; d211c57d6adda2eb6e07a7e0811ad5f9bf30ef43; 3a09bc1cdf41e6c78c9680ba222bc9f7882c48e2; 3c9a9e...; c9abc57eda71211f81b1a1737774f5fc7e342676; c72c4a623a4ef99ae567039f96daa8d192be3f4a. Major bugs fixed across the two repos included: fix: validate endpoint for alert; fix: webhook endpoint; refactor: remove legacy API compatibility code; fix: hpa alert creation; fix: alerting/UI related issues; and several notification/description updates that stabilized alerting and deployment flows. Overall impact and accomplishments: - Significantly improved reliability and responsiveness of alerting, enabling faster MTTR and more accurate alert routing. - Enabled scalable autoscaling with KEDA, optimizing resource usage and cost. - Strengthened observability with CloudWatch exporter and improved monitoring board differentiation, driving better capacity planning. - Admin and deployment workflows were streamlined via cluster-level KEDA toggles and Mintlify API key deployment configuration. Technologies/skills demonstrated: - API design and OpenAPI documentation enhancements; Kubernetes and KEDA integration; cloud observability (CloudWatch); observability board differentiation; deployment configuration management (Dockerfile env vars); UI/UX improvements for alerting.

November 2025 was focused on expanding observability, refining API surfaces, and strengthening cross-cloud monitoring to deliver faster incident response and clearer performance insights. In Qovery-openapi-spec, we delivered observability configuration and API polish (resource profiles, CloudWatch export settings, internal network monitoring) and API naming consistency by removing /api prefixes, supported by multiple commits. We also enhanced alerting capabilities with a richer alert rule API, including granular severity levels, up-to-date flag, conditional rules, service-light targets, and response timing (starts_at). In Qovery/console, observability and database monitoring were consolidated across Azure, AWS/Azure, and RDS PostgreSQL/MySQL, with new panels, charts, and time-bound query support, plus Azure enablement and dedicated AWS managed database monitoring panels. Documentation received targeted guidance for AWS metrics server replicas to improve user configuration and adoption. These changes collectively improve observability, reliability, and cross-cloud visibility, driving faster insight and incident response for customers.

October 2025: Delivered major observability and API enhancements in Qovery OpenAPI Spec, driving operational clarity and faster incident response. Key outcomes include scalable alerting configuration via Alert Receivers and Rules with lifecycle states, precise log access through time-based filtering, robust alert targeting to resources, and refreshed API docs/branding for better developer experience and brand consistency. These changes enable proactive alerting, faster triage, and a clearer API surface for customers and internal teams.

September 2025 performance summary: Delivered API and observability improvements across Qovery-openapi-spec and Qovery/console, enabling more precise real-time logging, richer metrics, and stronger monitoring. Highlights include: Websocket API enhancements for Logs and Status with query capabilities, limits, and enhanced container status; OpenAPI spec fixes for cluster log requests; Metrics API enhancements for granular retrieval; Observability and monitoring improvements in the console with new charts and enriched labels; UI and error-tracking improvements including exclusion of 499 status and dependency updates. Business impact: improved incident detection and faster remediation; clearer APIs for clients; better data fidelity across dashboards; reduced operational noise via refined error tracking.

August 2025 summary focused on delivering observable reliability, scalable visibility, API and CLI enhancements, and robust operational fixes across Qovery's console, API spec, and CLI projects. The work translated into tangible business value through more accurate observability data, clearer autoscaling insights, expanded debugging capabilities, and streamlined cluster management for admins.

Concise monthly summary for Qovery/qovery-cli (July 2025). This period focused on stabilizing SSH-related workflows for bastion-host usage in qk9s and preventing resource leaks that could impact remote access reliability and CI/CD pipelines.

June 2025 performance summary for Qovery OpenAPI Spec: Delivered pivotal Terraform API schema consolidation and deployment enhancements, and Kubernetes events/status observability improvements in the Qovery-openapi-spec repo. Work encompassed comprehensive schema fixes, new endpoints and flags for Terraform deployment, storage and enum standardization, and enhanced Kubernetes event filtering and websocket status reporting. The effort spans 11 Terraform-related commits and 2 Kubernetes commits, driving reliability, usability, and operational insight for Terraform workflows and Kubernetes observability.

May 2025 delivered core API capabilities and-schema improvements for Qovery OpenAPI spec with a strong emphasis on Azure support, Terraform resource management, and data integrity. The changes provide tangible business value by enabling multi-cloud provisioning, robust IaC workflows, and improved diagnostics for production deployments.

April 2025 monthly summary: Delivered critical API and CLI enhancements to improve cluster planning, governance, and observability. Implemented cluster node pool visibility, destination-project cloning, and a cluster metrics API with configurable metrics. CLI gained destination-project targeting for environment cloning, enabling precise governance and automation.

Summary for 2025-03: Key features delivered: - WebSocket API OpenAPI Specification Enhancements (Qovery/openapi-spec): added created_at to PodQoveryServiceInfoDto; introduced PodInfoDto and ServiceMetricsV2Dto for richer metrics; updated events retrieval endpoint to support node_name and pod_name filters. Major bugs fixed: - No major bugs fixed this month. Focused on feature delivery and maintenance. Overall impact and accomplishments: - Enhanced API observability and filtering to improve troubleshooting and operational insights; maintained security/compatibility via dependency upgrade in qovery-cli. Technologies/skills demonstrated: - OpenAPI spec design and DTO modeling - API versioning and endpoint enhancement - Go module management and dependency upgrades - REST/WebSocket API enhancements

February 2025: Delivered API-level Target Build Stage selection for multi-stage Dockerfiles in Qovery OpenAPI spec, enabling users to specify which stage to build via API and OpenAPI schema. This included adding docker_target_build_stage to deployment schemas and the application editing API, significantly improving build flexibility and efficiency for customers.

In January 2025, delivered substantial API, CLI, and documentation improvements that enhance observability, reliability, and developer experience. Focused on clearer action/status representation, expanded service discovery and filtering, improved SSH usability, admin visibility, and comprehensive documentation. These efforts strengthen automation, governance, and operational dashboards, driving faster delivery and better decision-making.

December 2024 performance summary for Qovery CLI and OpenAPI spec. Delivered significant governance, configurability, and reliability improvements across CLI and API surfaces, with a focus on business value such as multi-tenant cluster governance, deployment state visibility, and robust error handling in operational workflows.

Month: 2024-11 Overview: Delivered features and reliability improvements across Qovery CLI and OpenAPI specs to strengthen admin capabilities, security, and release tooling. The work focused on reducing troubleshooting time, enabling token governance, and improving API filtering for GPU-enabled instances. Key features delivered: 1) Qovery/qovery-cli: SSH Connection Robustness for Qovery Admin K9s - What: Improved SSH connection handling with clearer error messages and guidance to check known_hosts; added StrictHostKeychecking=no to improve reliability in admin workflows. - Impact: Reduced debugging time and improved stability of admin workflows in kle9s-based tooling. - Commits: 729728e4a5a53c5de226e5650000f0129e022be8; ebab71089b019d564990ff0bb2093e493642ff93 2) Qovery/qovery-cli: JWT Management Commands for Clusters and Internal Admin - What: Added create, delete, and list operations for JSON Web Tokens (JWTs) for clusters and internal Qovery usage. - Impact: Enhanced administrative capabilities and token lifecycle governance. - Commits: 4e7d7575e37030404f91373816575d6c3bc7814b; 2a52d6762cea8245b9aa82f3cb7665a8a945e847 3) Qovery/qovery-cli: GolangCI-Lint Workflow Improvements for Release Pipeline - What: Increased timeout, adjusted concurrency, and enabled verbose output for golangci-lint in the release workflow. - Impact: More reliable linting, improved visibility into failures, and faster release cycles. - Commits: ee291294c038de74e04d70a9b29d29698d57a0f7; f6dbd5928e9e9174c028669a2e4c543ee716cacf; 108a1de2f8ce8d2420eacf92b30abc6eb88b43cf 4) Qovery/qovery-openapi-spec: GPU Filtering in OpenAPI for EKS Instances - What: Added a new GPU availability filter 'with_gpu' to enable API-level filtering for GPU-enabled EKS instances. - Impact: Consolidated GPU-related filtering at the API layer, enabling more efficient and accurate customer queries. - Commits: 81a0f95285c58cef409ba3324e4c4ba8bb8786c3; 06effc48d8ab2cf1f04b9c837131ce3cac10757b Major bugs fixed / stability improvements: - Release pipeline lint stability: multiple fixes to golangci-lint steps in the release-and-packages job, improving reliability and stability of the CI/CD pipeline (commits 383, 384, 385 references). Overall impact and accomplishments: - Strengthened admin capabilities (JWT management), improved SSH reliability for admin workflows, and enhanced API governance for GPU-based filtering. - Improved release process reliability and visibility into failures, accelerating time-to-market for releases. Technologies/skills demonstrated: - Go CLI development, SSH configuration handling, and robust error messaging - OpenAPI specification evolution and API strategy - CI/CD optimization, linting best practices, and release workflow tuning - Clear commit-based traceability and emphasis on maintainability

Month: 2024-10 — Qovery OpenAPI spec improvements focusing on EKS instance type filtering. Delivered a new resource-based filtering capability and updated docs; no major bugs fixed in this repo this month. Overall impact: improved API expressiveness and better support for resource-driven selection of EKS instance types, enabling teams to filter instances by resource requirements and streamline provisioning workflows. Technologies/skills: OpenAPI/Swagger, YAML, API design, Git-based workflow, commit hygiene.