JFrog Artifactory vs KubeVela

JFrog Artifactory manages binaries, packages, containers, releases, AI/ML models, and agent assets as a system of record. It supports more than 40 software build package types, including Docker, Maven, and Gradle, and can serve as a Docker and Kubernetes registry for containers and Helm charts. CLI and REST APIs, Open API specifications, and Artifactory Query Language support automation and searches. Artifactory can run as SaaS or self-managed software, with installation options including Helm, Docker, RPM, Debian, Linux archive, and Windows archive. Integrations include GitHub, Jenkins, Kubernetes, Terraform, and Slack, among others. Storage options include S3, Google Cloud Storage, Azure Blob Storage, and Filestore Sharding; active/active high availability includes live failover and non-disruptive production upgrades. Security controls include granular permissions and external authentication such as LDAP or SAML. The free self-managed Container Registry edition is limited to Docker, OCI, Helm, Helm OCI, and Generic workflows. A 14-day trial is available without a credit card. Pro costs $50 a month, with consumption-based pricing beyond the 25 GB base; self-managed plans start at $27,000 a year.

KubeVela is a free, open-source software delivery platform for deploying and operating applications across hybrid and multi-cloud environments. It describes deployment plans as workflows that can run with CI/CD or GitOps and be extended with CUE. Across clusters and clouds, it supports progressive rollout, canary and blue-green strategies, continuous verification, and placement strategies. Security controls include LDAP integrations, multi-cluster authentication and authorization, fine-grained RBAC modules, and automated observability. Application access control uses native Kubernetes authentication and RBAC objects. The project lists integrations including Kubernetes, Helm, FluxCD, ArgoCD, Git, Harbor, JFrog, Dex, Prometheus, Loki, Grafana, Vector, Terraform, Crossplane, Istio, and ClickHouse. Cloud resources can be used as built-in components or integrated through Terraform and Crossplane. Install it on Linux, macOS, or Windows, or host it on an existing Kubernetes cluster. Standalone VelaD is intended for local development and demos; managed Kubernetes is recommended for production. Its CLI installs the control plane on the Kubernetes derivative targeted by the user's kubeconfig.