KubeRocketCI

About KubeRocketCI

KubeRocketCI is an open-source software delivery platform from EPAM for establishing repeatable development, testing, security, and deployment workflows on Kubernetes or OpenShift. It was previously known as EPAM Delivery Platform, or EDP. The current KubeRocketCI name covers a maintained platform with CI/CD patterns, GitOps workflows, application onboarding, quality checks, and delivery monitoring. It can be deployed in cloud, hybrid, or on-premises environments that provide a supported Kubernetes foundation.

What does KubeRocketCI provide?

KubeRocketCI packages software-delivery processes and tools into a platform intended to help teams start and standardize product development. Its published capabilities cover source-code onboarding, versioning and branching patterns, build and deployment pipelines, static analysis, security checks, validation, automated testing, and temporary feature environments. A portal gives delivery teams a common interface for configuring applications and tracking work.

The platform combines third-party open-source components with EPAM engineering practices and templates. EPAM's current listing names tools such as Tekton, Argo CD, SonarQube, Nexus, Trivy, and GitLab CI among possible components. Buyers should confirm the supported versions and exact integration set for the proposed release because the open-source ecosystem changes independently of the platform.

Who should consider KubeRocketCI?

The platform may suit engineering organizations that run several services or product teams on Kubernetes and want consistent paths from source code to production. Platform engineering, DevOps, security, and application teams can use a shared foundation instead of assembling a different pipeline for every project. It may be especially relevant to organizations adopting GitOps, automated policy checks, or standardized development environments.

A team with one simple application or a mature internal developer platform may not gain enough from another abstraction layer. Before selecting KubeRocketCI, inventory repositories, build systems, deployment targets, compliance requirements, cloud accounts, identity services, registries, and current CI/CD tools. The goal is to identify which existing work the platform replaces and which integrations still require custom engineering.

How does the platform fit Kubernetes and GitOps?

KubeRocketCI is designed to run on Kubernetes or OpenShift and can support cloud, hybrid, and privately operated environments. It uses container-based delivery practices and can coordinate pipelines, environments, quality gates, and deployment state. GitOps components can make desired configuration visible in version control and support controlled promotion across environments.

Kubernetes support alone does not make every cluster interchangeable. Teams should confirm the supported distributions, versions, storage, ingress, network policies, secrets management, registries, and cloud services. They should also test how the platform handles multiple clusters, regions, tenants, and restricted networks. Platform ownership must include both KubeRocketCI and the Kubernetes layer beneath it.

What security and compliance checks are included?

The current product page describes static code analysis, security checks, linters, validators, automated test stages, image scanning, quality gates, and access-related controls. These capabilities can help teams move checks earlier in delivery and apply common rules. Their effectiveness depends on the tools configured, policies selected, update cadence, exception process, and response to findings.

Security reviewers should examine administrative access, single sign-on, secrets, audit trails, dependency and container scanning, software bills of materials, artifact signing, provenance, cluster permissions, and separation between teams. Confirm which controls are available in the open-source version and which require services, integrations, or higher support plans. No delivery platform removes the need for application threat modeling and production monitoring.

How should teams evaluate KubeRocketCI?

Use a pilot that includes a representative service, existing repository, build, tests, security checks, deployment environments, and rollback. Measure onboarding time, developer effort, pipeline reliability, environment creation, visibility, policy enforcement, upgrade complexity, and recovery from failed deployments. Include a legacy or unusual workload as well as a straightforward cloud-native service.

Compare KubeRocketCI with managed developer platforms, cloud-native CI/CD services, established open-source stacks, and the organization's current tooling. The better choice is not only which demonstration is quickest, but which option teams can operate, secure, update, and extend over several years. Ask developers whether the golden path helps normal work without blocking justified exceptions.

What operational work remains after deployment?

A platform team still needs to manage releases, clusters, integrations, credentials, templates, policy changes, backups, disaster recovery, observability, and user support. KubeRocketCI can standardize these concerns, but it does not make them disappear. Define the service owner, maintenance window, incident path, upgrade testing, capacity plan, and support boundaries before onboarding critical applications.

Teams should document how application owners request new tools, environments, permissions, and pipeline changes. They should also track adoption and outcomes such as failed deployments, lead time, recovery time, security findings, and manual work. Metrics need context; pushing teams toward a target without understanding workload differences can create unsafe shortcuts.

What should buyers confirm with EPAM?

Confirm whether the engagement covers platform assessment, installation, configuration, application onboarding, migration from existing pipelines, custom integrations, training, operations, or ongoing support. The statement of work should name the KubeRocketCI release, Kubernetes targets, included tools, deliverables, acceptance tests, service levels, and responsibility for third-party components.

The current product page uses KubeRocketCI and identifies EPAM Delivery Platform as its former name. Directory content should therefore use the current name while retaining the former name for discovery and migration context. Buyers should confirm licensing and support terms directly for the selected deployment rather than relying on a historical EDP proposal or an older platform version.