werf/werf

Features

• Container Image Builders - Builds container images using Dockerfiles or assembly syntax with content-based tagging and layer caching.
• Container Image Building - Transforms source code and assembly recipes into portable container images for consistent deployment.
• Custom Image Assemblers - Constructs container images by merging discrete components via a structured syntax to avoid single linear scripts.
• Multi-Architecture Images - Bundles container images for multiple CPU architectures by integrating system emulators on a single host.
• Container Image Tagging - Uses cryptographic hashes of image layers for content-addressable tagging to ensure version consistency and avoid redundant uploads.
• Build Layer Caching - Stores and retrieves intermediate image layers from remote registries to bypass redundant build steps.
• Multi-Platform Builds - Creates container images for multiple hardware platforms by utilizing system emulators during the build process.
• Modular Dockerfile Assemblers - Provides a structured assembly syntax for combining components into container images instead of relying solely on linear Dockerfiles.
• Immutable Image Tagging - Calculates hashes of image content to implement immutable tagging, preventing the upload of unchanged layers to registries.
• Application Deployments - Automates the full lifecycle of creating container images and deploying them to Kubernetes clusters using configuration charts.
• Kubernetes Application Deployments - Delivers containerized applications to Kubernetes clusters using automated build and deployment workflows.
• Kubernetes Deployment Management - Translates package definitions into Kubernetes resources to automate application rollouts and manifest management.
• Resource Manifest Provisioning - Automates application rollouts by translating declarative local package definitions into Kubernetes resource manifests.
• Workload-to-Kubernetes Translators - Translates local package definitions into deployable Kubernetes resource manifests to automate application rollouts.
• Build-Time Emulation - Integrates system emulators during the build phase to produce container images for different CPU architectures on a single host.
• Secrets Deployment Pipelines - Decrypts sensitive application credentials from encrypted files during the automated deployment process to a cluster.
• Deployment Secret Decryption - Decrypts sensitive deployment values from encrypted files using a secure key before passing them to the cluster.
• Registry Content Management - Removes orphaned artifacts and unused resources from remote container registries to prevent storage bloat.
• Image Build Optimizations - Reduces build times using content-based tagging and automatic layer caching to avoid redundant uploads.
• Multi-Architecture Container Images - Uses system emulators in a build pipeline to create container images for different CPU architectures on a single host.
• Encrypted Secret Management - Protects deployment credentials by decrypting sensitive values from encrypted files using a secure key.
• Secret Injection Pipelines - Decrypts sensitive values from encrypted files using secure keys before delivering them to the Kubernetes cluster.
• Automation and CI/CD - Integrates Git, Docker, and Helm for CI/CD pipelines.
• Continuous Delivery and GitOps - Tool for integrating Git, Docker, and Kubernetes pipelines.
• Continuous Integration - CI/CD tool for building images and deploying to Kubernetes.
• Deployment Platforms - CI/CD tool for building and deploying to Kubernetes.

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