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Kurtosis Tech

Official

@kurtosis-tech · United States of America

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146Public Repos
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22Published Skills

Building tools to get developers the environments they need where they want them, the way they want them.

Skills Distribution
DomainCloud & Comp...Environment Orches.. (40%)Container Lifecycl.. (30%)Cluster Infrastruc.. (30%)

Agent Skills by Kurtosis Tech

Showing 22 vetted skills indexed across 1 GitHub repositories.

kurtosis-techkurtosis-tech
547

cli-local-build

Compile the Kurtosis CLI from source and test against Docker and Kubernetes engines.

Official
Intermediate
kurtosis-techkurtosis-tech
547

lint

Lint and format Kurtosis Starlark (.star) files for syntax and docstrings.

Official
Intermediate
kurtosis-techkurtosis-tech
547

cluster-manage

Switch Kurtosis clusters between Docker and Kubernetes backends.

Official
Intermediate
kurtosis-techkurtosis-tech
547

docker-local-build

Builds and tests Kurtosis from source on local Docker, compiling Engine, Core, Files Artifacts Expander, CLI, tagging images with git short SHA, and restarting the engine for a clean test environment.

Official
Intermediate
kurtosis-techkurtosis-tech
547

portal

Start, verify, and stop the Kurtosis Portal daemon across remote servers.

Official
Intermediate
kurtosis-techkurtosis-tech
547

dump

Export Kurtosis engine, enclaves, services, logs, and artifacts to a local directory.

Official
Intermediate
kurtosis-techkurtosis-tech
547

engine-manage

Manage the Kurtosis engine server across Docker and Kubernetes backends.

Official
Intermediate
kurtosis-techkurtosis-tech
547

port-forward

Display local port mappings for Kurtosis services to diagnose connectivity issues.

Official
Basic
kurtosis-techkurtosis-tech
547

run-package

Execute Starlark scripts and Kurtosis packages with kurtosis run flags.

Official
Advanced
kurtosis-techkurtosis-tech
547

starlark-dev

Automate the development lifecycle of Kurtosis Starlark packages.

Official
Intermediate
kurtosis-techkurtosis-tech
547

clean

Remove stale Kurtosis enclaves and engine containers to free resources.

Official
Basic
kurtosis-techkurtosis-tech
547

k8s-dev-deploy

Build, tag, push, and deploy Kurtosis dev images to a Kubernetes cluster.

Official
Advanced
kurtosis-techkurtosis-tech
547

enclave-inspect

Inspect Kurtosis enclaves to list services, ports, and file artifacts.

Official
Intermediate
kurtosis-techkurtosis-tech
547

files-inspect

Inspect, download, upload, and debug Kurtosis file artifacts across enclaves.

Official
Intermediate
kurtosis-techkurtosis-tech
547

service-manage

Manage service lifecycle and inspect containers within Kurtosis enclaves via CLI.

Official
Intermediate
kurtosis-techkurtosis-tech
547

grafloki

Centralize log collection and visualization across Kurtosis enclaves with Grafana and Loki.

Official
Intermediate
kurtosis-techkurtosis-tech
547

context-manage

Manage connections to multiple Kurtosis instances by organizing and switching contexts.

Official
Intermediate
kurtosis-techkurtosis-tech
547

k8s-debug-pods

Diagnose and fix Kurtosis Kubernetes pods stuck in Pending, CrashLoopBackOff, ImagePullBackOff, or Evicted states.

Official
Advanced
kurtosis-techkurtosis-tech
547

import-compose

Migrate Docker Compose workflows to Kurtosis via direct execution or Starlark conversion.

Official
Intermediate
kurtosis-techkurtosis-tech
547

k8s-clean-cluster

Remove orphaned Kurtosis resources from a Kubernetes cluster.

Official
Intermediate
kurtosis-techkurtosis-tech
547

gateway

Runs and supervises Kurtosis gateway Kubernetes engine port-forwarding from localhost to pods.

Official
Intermediate
kurtosis-techkurtosis-tech
547

docker-debug

Diagnose Kurtosis engine and API container issues on local Docker.

Official
Intermediate

Frequently Asked Questions About Kurtosis Tech

FAQPage Schema
What specific tasks can engineers perform with these environment capabilities?

Engineers can provision ephemeral enclaves, migrate existing service definitions, inspect containerized file artifacts, and manage service lifecycles. These capabilities allow for rapid testing of distributed systems by isolating services within reproducible, version-controlled environments that mirror production-like configurations.

Which personas benefit most from these environment management capabilities?

Platform engineers, backend developers, and site reliability engineers benefit most. These personas use the system to standardize development environments, troubleshoot complex service dependencies, and ensure consistent behavior across local Docker and remote Kubernetes clusters during the development and testing phases.

What are the prerequisites for deploying these environment management capabilities?

Deployment requires a functional Docker engine or a configured Kubernetes cluster. Users must install the core binary to interface with the engine, which then manages the lifecycle of enclaves, services, and network configurations defined via Starlark configuration files.