go-kratos/kratos
kratos
Your ultimate Go microservices framework for the cloud-native era.
Usage guide
kratos is an open-source project around architecture, cloud-native, framework with 25,760 GitHub stars. This guide focuses on when to use it, how to install it, how to run the first example, and what to verify before adopting it.
Key features
- Implemented mainly in Go, useful for judging integration effort in a similar stack.
- GitHub detected the MIT repository license, which generally permits commercial use. This signal only covers the repository license; review its obligations and any model weights, datasets, dependencies, or external services before commercial adoption.
- The project has a homepage, so cross-check docs, examples, and release information beyond GitHub.
Best for
- Evaluating kratos for Go AI workflows.
- Comparing a GitHub project with 25,760 stars and current repository activity.
Pros
- kratos has visible GitHub traction with 25,760 stars. Topics: ai, architecture, cloud-native.
- The project provides an external homepage for deeper evaluation.
Cons
- Production fit still depends on documentation depth, issue activity, and release cadence.
- License review should confirm the MIT terms fit your use case.
Production readiness
kratos should be validated with its README, release history, open issues, and integration requirements before production use.
License risk
MIT is reported by GitHub; review the repository license before redistribution or commercial use.
kratos architecture preview
kratos's main path starts at the entry surface, runs through Coding agent runtime, combines Optional AI model, Runtime context, GitHub / MCP tools, and returns User-facing result.
Entry
Web / product entry
Users start from a web UI, hosted product surface, or browser-based workflow.
https://go-kratos.dev
Runtime
Coding agent runtime
The runtime reads developer intent, inspects repository context, plans edits, and returns code-oriented actions.
coding workflow
Model
Optional AI model
The project connects its core runtime to local models or hosted AI APIs when model inference is required.
model signal
Context
Runtime context
Runtime state, user input, repository files, or configuration provide context for each task.
context signal
Tools
GitHub / MCP tools
Tool adapters let the runtime act outside the model through GitHub / MCP tools.
GitHub, MCP tools
Output
User-facing result
The final output is returned to the user, workflow, API caller, or downstream system.
output
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Install tutorial
Before you install
- Local build tools for compiling the project
- A clean working directory for the first test run
Check the runtime environment
kratos may require a local build toolchain. Check the compiler, package manager, and system dependencies first.
Get the project files
Start from the official repository or package so the first run matches the documented behavior.
$ git clone https://github.com/go-kratos/kratos.gitInstall or build dependencies
Run the next setup command detected from the project documentation.
$ go install github.com/go-kratos/kratos/cmd/kratos/v3@latestAdoption guidance and sources
Practical use cases
Your ultimate Go microservices framework for the cloud-native era.
This is one of the documented reasons to evaluate kratos before choosing a stack.
Focus area: ai
This is one of the documented reasons to evaluate kratos before choosing a stack.
All project comparison
Compare kratos with similar projects before committing to a stack.
Before adopting
- Complete one clean-environment verification using the official kratos setup path.
- Review repository license, model weights, external services, and dependency terms for your use case.
- Check recent commits, release cadence, issue response, and documentation depth.
- Evaluate output quality, latency, resource usage, and recovery behavior with a small dataset.
Configuration notes
- Review README configuration notes before using production data.
Sources checked
These links are used to verify repository, documentation, or tutorial details. Review the source pages before adopting the project.
Troubleshooting
- If installation fails, first confirm the command is being run from the README-specified directory.
- If dependencies conflict, retry in a fresh virtual environment, container, or working directory.
- If output looks wrong, return to the smallest documented kratos example before adding complex data.
- For keys, model files, or external services, verify environment variables, local paths, and permissions one by one.
- Before production use, review recent updates, open issues, license terms, and safety boundaries.
What is kratos?
kratos is an open-source all project. Your ultimate Go microservices framework for the cloud-native era.
How do I install kratos?
Start with the official README. The first detected setup step is: git clone https://github.com/go-kratos/kratos.git.
Is kratos beginner-friendly?
If you already know the Go ecosystem, start with the smallest example. Otherwise test it in an isolated environment first.
Can kratos be used commercially?
GitHub detected the MIT repository license, which generally permits commercial use. This signal only covers the repository license; review its obligations and any model weights, datasets, dependencies, or external services before commercial adoption.
Does kratos need a GPU?
GPU requirements depend on the workload, model, and dataset size. Start with the smallest README example before scaling up.
How should I decide whether to adopt kratos?
Evaluate setup cost, maintenance activity, issue health, license terms, and fit with your real workflow.