How to Configure Symphony Agents to Solve GitHub Issues Independently
makedreamMay 9, 2026
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Computing/Software
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To make agents directly handle tickets piled up in your issue tracker, you must start by dropping a WORKFLOW.md into the project root. Symphony is designed to detect state changes on project management boards and allocate isolated workspaces accordingly. In fact, when an internal team at OpenAI adopted this method, the number of finalized merged pull requests jumped by 500% in just three weeks. While that figure might seem exaggerated, it simply means that because the agent handles environment setup and task allocation on its own, developers only need to focus on the code.
First, bake the GitHub repository path and a trigger label like ai-fix into your YAML configuration. Next, deploy the broomva/symphony daemon written in Rust or the Go version, itervox/symphony-go, to monitor issues every 30 seconds. Once this is set up, the time spent digging through messengers wondering who to assign a task to will disappear.
When you delegate work to an agent, it sometimes produces nonsensical code and submits it with full confidence—exposing security keys or ignoring team conventions. Symphony's hooks.after_run acts as a checkpoint that triggers just before the agent's output is recorded to the repository. If a script executed here throws an error, Symphony immediately halts the operation, preventing garbage code from being mixed in.
Add just three lines to the after_run stage. You should format the code with npx prettier --write, catch syntax issues with npx eslint --fix, and finally complete type checking with npx tsc --noEmit. Running this automatic validation loop cuts the effort of humans re-fixing agent-generated code by half. This is essential if you want to avoid spending all your time cleaning up after an agent.
Running multiple agents at once is bound to make your local machine scream. You might run into accidents where the mouse freezes due to CPU saturation or code gets overwritten because the file system gets tangled. While the Symphony orchestrator uses the filepath.EvalSymlinks function internally to analyze paths and prevent directory traversal attempts, resource distribution must be configured manually.
To stably run five or more sessions, utilize Docker containers like slots. It is safer to limit resources with --memory="2g" and --cpu-shares=100 options and cut off external communication using --network=none. Unless you want to see an agent sending data somewhere over the network or paralyzing your system, this level of isolation is a natural precaution.
Letting an agent commit directly to the main branch is a suicidal move. No matter how much AI performance has improved, not a single line should be merged without final human approval. Completed work must always be pushed to a temporary branch prefixed with something like staging/ai-patch-.
Insert a GitHub CLI (gh) command at the end of your pipeline. Run gh pr create in non-interactive mode to assign yourself as a reviewer and trigger a Slack notification. Once you've skimmed the code and confirmed there are no issues, simply merge it with gh pr merge --squash. A structure where the machine drafts the proposal and the human signs off is the fastest and safest approach.