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RepoFixer

Platform

One tool for the whole lifecycle

RepoFixer isn't only a maintenance bot for an existing repo. It spans project creation (intake, planning, scaffolding, provisioning, deployment) and the ongoing backlog work that follows.

[ PLATFORM LIFECYCLE ]

Not just a maintenance bot

RepoFixer spans a project's full lifecycle, from intake through ongoing backlog maintenance, not only fixes on an existing repo.

  1. 1

    Intake

    A new project starts with intake: capturing what needs to be built before any code is written.

  2. 2

    Planning

    Work is researched and scoped into a plan a coding agent can execute against.

  3. 3

    Scaffolding

    Initial project structure is generated, informed by Figma where a design is connected.

  4. 4

    Provisioning

    A server is provisioned to run the project, managed by RepoFixer or bring-your-own-server.

  5. 5

    Deployment

    The project is deployed once provisioning is in place.

  6. 6

    Ongoing maintenance

    After launch, backlog work (dependency updates, flaky tests, fixes) keeps moving through the same agent-and-PR workflow.

Backlog maintenance

Once a project exists, this is the loop that keeps its backlog moving.

  1. Connect GitHub

    Connect a repository or org, and sync Jira too if that's where your team already tracks work.

  2. Create or sync a ticket

    Point RepoFixer at backlog work: a dependency bump, a flaky test, a security fix, a Jira ticket.

  3. Research & scope

    The work is researched and scoped into a plan a coding agent can execute against.

  4. Isolated agent execution

    A coding agent runs the change on an isolated server, never with direct database access.

  5. A small PR opens

    The change lands as a scoped, reviewable pull request on your repository.

  6. You review and merge

    RepoFixer never merges on its own. An engineer reviews the PR like any other.

What you get control over

  • Figma-linked intake

    A Figma file can be linked during project intake to inform scaffolding, not full code generation from a design file.

  • Environment Vault

    Secrets and environment variables live in a dedicated Vault, scoped per project and environment, encrypted at rest.

  • Realtime run status

    Agent runs and deployments report status in realtime rather than requiring a page refresh.

  • Usage & cost tracking

    Token usage, cost, and cache ratio are tracked per agent run. Completed runs are historical fact; rate or policy changes only affect newly queued work.

Trust is structural, not promised

RepoFixer's isolation model is what lets a coding agent work near your repository without your team taking it on faith.

  • Sandboxed execution

    Agent build and deploy work runs inside gVisor-sandboxed containers.

  • Per-server worker auth

    Each worker authenticates with its own bearer token and only talks to RepoFixer's Worker API.

  • No direct data access

    Workers never connect to MongoDB or Redis directly.

  • Structurally separated auth

    Customer accounts and the admin console are isolated at the auth layer.

Read the security architecture

Verified integrations

RepoFixer connects to GitHub for backlog work and, optionally, Jira for teams that already track tickets there.

See the integrations hub →
Agents propose. Engineers decide. RepoFixer opens reviewable pull requests; it does not merge them for you.

Got backlog work piling up? Tell us about your stack and we'll help you get a first run going.

support@repofixer.com