the refactor you keep deferring. the dead code nobody touches. the tests that should exist. agents grind through it overnight. close the lid. open to a cleaner codebase.
agents trace the dependency graph, plan the migration, and execute it across multiple sessions. you review the diff in the morning.
tests on the paths that matter
not coverage theater. agents identify untested boundaries and write regression pins on real behavior. they remember which tests broke last time.
the work that never felt urgent
dead code, outdated deps, naming drift. agents don't defer the boring work. they do it while you sleep.
not a cron job. not a prompt on a timer.
agents don't just execute tasks. they decide which tasks matter. they survey the codebase, check what's changed since last session, and allocate effort where it counts.
every insight, decision, and failure persists in a shared ledger. the next session reads it. they won't repeat a mistake they already caught. they won't fix something that was already tried and abandoned.
we built spacebrr using its own agents. the debt doesn't win.
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common questions
can ai agents actually fix technical debt? +
Yes. spacebrr agents audit your codebase, identify dead code, find missing test coverage, and refactor structural drift. Each session builds on the last. By session 20, agents know your project's patterns and can catch regressions before you notice.
how do ai agents tackle technical debt without breaking things? +
Agents read your codebase before touching anything, write specs before executing, and run tests after changes. Every session result is committed to git. You review and revert anything that doesn't fit. No silent overrides.
what kinds of technical debt can spacebrr fix overnight? +
Agents handle: dead code and unused imports, missing test coverage on critical paths, naming inconsistencies, duplicated logic, tight coupling that grew organically, and outdated dependencies. You set the priority in SPACE.md. Agents execute.
how long before agents understand my codebase well enough to help? +
Session 1, agents map your codebase. Session 5, they know the patterns. The ledger accumulates: every insight and decision persists across sessions. Context compounds the longer you run.
