Adds two new agent types to the autonomous system, bringing the total
from 11 to 13 supervisors launched by the product-builder via prompt_async.
New agents:
1. ca-test-infra-improver (12th supervisor — pool with N workers):
Dual-mode agent following the ca-bug-hunter pattern. In pool mode,
dispatches N parallel workers via prompt_async to analyze 8 aspects
of the testing infrastructure: CI execution time, coverage gaps, test
architecture (BDD quality), flaky tests, CI pipeline optimization,
test data quality, missing test levels (Behave/Robot/ASV per
CONTRIBUTING.md), and dependency security. Workers file actionable
Type/Testing or Type/Task issues. Hard constraint: never disables
or weakens existing checks — only proposes additions and optimizations.
Uses Gemini 2.5 Pro for large context. Follows all established patterns
(clone isolation, bash sleep, prompt_async dispatch, session resume,
bot signature).
2. ca-project-owner (13th supervisor — singleton, no pool):
Acts as autonomous project owner. Continuously triages State/Unverified
issues following CONTRIBUTING.md's 6-step triage process. Assigns
MoSCoW labels (Must Have / Should Have / Could Have) based on the
specification and milestone goals. Makes strategic priority decisions.
Tags specific developers with questions in Forgejo comments (discovers
expertise from git history and Forgejo assignments). Periodically
re-evaluates MoSCoW labels as the project evolves. Follows up on
unanswered questions after 48 hours. Single instance, not a pool —
one project owner is sufficient. Uses Opus for nuanced strategic
judgment. Launched via prompt_async like all other supervisors.
Modified files:
- product-builder.md: Updated from 11 to 13 supervisors in all locations
(architecture table, Phase C.2 launch list with entries #12 and #13,
validation count, checkpoint text, self-coordinate table). Added
test-infra-pool to pool supervisors list and project-owner to singletons.
- ca-human-liaison.md: Clarified MoSCoW responsibility split — the liaison
only adjusts MoSCoW labels when relaying explicit human feedback. The
ca-project-owner handles autonomous MoSCoW assignment.
