Execute planned phase tasks via wave-based parallel builder subagents.
npx skills add https://github.com/Qualiasolutions/qualia-framework --skill qualia-build
Please help me install this Agent Skill. Skill: qualia-build Source: https://github.com/Qualiasolutions/qualia-framework/tree/main/skills/qualia-build Command: npx skills add https://github.com/Qualiasolutions/qualia-framework --skill qualia-build
This Skill automates executing a planned development phase by running each plan task in isolated builder subagents and coordinating wave-based parallelization, reducing manual orchestration and human error during multi-task builds.
Run qualia-build to execute the current planned phase, spawning builder subagents for each task and committing verified changes.
High-intent search queries and answers about installing and using this skill.
You can automate parallel task execution by spawning isolated builder subagents per task and grouping them into sequential waves. This wave-based parallelization runs independent tasks concurrently, reducing manual orchestration and accelerating multi-task builds.
Wave-based parallelization groups planned phase tasks into sequential waves, executing independent tasks in parallel within each wave. Fresh subagent contexts manage project reads before writing, ensuring deterministic changes and task-level git commits.
Yes, you can recover to a previous state because the build process creates Git recovery tags before executing tasks. If a critical blocker appears, you can revert to the pre-build tag to restore the project to its prior phase state.
Yes, the qualia CLI is required to manage subagent builds because it handles system state transitions and commit verification. It works alongside git to ensure phase builds remain auditable and recoverable across tasks and waves.
The best way to execute dozens of planned tasks is using isolated builder subagents managed by wave-based parallelization. This approach assigns fresh contexts per task, commits verified changes individually, and transitions phase state automatically.
Each build task gets a fresh subagent context to ensure deterministic and contained changes. Spawning isolated subagents enforces proper file reads before writing, preventing cross-task contamination and reducing human error during multi-task builds.
ddmanyesAutomate planned task execution with git-based recovery checkpoints.
curiositechManage durable WinDAGs state with checkpointed recovery for LLM executions.
modalalaLink ABAP objects to Git repositories and manage repo-level operations via CLI.
pproencaExecute implementation plans by dispatching a fresh subagent per task.
