The Consiliency
Official@consiliency · United States of America
Offers structured codebase analysis, documentation synthesis, and architectural modeling for enterprise software development and technical project lifecycle management.
Agent Skills by The Consiliency
Showing 90 vetted skills indexed across 2 GitHub repositories.
Consiliencyrun-train
Coordinates multi-repo release trains with draft PRs, review, and sequential merges.
Consiliencyexecute-detailed
Executes one bounded implementation plan with verification, acceptance checks, and PR publication.
Consiliencyphase-loop
Bridges harness TUIs to the repo-local phase-loop runner for bounded roadmap execution.
Consiliencyskill-improvement-planner
Aggregates skill reflection files into a structured improvement plan for downstream skill editors.
Consiliencytask-contextualizer
Generates structured briefing prompts for explorer and worker subagents with file paths and scope boundaries.
Consiliencyexecute-phase
Executes planned phase lanes with git preflight, ownership boundaries, and verification.
Consiliencyskill-editor
Applies structured improvement plans to harness skill files and archives consumed reflections.
Consiliencyplan-phase
Generates interface-freeze swim-lane implementation plans from versioned roadmap phases.
Consiliencyadvisor-board
Run a cross-vendor advisor board for independent review of high-stakes artifacts.
Consiliencyplan-detailed
Generates an implementable plan for one bounded code change with verification and acceptance criteria.
Consiliencyphase-roadmap-builder
Generates multi-phase roadmap specs with dependency DAGs and interface-freeze gates for downstream planning.
Consiliencygemini-phase-loop
Bridges Gemini CLI to the repo-local phase-loop runner for status, resume, and bounded run flows.
Consiliencygemini-plan-phase
Generates interface-freeze and swim-lane implementation plans for roadmap phases targeting Gemini execution.
Consiliencygemini-skill-editor
Applies improvement plans to Gemini skill files and archives consumed reflections.
Consiliencygemini-skill-improvement-planner
Aggregates Gemini skill reflection files into a structured improvement plan.
Consiliencygemini-run-train
Coordinates multi-repo release trains with draft PRs, review, and sequential merges.
Consiliencygemini-plan-detailed
Generates bounded implementation plans for single bug fixes, features, or refactors.
Consiliencygemini-execute-detailed
Executes one detailed implementation plan with verification, acceptance checks, and PR publication.
Consiliencygemini-task-contextualizer
Generates structured briefing prompts for Gemini explorer and worker subagents.
Consiliencygemini-execute-phase
Executes Gemini lane plans with git preflight, owned-file boundaries, and verification.
Consiliencygemini-phase-roadmap-builder
Creates versioned multi-phase roadmap specs from conversations or markdown specifications for Gemini planning.
Consiliencygemini-advisor-board
Run a cross-vendor advisor board for independent review of high-stakes artifacts.
Consiliencyclaude-phase-loop
Bridges Claude Code to the repo-local phase-loop runner for status, resume, and bounded run flows.
Consiliencyclaude-plan-phase
Generates interface-freeze phase plans with parallel swim lanes from versioned roadmaps.
Frequently Asked Questions About The Consiliency
FAQPage SchemaWhat specific tasks can I perform using Consiliency?▼
You can perform automated codebase analysis, generate C4 architecture diagrams, extract coding standards, detect schema drift, and synchronize documentation with source code changes. It also supports parallel research synthesis and security vulnerability scanning across complex project structures.
Who is the target persona for these technical capabilities?▼
The target personas include software architects, senior backend engineers, and technical leads who require automated oversight of project documentation, architectural consistency, and security compliance within large-scale, multi-language codebases.
What are the prerequisites for implementing these patterns?▼
Implementation requires a project environment containing standard package manifests, configuration files, and documentation directories. The system relies on tree-sitter patterns for AST parsing and requires access to project-specific domain vocabulary to effectively map dependencies and architectural relationships.