Amadeus Development Life Cycle
Official@amadeus-dlc · Japan
Building Amadeus DLC: lifecycle contracts and tooling for AI-assisted software development.
Agent Skills by Amadeus Development Life Cycle
Showing 44 vetted skills indexed across 1 GitHub repositories.
amadeus-dlcamadeus-user-stories
Run the AI-DLC user-stories stage in isolation without advancing the main workflow.
amadeus-dlcamadeus-reverse-engineering
Run the AI-DLC reverse-engineering stage in isolation without advancing the main workflow.
amadeus-dlcamadeus-approval-handoff
Runs the approval-handoff stage independently without advancing the main workflow.
amadeus-dlcamadeus-rough-mockups
Run the AI-DLC rough-mockups stage in isolation without advancing the main workflow.
amadeus-dlcamadeus-scope-definition
Run the AI-DLC scope-definition stage as an isolated single-stage workflow.
amadeus-dlcamadeus-feature
Route feature-scoped AI-DLC work through the orchestration loop using state-file driven directives.
amadeus-dlcskill-forge
Create and refine Claude Code and Codex skill packages with validation and iteration workflows.
amadeus-dlcamadeus-init
Mint initial intent and build workspace state for AI-DLC workflows.
amadeus-dlcamadeus-deployment-pipeline
Run an isolated deployment-pipeline stage with synthetic reporting.
amadeus-dlcamadeus-code-generation
Execute an isolated AI-DLC code-generation stage without advancing the main workflow.
amadeus-dlcamadeus-security-patch
Run the AI-DLC security-patch workflow for CVE remediation and patch planning.
amadeus-dlcgh-issue-organizer
Classify, group, and prioritize open GitHub issues for backlog triage.
amadeus-dlcamadeus-environment-provisioning
Runs the environment-provisioning stage in isolation without advancing the main workflow.
amadeus-dlcamadeus-incident-response
Run the isolated incident-response stage without advancing the main workflow.
amadeus-dlcamadeus-feedback-optimization
Run the amadeus feedback-optimization stage in isolation without advancing the main workflow.
amadeus-dlcamadeus-application-design
Run the AI-DLC application-design stage in isolation without advancing the main workflow.
amadeus-dlcamadeus-replay
Transform workflow audit trails and artefacts into structured session replays.
amadeus-dlcamadeus-observability-setup
Execute the observability-setup stage as a standalone workflow run.
amadeus-dlcamadeus-intent-capture
Run the ideation intent-capture stage in isolation with synthetic workflow reporting.
amadeus-dlcamadeus-bugfix
Run the AI-DLC bugfix workflow for a specific defect without scope detection.
amadeus-dlcamadeus-delivery-planning
Execute the AI-DLC delivery-planning stage in isolation without advancing the main workflow.
amadeus-dlcamadeus-session-cost
Summarize Amadeus workflow session cost from the runtime summary JSON.
amadeus-dlcamadeus-deployment-execution
Run the AI-DLC deployment-execution stage in isolation and record completion.
amadeus-dlcamadeus-infrastructure-design
Run the infrastructure-design stage in isolation without advancing the main workflow.
Frequently Asked Questions About Amadeus Development Life Cycle
FAQPage SchemaWhat specific software development tasks can be performed using these modules?▼
These modules enable granular execution of development stages including requirements analysis, functional design, code generation, infrastructure provisioning, and performance validation. Each stage can be run in isolation to resolve specific defects, perform security patching, or conduct feasibility studies without advancing the entire project state.
Which technical personas benefit most from this modular framework?▼
Software architects, DevOps engineers, and technical leads benefit from the ability to isolate and validate specific lifecycle stages. It is designed for teams requiring rigorous state-file-driven control over complex development processes, ensuring that design decisions, NFR requirements, and deployment configurations remain consistent throughout the project lifecycle.
What are the prerequisites for running these isolated lifecycle stages?▼
Execution requires a configured workspace with established state-file directives to manage routing and intent capture. Users must initialize the environment using the provided minting functions to create the necessary workspace state and runtime contracts before executing individual stages like mockups, build-and-test, or deployment-execution.