What is the primary function of the SDLC Engineering skill?

It serves as a router that detects the necessary process rigor (CMMI level) and directs your request to specific sub-skills for requirements, design, testing, or metrics.

Is CMMI too heavy for small startup teams?

No, this skill includes Level 2 guidance designed for teams of 1-5 people, focusing on minimal overhead practices like basic Git branching and lightweight issue tracking.

How does it interact with other technical skillpacks?

This skill handles the 'what' (process/policy), and then hands off the 'how' (implementation) to domain-specific skills like axiom-python-engineering for actual coding tasks.

Can this skill help with regulated industry compliance?

Yes, it specifically supports CMMI Level 3 and 4, which are suitable for audit-ready environments like medical devices, aerospace, and government projects.

SDLC Engineering & CMMI Process Router

Name: SDLC Engineering & CMMI Process Router
Author: tachyon-beep

bytachyon-beep

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Productividad y Flujo de Trabajo

Routes software development lifecycle requests to specialized workflows based on CMMI maturity levels to ensure appropriate project rigor.

Acerca de

This skill acts as the central intelligence hub for the axiom-sdlc-engineering skillpack, analyzing user requests to provide structured guidance on requirements management, architecture, quality assurance, and governance. By detecting the appropriate CMMI maturity level—ranging from lightweight Level 2 practices for startups to high-rigor Level 4 standards for regulated industries—it ensures that development teams follow the right process overhead. It effectively bridges the gap between high-level project management and technical implementation by coordinating with other domain-specific skillpacks.

Características Principales

Quantitative metrics and statistical process control guidance
10 GitHub stars
Automated CMMI level detection and context analysis
Intelligent routing for requirements, design, and QA tasks
Governance and risk management framework integration
Strategic roadmaps for adopting SDLC processes on existing projects

Casos de Uso

Retrofitting requirements traceability and ADR processes onto an existing codebase
Establishing a quality assurance and testing strategy for a regulated medical device project
Bootstrapping a new project with audit-ready CMMI Level 3 standards

Acerca de

Características Principales

Quantitative metrics and statistical process control guidance
10 GitHub stars
Automated CMMI level detection and context analysis
Intelligent routing for requirements, design, and QA tasks
Governance and risk management framework integration
Strategic roadmaps for adopting SDLC processes on existing projects

Casos de Uso

Retrofitting requirements traceability and ADR processes onto an existing codebase
Establishing a quality assurance and testing strategy for a regulated medical device project
Bootstrapping a new project with audit-ready CMMI Level 3 standards