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@cloudkinetix/bmad-enhanced

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Cloud-Kinetix enhanced fork of BMAD-METHOD - Breakthrough Method of Agile AI-driven Development with robust versioning and unified validation.

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workflow: id: llm-agent-greenfield name: Research-Driven LLM Agent Development description: Streamlined workflow for developing new AI agents with emphasis on research-driven decisions and adaptive development. type: greenfield project_types: - conversational-ai - task-automation - analytical-agent - creative-agent - multi-agent-system - voice-agent approach: Research-first development with adaptive phases based on project discovery and current best practices key_phases: discovery: description: Research requirements and assess feasibility agent: llm-architect actions: - Research current AI agent patterns relevant to use case - Analyze requirements and technical feasibility - Investigate existing solutions and architectural approaches - Define success criteria and project constraints design: description: Research-driven architecture and prompt design agents: [llm-architect, llm-engineer] actions: - Research architectural patterns and design solutions based on findings - Investigate prompt engineering approaches for the specific use case - Design safety and monitoring frameworks based on current standards - Create implementation plan with research-backed technology choices develop: description: Implement and test using research-backed methodologies agents: [llm-engineer, qa, llm-safety-governance] actions: - Research development frameworks and implement based on current best practices - Apply research-driven prompt engineering and optimization techniques - Implement comprehensive testing using current validation methodologies - Conduct safety reviews and validation based on current standards deploy: description: Deploy with monitoring using current deployment patterns agent: llm-engineer actions: - Research deployment strategies and implement production-ready solution - Set up monitoring and observability based on current best practices - Validate production performance and establish feedback loops - Document implementation and lessons learned