By cpliakas
AWS cloud infrastructure agents for DevOps strategy and solutions architecture
AWS architecture and Well-Architected Framework specialist. Use for AWS service selection, cost optimization, security posture review, and architectural decisions. Works under devops-lead guidance to ensure AWS-specific decisions serve broader DevOps patterns.
DevOps strategy and infrastructure patterns lead. Use for CI/CD pipeline design, deployment strategies, environment management, infrastructure architecture decisions, and establishing tool-agnostic best practices. Sets the principles that aws-solutions-architect and cloudformation-specialist implement. Consulted by downstream agents to ensure domain-specific decisions serve the broader DevOps patterns.
Validate a CloudFormation template against best practices and common errors. Use before deploying stacks or during PR review of CF changes.
Look up AWS service capability cards for service selection decisions. Use to verify service capabilities, compare alternatives, or discover services for a use case.
Run a Well-Architected Framework review against proposed infrastructure changes. Use when designing new infrastructure or reviewing significant architectural changes.
Generate a structured operational runbook for incident response, diagnostics, or maintenance procedures. Use when defining a runbook for a new alert, documenting a post-incident gap, establishing an operational procedure, or preparing a maintenance checklist.
Uses power tools
Uses Bash, Write, or Edit tools
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This repository is deprecated. Development has moved to claude-code-engineering-leaders.
A collection of Claude Code plugins that give AI a well-defined operating context before it writes a single line of code. Most plugins in the broader community focus on a specific technical capability. This project takes a different angle: the plugins here focus on the context layer, giving AI the standards, constraints, and sequencing signals it needs to make better decisions about what to build and how to build it.
This is a personal learning project. Building agents, wiring them together, and watching where they break is how I develop intuition for what works and what doesn't. The agents here are opinionated to a specific stack and working style and aren't designed for broad adoption.
If you're looking for well-maintained, general-purpose collections of Claude Code agents and skills, these are better starting points:
The agents here are valuable because they coordinate and provide oversight — setting principles, delegating, and evaluating — not because they do implementation work that Claude already handles well on its own.
The cloud-engineering-aws plugin illustrates this with a two-tier model: devops-lead sets tool-agnostic infrastructure principles, and aws-solutions-architect translates those principles into AWS-specific architecture decisions. Each agent's Delegation section names who it consults and what it delegates, making the coordination chain explicit and inspectable.
One risk of delegating implementation to agents is losing sight of what actually matters. The product-owner agent is intended as a check on that: it maintains roadmap context, advises on sequencing, and pushes back when proposed work doesn't align with current priorities.
The hope is that agents coordinating with the product owner execute with better context, and that humans get clearer guidance on sequencing toward broader goals. The /write-epic, /write-story, /write-bug, and /decompose-requirement skills produce structured artifacts that land directly in GitHub Issues or Jira, keeping the backlog organized with well-refined requirements.
Agent definitions are easy to write and hard to evaluate. The benchmark harness (benchmark/benchmark.py) provides a structured way to test whether an agent's knowledge and reasoning actually hold up.
Each benchmark is a suite: a suite.yaml defining prompt templates, scoring criteria, and a dataset of question-answer pairs. The harness sends each scenario to the agent, then passes the response to an LLM judge for scoring. Adding a new suite requires no harness code changes, just a config file and a dataset.
The current suite tests aws-solutions-architect against 494 SAA-C03 exam scenarios. See benchmark/README.md for the full CLI reference and how to create new suites.
Add the marketplace to your Claude Code project, then install the plugins you need:
/plugin marketplace add cpliakas/claude-code-digital-coworkers
/plugin install product-owner@digital-coworkers
/plugin install cloud-engineering-aws@digital-coworkers
Product operations for roadmap planning, requirement authoring, and structured output for issue tracking.
npx claudepluginhub cpliakas/claude-code-digital-coworkers --plugin cloud-engineering-awsProduct ownership and agile coaching agents and skills for roadmap planning, requirement authoring, and epic/story decomposition with structured output for GitHub Issues and Jira
AWS infrastructure and CloudFormation expertise
DevsForge cloud architecture specialist for AWS, Azure, GCP multi-cloud solutions and optimization.
Cloud infrastructure agents — cloud, container, SRE specialists
Research-backed, opinionated guidance for building cloud infrastructure that doesn't rot — multi-account governance, naming conventions, IaC organization, security, deployment pipelines, and operational hygiene, distilled from production experience across multiple cloud migrations
Deploy applications to AWS with architecture recommendations, cost estimates, and IaC deployment. Generate validated AWS architecture diagrams as draw.io XML.
AWS service configuration and deployment automation