Generate ADR templates and system design checklists for architectural decisions.
npx skills add https://github.com/dr-code/beacon --skill architecture-dr-code
Please help me install this Agent Skill. Skill: architecture Source: https://github.com/dr-code/beacon/tree/main/plugins/cc-best/skills/architecture Command: npx skills add https://github.com/dr-code/beacon --skill architecture-dr-code
Provides clear, repeatable guidance to avoid ad-hoc architecture decisions, reduce design drift, and ensure critical trade-offs are documented so teams can build scalable, reliable systems.
Ask the architecture skill to create an ADR comparing monolith and microservices for a new user service, include context, alternatives, and recommended rationale.
High-intent search queries and answers about installing and using this skill.
An Architecture Decision Record captures context, alternatives, and rationale for system design choices. You can draft a structured ADR comparing monolith and microservices by evaluating scalability, reliability, and operational trade-offs to document the recommended decision.
A system design checklist should include practical checks for scalability, reliability, observability, security, and operational concerns. Running this checklist during design reviews ensures your architecture meets fault tolerance and monitoring requirements before production launch.
Event-driven architecture patterns are needed when designing systems requiring asynchronous communication and high scalability. You can select from event-driven, microservices, layered, or hexagonal patterns by evaluating your specific reliability and decoupling requirements during technical planning.
RESTful API conventions define standardized rules for versioning, pagination, and error handling. You can refine API design by establishing consistent conventions that emphasize observability, fault tolerance, and security across your system architecture interfaces.
A scalability assessment evaluates whether a new service can handle growth while maintaining performance. You can perform this assessment using structured guidance to analyze system design limits, identify bottlenecks, and ensure fault tolerance under increased load.
Ad-hoc architecture decisions cause design drift because critical trade-offs remain undocumented and unreviewed. Using structured decision-making guidance and ADR templates prevents this by ensuring repeatable processes for scalability, reliability, and security evaluations across teams.
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