Skill UI

This skill converts ambiguous or general research needs into a single, highly precise, self-contained prompt. It guides the user to define the project context, the core question, and specific sub-questions, ensuring the resulting prompt is rigorous enough for deep, multi-source AI research, minimizing ambiguity and guesswork.

This skill is designed to rewrite a previous, lengthy response into a significantly more concise version. It ensures that the core meaning and all essential information are preserved, making it perfect for users who need a quick summary or a TLDR (Too Long; Didn't Read) version without losing critical details.

This advanced trading journal captures the full context of a trade, recording not only the fill price and P&L, but also the initial thesis, the defined plan (stop/target), and the emotional state at the time of entry. It integrates with Notion to log and review trades, grading the quality of decisions and execution against the user's own plan, ensuring users learn from process, not just profit.

This tool automates the creation of Architecture Decision Records (ADRs). It ensures sequential numbering, generates the standardized markdown file, and registers the decision in the AgentDB knowledge graph. Use it when documenting major architectural choices, such as new technology adoption, API design, or data model changes.

This skill builds and maintains a persistent index and dependency graph for all Architecture Decision Records (ADRs). It handles both v3-style and YAML plugin-style ADR formats, persisting records into the adr-patterns namespace and relationships (like supersedes, amends) into adr-edges. It is essential for bootstrapping ADR tracking, synchronizing the knowledge graph, or ingesting records from external projects, ensuring a single source of truth for architectural history.

This tool reviews code changes (diffs) against existing, accepted Architecture Decision Records (ADRs). It detects potential compliance violations, architectural drift, and non-adherence to established team decisions. Use it before merging Pull Requests or during periodic audits to ensure the code respects agreed-upon architectural constraints and patterns.

This tool verifies the consistency and integrity of the Architecture Decision Records (ADR) graph, which is populated by `adr-index`. It checks for common data corruption issues such as dangling references (broken links), supersedure cycles (circular dependencies), and status mismatches. It is ideal for post-import validation and use as a strict CI/CD gate.

This framework guides AI agents to critically assess their own output across five key axes: Accuracy, Completeness, Clarity, Actionability, and Conciseness. It provides a structured, evidence-based scorecard and concrete suggestions for improvement, turning every task completion into a deep learning opportunity.

Generates a precise, evidence-based installation plan for a project's component catalog (ECC). Instead of loading a full, noisy bundle, this skill analyzes the repository's actual code structure, dependencies, and CI/CD evidence to classify skills, rules, and commands into 'DAILY' (essential) and 'LIBRARY' (referenceable) buckets. It ensures only necessary components are active, optimizing the development environment.

This skill helps developers structure and record critical architectural decisions (ADRs) made during coding sessions. It automatically detects moments of decision, capturing the context, alternatives considered, and the rationale (trade-offs and consequences). This maintains a living log that explains 'why' the code base was built the way it is, preventing knowledge loss and improving project maintainability.

A comprehensive guide and pattern library for reviewing, troubleshooting, and safely modifying Cisco IOS and IOS-XE configurations. This skill outlines best practices for using read-only 'show' commands, validating ACL wildcard masks, managing configuration hierarchy, and following stringent change control procedures to prevent network disruptions.

This tool serves as a persistent memory and state manager for complex coding projects within the Claude environment. It allows users to initialize new projects with structured metadata, track detailed session progress (including summaries, decisions, and next steps), and save the entire context reliably. By ensuring project continuity across disconnected sessions, it drastically improves the flow and consistency of the development workflow.