Skill UI

Implements enterprise-grade Role-Based Access Control (RBAC) for Apollo.io API integrations. This skill is essential for managing team permissions, ensuring data segregation, and implementing robust security controls by proxying API calls. It defines granular roles (Viewer, Analyst, Admin) and maps specific API operations to required permissions, preventing all-or-nothing key usage.

A comprehensive utility designed to manage and automate the safe migration of applications using the Apollo.io API. It guides developers through auditing current API usage, identifying deprecated endpoints and authentication methods, and implementing feature-flagged changes. Key features include generating migration maps and running shadow tests for parallel comparison between old and new API versions, ensuring zero downtime during major system upgrades.

The comprehensive Azure Maps SDK for .NET, providing robust location-based services. Key functionalities include geocoding (address search), routing (directions and matrices), map tile rendering, IP geolocation, and real-time weather data. Essential for .NET developers building location-aware and map-integrated applications.

This skill provides comprehensive guidance on leveraging d3.js (Data-Driven Documents) to create sophisticated, interactive, and publication-quality data visualizations. It covers core concepts like data binding, implementing various chart types (network graphs, geo-maps, etc.), handling complex transitions, and ensuring responsiveness across modern JavaScript frameworks (React, Vue, Vanilla JS). Learn the standard workflow for scale definition, axis creation, and drawing custom visual elements with fine-grained control.

A comprehensive expert system for analyzing software codebases to identify, quantify, and prioritize technical debt across various dimensions (code, architecture, testing, infrastructure). It provides detailed metrics, impact assessments (development velocity, quality loss), and actionable, prioritized remediation roadmaps with clear ROI projections.

Maps architectural components within a codebase, computes statement-based size metrics, flags oversized or undersized modules, and generates an inventory to guide decomposition planning.

Generates production-ready Kubernetes deployment, service, ingress, and autoscaler manifests using best practices such as health checks, TLS, and resource limits. Use this when creating or updating deployments, services, ConfigMaps, Secrets, or other Kubernetes resource manifests for any application.

A protocol that provides LLM agents with persistent structural memory of a codebase. It maps the project as a directed graph, tracking not only dependencies (what imports what) but also the 'reasons' (why it connects). This allows agents to understand context, perform impact analysis, and navigate large repositories without loading the entire source code into the context window.

Creates step-by-step decomposition plans and migration roadmaps to guide the transition from monolithic applications to distributed architectures, prioritizing risk, value, and dependencies while tracking progress through pattern-based phases.

Generates Excalidraw diagrams from natural-language prompts, turning requests such as “make a flowchart” or “draw a system architecture” into ready-to-open .excalidraw JSON files for flows, relationships, mind maps, and architectures.

Automates Google Maps workflows via the Rube MCP (Composio) toolkit, letting you geocode addresses, search places, fetch directions, compute route matrices, and pull place details or autocomplete data while respecting live tool schemas.

Create, modify, and validate Obsidian-compatible JSON Canvas (.canvas) files to build visual boards, mind maps, flowcharts, or note-link diagrams with nodes, edges, groups, and colors.