Skill UI

This comprehensive SDK provides the .NET framework bindings to manage the Azure API Center service. It enables centralized API inventory management, governance, versioning, and lifecycle control (creation, definition upload, environment deployment). Ideal for building robust, scalable API management pipelines within the Azure ecosystem.

Automate Benchling lab data workflows via the Python SDK or REST API: manage registry entities (DNA, proteins), inventory, ELN entries, workflows, and Data Warehouse queries for syncing and analytics.

This guide details how to seamlessly connect Odoo (ERP) with Shopify (E-commerce). It covers the full synchronization of mission-critical data, including product catalogs, real-time inventory levels, customer records, and incoming sales orders. Learn to implement API-driven integrations using webhooks, XMLRPC, and modern Python techniques to ensure data consistency across both platforms.

This skill provides a comprehensive guide and implementation methods for building a robust synchronization bridge between Odoo (ERP system) and WooCommerce (e-commerce store). It covers the automatic synchronization of products, real-time inventory updates, customer records, and the import/mapping of sales orders, ensuring data consistency across both platforms using their respective REST and external APIs.

This tool performs comprehensive API inventory and discovery across an organization's environment. It identifies all API endpoints—including documented, undocumented, shadow, and deprecated APIs—by combining passive traffic analysis (HAR files), active scanning, DNS enumeration, and cloud resource auditing. It helps map the complete API attack surface, crucial for security assessments and compliance requirements like PCI-DSS and SOC2.

Cartography is a CNCF project designed to perform comprehensive cloud asset inventory across AWS, GCP, and Azure. It queries cloud APIs to aggregate infrastructure resources, map complex relationships (like IAM permissions and network paths), and store them in a Neo4j graph database. This allows security teams to visualize potential attack paths, conduct deep security audits, and identify cross-cloud misconfigurations.

Provides comprehensive, enterprise-level monitoring for all Power Automate flows across an entire tenant. Using a cached store, it tracks failure rates, run health trends, asset inventory (makers, apps, connections), and compliance reports without hitting API rate limits. Ideal for governance teams needing an aggregated view of platform health and root-cause analysis.

A comprehensive integration tool for automating lab data management within the Benchling cloud platform. It provides programmatic access via the Python SDK and REST API to core life science entities, including registry management (DNA, RNA, proteins), inventory tracking, Electronic Lab Notebook (ELN) entries, workflows, and data warehouse querying. Ideal for syncing data, building complex automations, and executing large-scale R&D data pipelines.

Provides secure, programmatic integration with the LabArchives ELN and Inventory APIs. This toolkit manages regional endpoint selection, handles complex signed-request authentication (HMAC-SHA-512), and facilitates user authorization flows for automated lab data management and record keeping. It is essential for developing robust, evidence-based science workflows.

This skill provides comprehensive API calls using `curl` to interact with the CAST AI platform. It allows users to list connected Kubernetes clusters, retrieve detailed cost savings reports, and inspect the inventory of managed nodes. It is essential for verifying connectivity, auditing cloud spending, and monitoring resource allocation after onboarding.

This guide outlines security best practices for managing Bright Data zone credentials, API tokens, and webhooks. It covers crucial steps like credential inventory, environment variable security, zone isolation across environments, scheduled credential rotation, and implementing pre-commit hooks to prevent sensitive data leakage, maximizing data security and compliance.

Automate the complex process of migrating design systems, design tokens, and styles between multiple Figma files, or from external sources into Figma. This tool covers the full pipeline: inventorying assets, extracting raw style data (colors, typography, effects), transforming them into structured design tokens (e.g., JSON format), and finally writing them back into Figma variables using the Variables API. Ideal for maintaining consistency across large design libraries.