Skill UI

Provides the Azure Resource Manager SDK for .NET to manage Application Insights resources. It enables comprehensive observability, allowing developers to programmatically create, configure, and manage performance monitoring components, API keys, and availability tests (WebTests) within Azure cloud environments.

This SDK provides full management plane capabilities for Azure Cache for Redis within the .NET ecosystem. It allows developers to provision, configure, and manage various aspects of the Redis resource using the Azure Resource Manager (ARM) framework. Key functions include creating and updating cache instances, managing network firewall rules, rotating access keys, scheduling patch updates, and performing data import/export operations.

This robust SDK is the official client library for .NET applications to interact with Azure Key Vault and Managed HSM. It provides comprehensive functionality for managing the full lifecycle of cryptographic keys, including creation (RSA, EC, Symmetric), version control, property updates, secure deletion, and backup/restore. It supports core cryptographic operations such as encryption, decryption, digital signing, verification, and key wrapping.

Utilize the Azure Key Vault Keys Java SDK to perform comprehensive key lifecycle management and cryptographic operations. This guide covers creating, retrieving, updating, and deleting various key types (RSA, EC, Symmetric) in both standard Azure Key Vault and Managed HSM. It demonstrates key operations such as encryption, decryption, signing, and verifying data using Java.

This SDK provides comprehensive Java support for managing secrets within Azure Key Vault. It enables developers to securely store, retrieve, update, list, delete, and recover sensitive configuration data, such as API keys, database passwords, and connection strings. It is essential for building secure, production-ready applications that comply with best security practices.

This guide details advanced strategies for optimizing and reducing data enrichment spending on platforms like Clay. Techniques include connecting private API keys (for significant savings), optimizing multi-step data pipelines (waterfalls), pre-filtering raw input data to prevent wasted credits, and implementing comprehensive budget monitoring. Ideal for professionals managing high-volume, cost-sensitive data pipelines.

This script automates the collection of comprehensive diagnostic evidence for troubleshooting issues on the Clay web platform. It systematically tests webhook connectivity, captures environment details (Node, Python, OS), verifies API keys, and gathers recent application logs. The resulting bundle provides all necessary data points for submitting detailed support tickets and accelerating debugging.

A comprehensive guide to setting up robust Role-Based Access Control (RBAC) and governance within enterprise data workspaces like Clay. Learn how to define specific user roles (Admin, Member, Viewer), allocate team credit budgets, isolate API keys, and conduct quarterly access audits to maintain data security and operational efficiency for large teams.

This guide details security best practices for integrating with Clay. It covers securing API keys, validating webhook signatures, isolating provider credentials, and redacting sensitive PII data. Essential for maintaining compliance and data integrity in production environments.

This guide provides a comprehensive workflow for configuring a local development environment using Clerk authentication. It covers setting up test keys, seeding test users, configuring hot reloading, and mocking authentication for unit tests, ensuring a robust and isolated development experience.

This guide provides methods to implement robust data handling, secret detection, and compliance patterns within code reviews (e.g., GDPR, CCPA). It teaches users how to configure CodeRabbit to exclude sensitive files (like .env or keys), detect hardcoded secrets, limit the review scope to active source code, and ensure that PII is properly handled during the CI/CD process.

Comprehensive guide for configuring Bring Your Own Key (BYOK) for major AI providers, including OpenAI, Anthropic, Google Gemini, Azure, and custom endpoints. This allows users to bypass default quotas, manage costs directly with the source provider, and utilize a wide range of specialized models within the Cursor IDE. It covers setup steps, security best practices, and cost monitoring strategies.