Skill UI

This guide provides comprehensive strategies and TypeScript implementations for managing rate limits when interacting with the Juicebox AI API. It includes a token bucket rate limiter class, a robust retry mechanism for handling 429 errors and transient failures, and utilities for efficient batch processing of large datasets. Use this when building high-throughput applications that rely on Juicebox data analysis or enrichment endpoints.

This architecture provides a scalable, production-ready framework for integrating AI candidate analysis with Juicebox. It manages automated data ingestion from job descriptions, ranks candidates using intelligent scoring, handles result caching, and facilitates seamless data export to major ATS platforms like Greenhouse and Lever. Designed for high-volume, complex hiring pipelines requiring data freshness, deduplication, and robust scaling.

This module provides production-grade patterns for integrating the Juicebox AI-powered people search API. It includes a singleton client for centralized rate-limit handling, a robust request builder for complex criteria (location, company, experience years), and structured error wrappers for reliable API calls (retries, error context). Ideal for building scalable recruitment, market research, or data enrichment tools.

This guide provides comprehensive security best practices for integrating with the Juicebox API. It covers critical areas such as secure API key management (using secrets managers), robust webhook signature verification, input validation using schemas, and essential data protection techniques like PII redaction. It ensures compliance with global regulations like GDPR and CCPA when handling sensitive professional and contact data.

This comprehensive guide assists developers in planning and executing upgrades for systems utilizing the Juicebox API. It covers critical steps such as API version detection, migrating complex data schemas (e.g., search results), updating query syntax, and implementing robust rollback strategies. Essential for maintaining continuous operation in recruiting and market research applications when the underlying API changes.

This skill provides the framework for connecting to and handling Juicebox webhooks and real-time events. It allows developers to build automated pipelines that react instantly to key events—such as analysis completion, dataset updates, and export readiness—without constantly polling the API. Implementation includes signature verification and robust event routing logic for reliable data processing.

Guides operators how to automate Kickbox tasks using Composio’s Rube MCP interface, emphasizing always discovering current schemas via RUBE_SEARCH_TOOLS, confirming Kickbox connections, and invoking multi-tool execution with schema-compliant arguments plus session/memory handling.

This guide outlines essential security practices for deploying production-grade LLM applications using LangChain. It covers secure secrets management, defending against prompt injection, implementing sandboxed tool execution, validating model outputs for sensitive data, and setting up comprehensive audit logging, ensuring robust and secure AI deployment.

Automate Lever Sandbox processes through Rube MCP and Composio by discovering current tool schemas, managing connections, and executing workflows with schema-compliant arguments, ensuring active sessions and pagination awareness for reliable sandbox operations.

Automate core Agile workflows within Linear. This skill allows users to manage the entire project lifecycle, including creating and updating projects, setting milestones, assigning issues, and managing time-boxed cycles (sprints). It also includes advanced functionalities like calculating cycle metrics and rolling over unfinished tasks, significantly streamlining product development and planning processes.

Automates Mailboxlayer operations using Composio's toolkit via Rube MCP, guiding discovery, connection checks, and multi-tool executions with schema-aware requests for reliable workflows.

A comprehensive guide to setting up a local development loop for building and testing MaintainX integrations. This workflow utilizes TypeScript, hot reloading, mock API servers, and automated unit/integration testing. It provides a sandboxed environment for developers to efficiently develop and debug their services.