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#monitor

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Pulsetic Mcp Server

The Pulsetic MCP Server connects Pulsetic monitoring with AI agents and MCP-compatible tools, enabling direct access to uptime data, cron monitoring results, incident management workflows, and status page information through the Model Context Protocol (MCP). It allows teams to securely expose operational monitoring data in a structured format, making it easy to build AI-driven automation, monitoring assistants, and intelligent operational workflows without custom middleware. Core Capabilities Uptime Monitoring Access real-time and historical uptime data through AI systems. Query monitor health, availability metrics, and performance status directly from AI agents or automation workflows. Cron Monitoring Track scheduled jobs and background tasks with cron monitoring insights. Detect missed executions, delays, or failures and integrate alerts into AI-powered operational processes. Incident Management Retrieve incident history, status updates, and timelines programmatically. Automate incident analysis, reporting, and response workflows using AI tools. Status Pages Integrate public or internal status page data into AI environments. Automatically surface service status, ongoing incidents, and maintenance updates for improved transparency and communication. Use Cases AI-powered uptime and reliability monitoring Automated incident response and reporting Intelligent cron job supervision Status page automation and operational visibility Internal AI assistants for DevOps and SRE teams The Pulsetic MCP Server brings uptime monitoring and operational intelligence directly into modern AI ecosystems, enabling smarter automation, faster troubleshooting, and improved service reliability.

Screenmonitormcp

ScreenMonitorMCP - Revolutionary AI Vision Server Give AI real-time sight and screen interaction capabilities ScreenMonitorMCP is a revolutionary MCP (Model Context Protocol) server that provides Claude and other AI assistants with real-time screen monitoring, visual analysis, and intelligent interaction capabilities. This project enables AI to see, understand, and interact with your screen in ways never before possible. Why ScreenMonitorMCP? Transform your AI assistant from text-only to a visual powerhouse that can: Monitor your screen in real-time and detect important changes Click UI elements using natural language commands Extract text from any part of your screen Analyze screenshots and videos with AI Provide intelligent insights about screen activity Core Features Smart Monitoring System start_smart_monitoring() - Enable intelligent monitoring with configurable triggers get_monitoring_insights() - AI-powered analysis of screen activity get_recent_events() - History of detected screen changes stop_smart_monitoring() - Stop monitoring with preserved insights Natural Language UI Interaction smart_click() - Click elements using descriptions like "Save button" extract_text_from_screen() - OCR text extraction from screen regions get_active_application() - Get current application context Visual Analysis Tools capture_and_analyze() - Screenshot capture with AI analysis record_and_analyze() - Video recording with AI analysis query_vision_about_current_view() - Ask AI questions about current screen System Performance get_system_metrics() - Comprehensive system health dashboard get_cache_stats() - Cache performance statistics optimize_image() - Advanced image optimization simulate_input() - Keyboard and mouse simulation