# Confined Space Entry Program AI Agent Connect > Confined Space Entry Program MCP handles the heavy lifting for industrial safety compliance. It uses OSHA Permit-Required Confined Space (PRCS) standards to run safety calculations, classify hazards, and build out rescue and ventilation plans. You can connect it to your AI client to turn raw site data into actionable, compliant safety documentation. ## Overview - **Category:** compliance - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_zorQMhcL4imwkfSDqSJMBfztet0jiOXim7U77VD5/ai-agent-connect - **Tags:** osha, safety, confined-space, industrial-safety, compliance-engine ## Description Managing confined space entries requires strict adherence to OSHA standards to prevent accidents. This MCP acts as a compliance engine that processes your site data to ensure every entry meets safety requirements. Instead of manually calculating airflow or gas testing frequencies, you give your agent the space dimensions and known hazards, and it handles the math. You can use it to classify whether a space is a Permit-Required Confined Space (PRCS) based on its geometry or potential for engulfment. Once the space is identified, the MCP determines how often you need to test the air, what specific gases to watch for, and how much mechanical ventilation is needed to keep the atmosphere safe. It also builds out the human element of the safety plan by defining exactly who needs to be on-site and what the specific rescue protocols should look like. It's a direct way to move from a physical hazard to a documented safety plan without the manual guesswork. ## Tools ### calculate_atmospheric_monitoring This tool sets your gas testing protocols. It tells you which specific gases to monitor and how often you need to run tests. ### determine_ventilation_strategy This tool handles airflow math. It calculates the mechanical ventilation needed to keep the atmosphere safe based on the space volume and contaminant levels. ### evaluate_space_hazard This tool classifies your workspace. It determines if a space qualifies as a Permit-Required Confined Space (PRCS) and identifies the primary hazards present. ### generate_entry_roles_and_rescue This tool builds your staffing plan. It defines the necessary entry roles and the specific rescue protocols required for the job. ## Prompt Examples **Prompt:** ``` Is this tank a permit-required confined space? It has a tapering bottom and potential for engulfment. ``` **Response:** ``` The space is classified as a Permit-Required Confined Space (PRCS) due to the tapering geometry and engulfment hazard. ``` **Prompt:** ``` What is the required ventilation for a 500 cubic meter space with a contaminant generation rate of 2? ``` **Response:** ``` The required airflow rate is calculated based on the volume and contaminant rate to maintain safe levels. ``` **Prompt:** ``` What gases should I monitor in a space with known flammable vapors? ``` **Response:** ``` The monitoring protocol requires testing for oxygen levels, flammable gases, and specific toxic contaminants. ``` ## Capabilities ### Hazard Classification Your agent uses this to identify if a space meets PRCS criteria. ### Atmospheric Planning The AI calculates gas testing frequencies and specific gas targets. ### Ventilation Math Your agent determines the mechanical airflow needed for a specific volume. ### Rescue Staffing The MCP defines the required personnel and rescue protocols for an entry. ## Use Cases ### Tank Entry Preparation A manager provides tank dimensions to determine if it requires a permit and what ventilation is needed. ### Gas Monitoring Setup A safety officer uses the tool to decide which gases to test for in a space with known contaminants. ### Rescue Plan Drafting An engineer uses the MCP to define the specific staffing and rescue steps for a high-risk entry. ### Ventilation Verification A technician checks if their current mechanical ventilation meets the calculated requirements for a specific volume. ## Benefits - Reduces manual calculation errors for ventilation and gas monitoring. - Standardizes safety protocols based on OSHA PRCS requirements. - Speeds up the creation of entry permits and rescue plans. - Provides consistent hazard classification across different job sites. ## How It Works You connect the MCP to your AI client and feed it site-specific data to generate safety plans. 1. Connect your AI client to the MCP via Vinkius. 2. Provide the space dimensions and known hazards to your agent. 3. The agent runs the necessary calculations for hazards, air, and ventilation. 4. Review the generated safety protocols and rescue plans. ## Frequently Asked Questions **Does this MCP follow OSHA standards?** Yes, the engine is built specifically around OSHA Permit-Required Confined Space (PRCS) standards. **Which AI clients can I use with this MCP?** You can use this with any MCP-compatible client, including Claude, Cursor, Windsurf, and VS Code. **Can it calculate ventilation requirements?** Yes, it calculates the necessary mechanical ventilation based on the space volume and contaminant generation rates. **How does it help with gas monitoring?** It determines the specific gases you need to monitor and how frequently you must perform tests. **Do I need to host the MCP myself?** No, Vinkius hosts and manages the MCP for you, so it is ready to use immediately after connection. **How does this tool ensure OSHA compliance?** The engine is built directly upon the OSHA Permit-Required Confined Space (PRCS) standard, ensuring that hazard classification, monitoring, and rescue planning follow regulatory requirements. **Can I use this to determine if a space needs a permit?** Yes. By using the `evaluate_space_hazard` tool with specific space attributes and hazard profiles, the system will determine if the space qualifies as a Permit-Required Confined Space. **What happens if rescue equipment is not available on-site?** If you indicate that rescue equipment is not available, the `generate_entry_roles_and_rescue` tool will automatically set the rescue plan to 'External Emergency Response'.