MCP For Claude Marketplace
Instrumentation Plan Development

Instrumentation Plan Development MCP Connector for Claude

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Develop comprehensive instrumentation plans for mining excavations by analyzing geotechnical risks and monitoring goals.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for designing instrumentation programs in mining environments. It allows AI agents to analyze geotechnical hazards and determine the necessary sensor types, quantities, and spatial layouts. By using plan_instrument_selection, agents can map specific risks like ground movement to the correct sensors. The calculate_instrument_quantities tool ensures proper sensor density based on excavation importance, while generate_instrument_layout provides precise placement strategies. Finally, define_data_management_plan establishes the telemetry and storage requirements needed for reliable monitoring.

mininggeotechnicalinstrumentationexcavationmonitoringsafety

4 tools expose this connector's capabilities to your AI agent.

define_data_management_plan

Establishes requirements for data collection, transmission, and storage

generate_instrument_layout

Provides the spatial configuration and placement strategy for selected instruments

plan_instrument_selection

Determines the specific types of instruments required based on hazards and objectives

calculate_instrument_quantities

Determines the total number of instruments required for the excavation

See how to talk to your AI agent using Instrumentation Plan Development.

We have ground movement and hydrological risks in a critical excavation area of 500 square meters. What instruments do we need?

For ground movement and hydrological risks in a critical area, you should deploy extensometers to monitor displacement and piezometers to monitor water pressure.

Calculate the number of instruments for a standard excavation of 1000 square meters with a 1.2 redundancy factor.

For a standard excavation of 1000 square meters with a 1.2 redundancy factor, the total required instruments is 1200.

Define a data management plan for 50 instruments in a critical zone with hourly sampling.

For 50 instruments in a critical zone with hourly sampling, the plan requires real-time telemetry, high-frequency data storage, and immediate alert thresholds for stability deviations.

The `plan_instrument_selection` tool analyzes the provided list of geotechnical hazards and monitoring objectives to select the most appropriate sensing technologies.

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