Corva

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Corva provides real-time drilling and completion analytics, helping operators optimize performance and reduce costs through data-driven insights.

What is Corva?

Corva provides real-time drilling and completion analytics with comprehensive tools for wells, rigs, datasets, and operational data. Access real-time WITS data, completion parameters, operational summaries, and custom dataset queries through a powerful MCP integration.

Available Tools

get_wells
List wells with optional filtering by field, operator, or status. Includes optional operation summaries for daily operational context (e.g., current drilling activities and day summaries).
get_well_details
Get detailed information for one or many wells by ID. Retrieve well attributes, performance metrics, asset IDs, and company context for specific wells.
list_wells
List wells with automatic pagination support. Efficiently browse through large well datasets with built-in cursor-based pagination.
get_wells_with_asset_ids
List wells with asset_id, company_id, and name. Optimized for mapping wells to Corva assets for real-time data queries.
get_rigs
List rigs with optional filtering by company, search term, or active well status. Includes optional operation summaries showing current drilling activities on active wells.
get_pads
List pads with optional filtering by company, frac fleet, or search term. View multi-well pad configurations and operational status.
get_frac_fleets
List frac fleets with optional filtering by company, pad, or search term. Track completion equipment and crew assignments.
get_wirelines
Get wireline units including logging crews, e-line units, and perforation teams. Monitor wireline service availability and assignments.
get_drillout_units
Get drillout units including plug drill crews and coiled tubing units. Track post-frac completion equipment.
get_drilling_wits
Get real-time drilling data (WITS) for an asset including depth, hook load, WOB, RPM, and other drilling parameters. Requires asset_id from well details.
get_completion_data
Get real-time completion/frac data including stages, pumping parameters, pressures, and rates. Monitor active frac operations with live telemetry.
list_datasets
List available Corva datasets and collections including schema information, provider details, and data availability.
search_datasets
Search Corva datasets by friendly name with fuzzy matching. Find specific data sources quickly across the Corva platform.
search_collections
Search Corva collections by friendly name with fuzzy matching. Locate time-series data collections efficiently.
get_dataset_schema
Get dataset schema including field definitions, data types, and index information. Essential for custom data queries.
get_collection_schema
Alias for get_dataset_schema. Retrieve collection schema with field metadata.
query_dataset_data
Query time-series data from Corva datasets with filtering, sorting, and projection. Access historical drilling, completion, and operational data.
get_company_info
Get Corva company information by company ID including name, settings, and organizational details.
detect_company_context
Detect available companies and provider context from credentials. Understand account access and available data.

Requirements

Corva API key
Valid API key from your Corva account
Active Corva account
Active subscription to Corva's platform
Compatible AI agent
Works with Claude, ChatGPT, and other MCP-compatible agents

Quick Setup Guide

Follow these steps to connect your AI agents to this connector

Navigate to the Dashboard and add your Corva API key to establish the connection.

Add the Corva MCP server URL to your AI agent's configuration file.

Begin asking your AI agent questions about your Corva drilling and completion data.

Connect to Your AI Assistant

Choose your AI assistant below for specific setup instructions

Follow these steps to connect Corva to Claude:

Step 1: Open Claude Settings

Launch Claude → Click the profile button (bottom left) → Navigate to Settings

Step 2: Access Connectors

Scroll down to the Connectors tab → Navigate to the bottom → Click “Add Custom Connector”

Step 3: Name Your Connector

Enter any name you'd like for this connector

Step 4: Get the Connector URL

Step 5: Add the Connector

Paste the URL in the “Remote MCP Server URL” text box → Click Add

Step 6: Start Using

Your connector is now ready to use in Claude

Follow these steps to connect Corva to ChatGPT:

Step 1: Enable Developer Mode

Go to Settings → Connectors → Advanced → Enable Developer mode

Step 2: Create New Connector

Go back to Connectors page → Click “Create” (top right)

Step 3: Name Your Connector

Enter any name you'd like for this connector (descriptions are optional)

Step 4: Get the Connector URL

Step 5: Add the URL

Paste the URL in the “MCP Server URL” text box

Step 6: Set Authentication

Click the authentication dropdown → Select “No authentication” (PatchOps handles authentication internally)

Step 7: Create the Connector

Click “I understand and want to continue” checkbox → Press Create

Step 8: Using the Connector

Start a new chat → Click the + button (left of text box) → Open dropdown → Hover over three dots labeled “More” → Select your connector

Instructions for connecting Corva to GitHub Copilot:

Coming Soon

Detailed setup instructions for GitHub Copilot will be added here.

For other MCP-compatible platforms:

Step 1: Get the Connector URL

Step 2: Add to Configuration

Add this configuration to your MCP settings file. Replace the URL with your specific connector URL from the /mcp page:

"Corva-MCP": {
  "url": "https://...patchops.ai/mcp/...",
  "type": "http"
}

Example Configuration

Here’s an example using Cambria-MCP:

"Cambria-MCP": {
  "url": "https://cambria.patchops.ai/mcp/...",
  "type": "http"
}