ComboCurve MCP for AI. Manage well data, projects, and production forecasts from chat.
Works with every AI agent you already use
…and any MCP-compatible client








Connect to your AI in seconds.
ComboCurve connects your agent to the cloud-based energy platform for forecasting, valuation, and reporting. It lets you pull project metadata, find wells by name or ID, get historical production data, and retrieve detailed monthly volume forecasts and decline curves directly from chat.
Stop logging into the full system just to check a number.
What your AI can do
Get forecast
Pulls specific details for any given forecast model or run.
Get monthly volumes
Retrieves forecasted oil volumes month by month for a specified project and forecast.
Get project
Gathers comprehensive metadata about one specific operational project.
The agent retrieves a list of ongoing or completed projects within your portfolio.
You find and gather detailed information on any well using its name, ID, or geographic filters.
The system pulls projected monthly oil volumes and decline curves for a given project or well.
You pull up comprehensive metadata about an entire operational project.
The agent pulls the specific technical rules that govern a financial or production scenario.
Ask an AI about this
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ComboCurve: 10 Tools for Energy Data Management
Manage everything from initial project listing to detailed monthly volume forecasting. Use these ten tools to pull deep energy data directly into your chat interface.
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Add this MCP to Claude, Cursor, or Windsurf and your AI stops guessing. It gets real tools to look things up, take action, and handle the stuff you keep doing by hand.
Start using ComboCurve on VinkiusGet Forecast
Pulls specific details for any given forecast model or run.
Get Monthly Volumes
Retrieves forecasted oil volumes month by month for a specified project and forecast.
Get Project
Gathers comprehensive metadata about one specific operational project.
Get Scenario Details
Retrieves the technical parameters defining a particular production or financial...
Get Well
Fetches all detailed operational information for an individual well, including...
List Forecasts
Retrieves a complete list of available forecasts tied to a specific project.
List Projects
Gathers a comprehensive roster of all projects managed within ComboCurve.
List Scenarios
Retrieves a full list of defined scenarios for a selected project.
List Wells
Returns an exhaustive list of all wells tracked in the system.
Search Wells By Name
Searches for and identifies specific wells using either their name or assigned ID...
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Works with Claude, ChatGPT, Cursor, and more
The Model Context Protocol standardizes how applications expose capabilities to LLMs. Instead of operating in isolation, your AI gains direct access to external platforms, live data, and real-world actions through secure, standardized connections.
This connection provides 10 powerful capabilities that interface natively with Claude, ChatGPT, Cursor, and other compatible AI platforms. No middleware. No custom integration required.
The struggle with jumping between tabs to pull data points.
Today, checking a well's status requires logging into ComboCurve. You navigate to the Project dashboard, find the specific well ID, click on its profile tab, and then potentially run a separate report page to get the forecast curves you need. It’s five different clicks just to compare last month’s actual output versus next year’s predicted decline.
With this MCP connected via Vinkius, your agent handles that entire process in two steps. You ask it for the comparison, and it executes the necessary data pulls—like calling `get_well` and then `list_forecasts`—and presents a clean, side-by-side report right in chat.
Get forecast volumes with ComboCurve.
Instead of downloading the spreadsheet, opening Excel, and manually adjusting dates or project names, your agent runs `get_monthly_volumes`. You just specify the Project ID and the desired time frame in plain English.
Now you get structured data immediately. The output is ready to be used in a document or passed directly into another workflow—no copy-pasting messy spreadsheet numbers.
What your AI can actually do with this
You can connect your agent to ComboCurve for all things oil and gas forecasting. This lets you pull operational details without ever opening the main platform. You tell it what you need—like production volumes or project statuses—and it gets the data straight from the source. Need to check a well’s history? Your client finds that specific information, pulling up everything from its initial status to current trends.
Want to see how much oil is predicted for next quarter? It runs those forecast curves and gives you monthly volume breakdowns for any project or individual well. For financial analysts doing deal work, it pulls the exact valuation metrics needed to evaluate a lease. The Vinkius catalog makes this possible by letting your agent talk directly to ComboCurve's API.
You just ask questions using natural language; the platform handles all the complex data retrieval and reporting.
019d7577-e06b-7216-a38a-73a45c1df457 Here's how it actually works
The bottom line is that you ask a question, and it returns structured, actionable data without needing to navigate complex dashboards.
First, you add the ComboCurve integration to your AI toolset and provide your Service Account credentials (API Key + JWT Bearer Token).
Next, you give a natural language command to your client, asking for specific data—for example, 'What are the monthly volumes for Project X?'
The system executes the necessary API calls, retrieves the raw energy data, and presents the forecast or operational details right in your chat window.
Who is this actually for?
Petroleum engineers who spend hours cross-referencing multiple tabs to check well status. Financial analysts tired of manually exporting valuation metrics for deal review. Operations managers who need quick, accurate production trend checks without logging into the full platform.
Checks forecast curves and current production volumes to validate drilling targets or model decline rates.
Extracts valuation metrics and well economics quickly for due diligence and deal evaluation reports.
Checks multiple wells' operational status, production trends, and historical data from a single chat interface.
What Changes When You Connect
Stop manually running reports. You can check a well's status or pull its full history using the get_well tool in one prompt.
Need to evaluate potential deals? Use the agent to extract valuation metrics directly by calling get_project and pulling key data points for immediate analysis.
Forecasting used to be a multi-step process. Now, you simply request monthly volumes using get_monthly_volumes and get structured results instantly.
Don't waste time figuring out which forecast runs exist. The list_forecasts tool gives you a complete overview of what data is available for any project.
You can cross-reference current well performance against historical predictions by calling both the get_well tool and then using list_forecasts to compare trends.
See it in action
Checking a sudden drop in production volumes.
The ops manager asks their agent: 'Why did Well ABC's output dip last month?' The agent first uses get_well to confirm the recent status, then calls list_forecasts to compare that actual performance against expected trends. It presents a clear variance report in minutes.
Performing due diligence on a new acquisition.
The financial analyst asks: 'What are the valuation metrics for the Permian Basin Q1 project?' The agent uses get_project to pull all metadata and then calls get_scenario_details to provide the necessary economic parameters required for deal review.
Comparing multiple drilling options.
The engineer needs to compare three different potential outcomes. They ask the agent to retrieve data using list_projects, then call get_forecast for each one, getting immediate volume comparisons without leaving the chat.
Quickly finding a well's ID and status.
The team member knows the name of the target well but not its ID. They use search_wells_by_name to find the exact ID, then pass that ID to get_well for all operational details in two simple steps.
The honest tradeoffs
Assuming everything is in one place.
Trying to get a well's status and its forecast volume by asking only 'Tell me about this well.' The agent won't know if you mean current data or projected volumes.
Be specific. Start by using get_well for the current operational status, then follow up with a dedicated call like get_monthly_volumes to get the forecast numbers.
Running repetitive searches.
Manually listing all projects and then running separate API calls for each one's details. This takes time and breaks your flow.
Use list_projects first to get the full list, then ask the agent to process the entire group, letting it handle the subsequent get_project calls automatically.
Forgetting the target well's name or ID.
Trying to pull forecast data without knowing exactly which project or well you are referring to. The API call will fail due to missing parameters.
Always start by using search_wells_by_name (if searching for a well) or list_projects (if starting high-level) to confirm the exact name and ID first.
When It Fits, When It Doesn't
Use this MCP if your workflow requires pulling specific, structured data points—like historical volumes or forecast curves—from ComboCurve without opening the primary application. This is perfect for quick comparisons or generating reports based on numbers.
Don't use it if you just need general knowledge about oil and gas in a conversational way. You also don't need this if your goal is simply to run complex simulations that require real-time input adjustments beyond what the available tools support (e.g., integrating live sensor feeds).
If you need a list of potential projects, use list_projects. If you know the exact project and need its details, call get_project directly.
Questions you might have
How do I use the `search_wells_by_name` tool? +
You simply tell your agent to search for a well by name or ID. It returns the confirmed unique identifiers and detailed records, which you can then pass to other tools like get_well.
Can I get forecast data using the `list_forecasts` tool? +
No, list_forecasts only gives you a list of available forecast names for a project. To actually see the numbers, you need to call get_monthly_volumes or get_forecast.
What is the difference between `get_project` and `list_projects`? +
list_projects gives you a roster of everything ComboCurve tracks. get_project, however, pulls all the detailed metadata—the full description and key stats—for one project only.
How do I compare well data across different scenarios? +
You first list the available scenarios using list_scenarios. Then, you call get_scenario_details to pull the technical parameters for each scenario and compare them side-by-side.
What service account credentials are needed to run the `list_wells` tool? +
You need a valid API Key and JWT Bearer Token provided in your client setup. The MCP validates these tokens before executing any query, ensuring secure access to all well data.
If I try to use `get_well` with a well ID that doesn't exist, what happens? +
The MCP returns a specific HTTP 404 error code. Your agent will receive structured JSON detailing the failure and suggesting an alternative search method for you.
What data points does the `get_project` tool provide besides the name? +
It returns comprehensive metadata, including the total number of associated wells and the project's last update date. This helps you scope your analysis immediately upon retrieval.
Is there a limit when using the `list_scenarios` tool for very large projects? +
The MCP supports pagination, allowing you to retrieve results in manageable chunks. You simply request the next page of data until all project scenarios are collected.
How do I get my ComboCurve API key? +
Go to Admin > API Keys in the ComboCurve UI and generate a new key. Copy it and paste it below.
What is the Bearer Token? +
ComboCurve uses a JWT (Bearer Token) generated from a Service Account for authentication. You can generate it using their SDKs or a custom script.
Can I update well data? +
The current version focuses on reading data. Write operations for wells and forecasts may be added in future updates.
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