ComboCurve MCP. Manage well data and production forecasts via natural conversation.
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ComboCurve MCP Server lets your AI agent manage oil and gas assets. Use it to list active projects, find wells by name, and pull specific forecast data.
It retrieves monthly volume forecasts and project metadata from the ComboCurve energy platform, letting you pull production volumes and valuation metrics without opening the full portal.
What your AI agents can do
Get forecast
Gets specific details about a single forecast curve.
Get monthly volumes
Retrieves forecasted oil and gas volumes for a specific project and forecast period.
Get project
Retrieves detailed information about a single project.
Retrieve a list of active projects in the system, or get detailed metadata for a specific project.
Find wells using names or IDs, or get detailed information and production history for a specific well.
Retrieve full forecast curves, monthly volume predictions, or specific scenario details for any given project or well.
List all potential operational scenarios for a project, or retrieve detailed parameters for a specific scenario.
Pull monthly volume forecasts, specifically for a defined project and forecast period.
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Supported MCP Clients
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ComboCurve MCP Server: 10 Tools for Energy Data
These tools let you pull specific energy data points from the ComboCurve platform, including project lists, well records, and detailed forecast volumes.
019d7577get forecast
Gets specific details about a single forecast curve.
019d7577get monthly volumes
Retrieves forecasted oil and gas volumes for a specific project and forecast period.
019d7577get project
Retrieves detailed information about a single project.
019d7577get scenario details
Gets specific details for a defined operational scenario.
019d7577get well
Retrieves all detailed information about a single well.
019d7577list forecasts
Retrieves a list of all forecasts associated with a given project.
019d7577list projects
Retrieves a list of all active projects defined in the system.
019d7577list scenarios
Retrieves a list of all potential scenarios for a specific project.
019d7577list wells
Retrieves a complete list of all wells in the system.
019d7577search wells by name
Searches for wells using a partial or exact name or ID.
Choose How to Get Started
Build a custom MCP for your own tools, or connect a ready-made integration from our catalog.
Build Your Own
Turn any API into an MCP. Import a spec, define Agent Skills, or deploy with MCPFusion.
- Import from OpenAPI, Swagger, or YAML specs
- Create Agent Skills with progressive disclosure
- Deploy to edge with MCPFusion framework
- Built in DLP, auth, and compliance on every call
- Real time usage dashboard and cost metering
- Publish to catalog or keep private
Make Your AI Do More
Start with ComboCurve, then connect any of our 4,700+ other servers whenever your AI needs more. One click, no limits.
- Use this MCP plus 4,700+ others, all in one place
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- Track usage and costs across all your servers
- Works with Claude, ChatGPT, Cursor, and more
- New servers added to the catalog every week
What you can do with this MCP connector
Your AI client can manage oil and gas assets through the ComboCurve energy platform. You can list active projects to see what's running, or get detailed metadata for a specific project.
To handle wells, you can list all wells in the system, or search for a well using a name or ID. If you find a well, you can get all its detailed information and production history.
For forecasting, you can list all forecasts tied to a project, or get specific details about a single forecast curve. You can also retrieve forecasted oil and gas volumes for a project and a set forecast period. You can get specific details about an operational scenario, and list all potential scenarios for a project.
When you're looking at the big picture, you can get detailed information for a single project. You can get specific details about a single forecast curve using get_forecast. You can also get detailed information about a single well using get_well.
Using these tools, your agent can pull monthly volume forecasts and valuation metrics without you having to open the full ComboCurve portal.
How ComboCurve MCP Works
- 1 Add the ComboCurve integration to your AI toolset and supply your Service Account credentials (API Key + JWT Bearer Token).
- 2 Ask your agent a question using natural language, like 'What are the forecast volumes for the Permian Basin Q1 project?'
- 3 The agent selects the correct tool (e.g.,
get_monthly_volumes), runs the call, and presents the structured data back to you.
The bottom line is you can query complex energy data using plain conversation, without ever opening the dedicated platform.
Who Is ComboCurve MCP For?
Petroleum Engineers who need forecast curves and production volumes without navigating the full platform. Financial Analysts evaluating well economics and valuation metrics for deals. Operations Teams needing to check well statuses and production trends directly from a chat interface.
Pulls forecast curves and production volumes for specific formations or projects. Uses tools like get_forecast and list_forecasts.
Extracts valuation metrics and well economics to support deal evaluation and financial modeling. Uses tools like get_project and get_scenario_details.
Checks current well statuses, views production trends, and lists active projects to monitor daily operational performance. Uses tools like list_wells and list_projects.
What Changes When You Connect
- Get production volumes instantly. Instead of navigating multiple reports, you ask for monthly forecasts using
get_monthly_volumesand get the data right in your chat. - Quickly audit assets. Use
list_projectsto see all active operational sites, orlist_wellsto get a full inventory of every well ID without logging into the web portal. - Deep dive on single assets. Need to know everything about one well?
get_wellpulls all its metadata and production history in one call. It’s faster than opening the dedicated well page. - Model future performance. Use
get_forecastto pull a specific decline curve orlist_forecaststo compare multiple scenarios for a single project. It lets you see projections without manual modeling. - Evaluate potential deals.
get_scenario_detailslets you pull the economics and valuation metrics for a defined operational scenario, supporting quick deal evaluation. - Pinpoint assets fast. If you know a well name but not the ID,
search_wells_by_namefinds it immediately. It’s a quick way to scope down your data set.
Real-World Use Cases
Initial project scoping
A project manager needs to start a new valuation. They ask their agent to 'List all active projects in ComboCurve.' The agent uses list_projects, which returns a list of site names and well counts. The manager can then ask for 'The forecast for the Permian Basin Q1,' triggering get_monthly_volumes to provide the necessary data.
Comparing well performance
An engineer wants to compare the performance of two wells, 'Well Alpha' and 'Well Beta'. They ask the agent to 'Get details for Well Alpha and Well Beta.' The agent uses get_well for both, pulling full metadata and production history, letting the engineer compare metrics side-by-side immediately.
Assessing project viability
A financial analyst needs to assess if a potential acquisition is worth it. They ask the agent to 'What are the valuation metrics for the Delaware Lease Eval project?' The agent runs get_project and get_scenario_details, pulling the required economic data for rapid deal evaluation.
Tracking historical trends
The operations team lead needs to see if a well's production is trending down. They ask the agent to 'Show the production volumes for Well 1234.' The agent uses get_well and get_monthly_volumes, giving the lead a clear, time-series view of production decline without leaving the chat.
The Tradeoffs
Over-relying on the UI dashboard
Opening the ComboCurve web portal, navigating to 'Projects,' selecting the site, then clicking 'Wells,' finding the target well, and finally opening 'Forecasts' to get volumes. This takes 8-10 clicks and requires manual cross-referencing.
→
Instead, ask your agent: 'Show me the monthly volumes for the Permian Basin Q1 project.' The agent runs get_monthly_volumes, delivering the forecast volumes directly. It cuts out all the clicks and navigation.
Guessing which tool to use
The user tries to manually correlate well performance and project data by calling list_wells and then trying to feed those IDs into get_project without knowing the required IDs. The data fails to link correctly.
→
Start broad. Use list_projects to find the correct project ID first. Then, use get_project with that ID, which gives you the context needed to run get_forecast or list_scenarios correctly.
Confusing a list with a detail view
The user calls list_wells and sees a list of 500 IDs. They then try to ask for 'The forecast for the first 50 wells.' This is too vague, and the agent cannot determine the scope or the correct forecast tool.
→
Be specific. First, use search_wells_by_name to narrow down the wells to a specific group. Then, reference the Project ID found via list_projects when requesting data with get_forecast.
When It Fits, When It Doesn't
Use this server if your primary need is to pull structured, quantitative data from the ComboCurve energy platform—specifically production volumes, project metadata, or well economics. If you need to run a full, complex simulation that requires modeling external physical constraints (like seismic data), this server is insufficient. If you only need to view general company news or high-level financial summaries not tied to a specific asset ID, this is overkill. Always start by identifying the scope: do you need a Project ID (use list_projects first), or a Well ID (use search_wells_by_name first)? Never assume the data link; always ask the agent to guide the necessary tool sequence.
Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by ComboCurve. All third-party trademarks, logos, and brand names are the property of their respective owners. Their use on this website is strictly for informational purposes to identify service compatibility and interoperability.
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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 server provides 10 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Available Capabilities
Getting project metadata shouldn't require navigating five different tabs.
Right now, checking a project's status means logging into the ComboCurve portal, finding the project name, clicking the overview tab, and then looking through several nested sub-tabs for metadata like well counts or completion dates. It's a tedious process of clicking, copying IDs, and cross-referencing data points.
With the ComboCurve MCP Server, you just tell your agent, 'What is the metadata for the Delaware Lease Eval project?' The agent uses `get_project`, and you get a clean, structured data dump instantly. No clicks, no context switching, just the facts.
Get the forecast data you need with get_monthly_volumes.
Before, pulling monthly volumes required knowing the project ID, the forecast ID, and manually cross-referencing the date range in a separate report. You’d spend time making sure the volume data matched the correct forecast period.
Now, you simply ask your agent for the volumes. The agent runs `get_monthly_volumes` and delivers the precise volume forecast (oil, bbl) for the specified months. It handles the ID matching and data retrieval in one step.
Common Questions About ComboCurve MCP
How do I use `list_projects` with ComboCurve MCP Server? +
Use list_projects to get a list of all active projects. This list provides the necessary Project IDs you then need to use when calling other tools, like get_project or list_forecasts.
Can I find a well using `search_wells_by_name`? +
Yes. search_wells_by_name lets you find a well by name or ID. This is the fastest way to get a specific well record and its metadata.
What does `get_monthly_volumes` require? +
This tool needs three key pieces of information: the Project ID, the specific Forecast ID, and the desired time range. You'll need to get these IDs from other tools like list_projects first.
Is `get_well` better than `search_wells_by_name`? +
If you have the exact Well ID, use get_well because it gives you the maximum detail. If you only have a name, use search_wells_by_name to find the ID first, then use that ID with get_well.
How do I compare different scenarios? +
First, use list_scenarios to see what scenarios exist for the project. Then, use get_scenario_details to pull the specific metrics for each scenario you want to compare.
How do I retrieve a list of all available projects using `list_projects`? +
You call list_projects with no parameters. The tool returns a list of all active project identifiers and their last updated dates. This lets you see which projects are ready for analysis.
What information does `get_project` provide about a specific project? +
The get_project tool returns comprehensive metadata for a project. You get details like the project owner, associated geographical area, and the total number of wells included in that project.
Can I use `list_wells` to check well production history? +
No, list_wells only retrieves a list of well identifiers and basic status information. To see a well's full production history, you must use the get_well tool.
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.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.
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