SkootEco MCP. Track, offset, and report every scope of your GHG footprint.
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SkootEco connects your AI agents to manage corporate sustainability compliance end-to-end. It tracks direct, indirect (Scope 1, 2, 3) carbon emissions; calculates supply chain footprints; purchases certified carbon offsets programmatically; and generates required ESG reports aligned with TCFD and CSRD standards.
What your AI agents can do
Add emission
Logs a specific environmental emission event into your record.
Check skooteco status
Verifies that the connection to SkootEco is active and functioning correctly.
Get account
Retrieves general details about your connected corporate account.
The agent aggregates and reports your total Scope 1, 2, and 3 carbon footprint from various sources.
You isolate specific parts of the impact—for example, separating travel (Scope 3) emissions from utility bills (Scope 2).
The agent researches and buys certified carbon credits or funds reforestation projects directly through API calls.
You create structured ESG reports that meet the criteria for international standards like CSRD and TCFD.
The agent pulls specific key figures, such as total impact profiles or overall metric summaries, for board presentations.
Ask AI about this MCP
Supported MCP Clients
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SkootEco MCP Server: 18 Tools for Climate Compliance
Use these tools to calculate complex emission sources, purchase carbon credits, manage sustainability projects, and generate full corporate compliance reports.
Make your AI actually useful.
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 SkootEco on Vinkius019dd15fadd emission
Logs a specific environmental emission event into your record.
019dd15fcheck skooteco status
Verifies that the connection to SkootEco is active and functioning correctly.
019dd15fget account
Retrieves general details about your connected corporate account.
019dd15fget esg report
Generates a comprehensive report package detailing your overall environmental compliance status.
019dd15fget emissions by category
Separates and retrieves emission data based on specific source types (e.g., transport vs. waste).
019dd15fget emissions by scope
Retrieves emissions broken down by GHG scope (Scope 1, Scope 2, or Scope 3).
019dd15fget emissions
Gets your total, aggregate emissions count across all recorded scopes.
019dd15fget impact profile
Pulls a summary of the company's public-facing sustainability impact data.
019dd15fget metrics
Retrieves quantitative performance metrics, useful for benchmarking and reporting growth/reduction rates.
019dd15fget offset
Gets detailed information about available carbon offset programs.
019dd15fget project
Pulls specific details about funded climate or reforestation projects.
019dd15fget report
Generates a high-level summary report of your current environmental status.
019dd15fget tree count
Retrieves the total number of trees planted and tracked through SkootEco's reforestation programs.
019dd15flist categories
Lists all available categories for emission tracking to help you identify data gaps.
019dd15flist offsets
Displays a list of certified carbon offset options you can purchase.
019dd15flist projects
Shows an inventory of specific, available climate mitigation projects.
019dd15fplant tree
Initiates the process of funding and tracking a single tree planting effort.
019dd15fpurchase offset
Executes the purchase of certified carbon credits to neutralize measured emissions.
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
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- Built in DLP, auth, and compliance on every call
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Make Your AI Do More
Start with SkootEco, then connect any of our 5,000+ other servers whenever your AI needs more. One click, no limits.
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- Works with Claude, ChatGPT, Cursor, and more
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Independent Platform Disclaimer: Vinkius is an independent platform and is not affiliated with, endorsed by, sponsored by, verified by, or otherwise authorized by SkootEco. 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 18 capabilities that interface natively with Claude, ChatGPT, Cursor, and any MCP client. No middleware. No custom integration required.
Annual reporting feels like assembling an archaeology dig.
Right now, generating a single ESG report means opening three different systems: your utility dashboard for Scope 2; your travel vendor portal for Scope 3; and then manually cross-referencing those numbers in Excel. You spend days just stitching together the data points before you even start writing.
With this MCP server, the agent does the heavy lifting. You tell it to 'Generate our TCFD report.' It runs `get_emissions` for all scopes, uses `list_categories` to find everything, and compiles a single document using `get_esg_report`. The data is ready; you just need to sign off.
SkootEco MCP Server: Offsetting emissions instantly.
You calculate your quarterly impact and see that you are 500 tons over target. Previously, this meant emailing a procurement team, waiting for quotes on carbon credits, and hoping they found an available project ID. It was slow and opaque.
Now, the agent sees the gap. You ask it to offset the excess emissions; it runs `list_offsets`, selects certified options, and executes the purchase immediately using `purchase_offset`. The entire process happens in minutes.
What you can do with this MCP connector
SkootEco connects your AI agents to manage corporate sustainability compliance end-to-end. It tracks direct, indirect (Scope 1, 2, 3) carbon emissions; calculates supply chain footprints; purchases certified carbon offsets programmatically; and generates required ESG reports aligned with TCFD and CSRD standards.
When you connect your agent to this server, it first verifies the connection's health using check_skooteco_status and pulls basic company details with get_account. From there, you can start tracking. You log specific environmental incidents using add_emission, which logs a raw emission event into your record. To figure out where all your emissions come from, you check the total aggregate count via get_emissions; if you need to drill down, you get data broken out by source type with get_emissions_by_category or separate it strictly by GHG scope (Scope 1, Scope 2, and Scope 3) using get_emissions_by_scope.
Before tracking anything, you can call list_categories to see every potential emission bucket so you don't miss a data point.
Analyzing the source material is key. You pull historical performance metrics for benchmarking or showing growth rates with get_metrics, and you get a high-level summary of your current environmental standing using get_report. For board meetings, you can grab a public-facing summary of your overall sustainability impact data through get_impact_profile. The full picture—the deep dive into compliance status—comes from generating the complete ESG report package via get_esg_report.
When it comes to mitigation and reporting requirements, this thing handles heavy lifting. You don't have to manually compile documents; your agent generates structured reports that meet international standards like CSRD and TCFD criteria. It pulls all necessary data points into a single, ready-to-present document using get_esg_report. To get an idea of what offsets are available, you call list_offsets to see every certified carbon option.
You can then use get_offset for detailed info on those programs before executing the purchase with purchase_offset, which buys verified carbon credits and neutralizes your measured emissions.
For planting efforts, you've got two tools: first, you get a list of specific climate mitigation projects available via list_projects; then, you pull details about any funded reforestation opportunities using get_project. You initiate the funding process for a single tree planting effort with plant_tree, and to track your success story, you retrieve the total count of trees planted through SkootEco’s programs using get_tree_count.
It's all about making sure those numbers line up. If you need general info on available offsets before buying, get_offset shows you what's out there. You can also get a list of all possible categories for tracking emissions using list_categories to make sure your initial logging with add_emission is exhaustive.
019dd160-4b29-70dd-b0bd-fb135ee62bd8 
How SkootEco MCP Works
- 1 Subscribe to the SkootEco MCP Server and provide your API Key in your Vinkius provider dashboard.
- 2 Ask your AI client to identify data gaps (e.g., 'What are my current Scope 3 emissions?'). The agent uses tools like
get_emissionsorlist_categories). - 3 The agent executes the necessary multi-step plan, gathering raw data, running calculations, and finally compiling the full report using
get_esg_report.
The bottom line is that your AI client handles the entire sequence—from identifying what emissions you have to buying offsets for them—without manual intervention.
Who Is SkootEco MCP For?
This server is mandatory for sustainability officers and compliance managers who live by regulatory deadlines. If you're constantly stitching together data from utility reports, travel logs, and financial statements just to generate an ESG report, this saves weeks of work. It’s built for people whose job means proving their company isn't blowing the planet up.
Uses get_emissions_by_scope and get_esg_report to structure annual compliance filings, ensuring all GHG scopes are covered.
Runs multiple queries like list_categories and get_metrics to find data gaps or benchmark performance against previous quarters.
Uses purchase_offset and add_emission to model the impact of different mitigation strategies on the company's overall risk profile.
What Changes When You Connect
- You get a full compliance picture. Instead of just seeing Scope 1 data, you can combine results from
get_emissions_by_scopeandlist_categoriesto build a complete, audit-ready profile. - Offsetting is instant. When you calculate excess emissions, the agent doesn't just tell you the problem; it uses
list_offsetsandpurchase_offsetto solve it immediately. - Reporting becomes background work. Generating complex documents like CSRD or TCFD reports requires multiple data points—the single call to
get_esg_reporthandles this orchestration. - Tracking physical impact is simple. You can track your corporate commitment using
plant_treeand then check the cumulative result withget_tree_count, making your impact tangible. - Data quality checks are built in. Running
check_skooteco_statusupfront ensures that when you try to run a mission-critical report, you won't hit an API failure.
Real-World Use Cases
Preparing for the Annual Board Review
The Sustainability Officer needs proof of Scope 3 reduction. They ask their agent to run get_emissions_by_scope (Scope 3) and then cross-reference it with list_categories. The agent calculates the total, identifies the biggest gap (e.g., air travel), and automatically suggests offsetting options using list_offsets.
Mitigating a Sudden Operational Spike
The operations team just got new machinery that generates unexpected Scope 1 emissions. Instead of manually calculating the impact, they use add_emission immediately to log the data point and then run get_metrics to see how this single event changes their quarterly compliance score.
Finishing a Project Milestone
A major supply chain partner is onboarded, requiring a full impact assessment. The agent first uses list_projects to find suitable climate initiatives and then executes get_project details before recommending the optimal mitigation path via purchase_offset.
Creating the Public Impact Report
The PR team needs a quick, easy-to-read impact summary. They ask for the 'Impact Profile,' which runs get_impact_profile. This instantly gathers all necessary data points to publish their public sustainability report without pulling multiple internal dashboards.
The Tradeoffs
Only tracking Scope 1 emissions
Calling only add_emission with utility bill data. You miss the biggest source of corporate pollution: the supply chain.
→
You must use both get_emissions_by_scope and list_categories. Start by listing all available categories to ensure you cover Scope 3 sources, then run a full report using get_esg_report.
Ignoring offsets when reporting
Generating an ESG report that just lists the total CO2e number without showing mitigation efforts. This looks incomplete to regulators.
→
After running get_emissions, always run list_offsets. If you identify a surplus, use purchase_offset and include that transaction in your final compliance document.
Using raw data dumps
Pasting messy spreadsheets of emissions into an AI client without structure. The resulting report is hard to validate.
→
Structure the request by first running get_account to confirm parameters, and then calling specific tools like get_emissions_by_scope. Let the server format the data for you.
When It Fits, When It Doesn't
Use this if your goal is full regulatory compliance or comprehensive auditing. This server handles the complex 'Why'—the entire lifecycle of emissions, from source identification (list_categories) to mitigation (purchase_offset) and final documentation (get_esg_report). Don't use it if you just need a simple carbon counter; for that, basic spreadsheets work fine. However, if your pain point is knowing what data to collect, this is everything. It’s designed to force you into the full compliance workflow (Scope 1 $\rightarrow$ Scope 2 $\rightarrow$ Scope 3). If you only care about tracking trees planted, get_tree_count works, but that's a tiny slice of the overall picture.
Common Questions About SkootEco MCP
How do I track my full Scope 3 supply chain emissions with get_emissions_by_scope? +
The agent pulls data for all three scopes, but you must guide it using get_emissions_by_scope and specifying the correct scope (Scope 3). This tool isolates indirect emissions from your value chain.
Can I get a full ESG report using get_esg_report()? +
Yes. get_esg_report generates a comprehensive document aligned with major frameworks (like CSRD and TCFD). It pulls data from multiple underlying tools to ensure the report is holistic.
What should I do after I calculate my total emissions using get_emissions()? +
After getting the total, you need to address it. First, run list_offsets to see what's available, and then use purchase_offset to neutralize that amount.
How does plant_tree help my overall carbon tracking? +
plant_tree funds a specific mitigation action. The system tracks this commitment via the resulting data points, which you can verify using get_tree_count to show physical impact.
How do I verify my connection status using get_account()? +
The tool confirms if your API key is active and successfully linked to SkootEco. It returns a current account snapshot, including your unique ID and billing tier details. This is the first step before running any data commands.
When I use add_emission(), what mandatory fields must I provide? +
You need to specify three key pieces of information: the emission source category, the associated scope (1, 2, or 3), and the precise metric tons of CO2e. The tool will fail if any one of these values is missing.
How do I find all available options using list_categories()? +
This function returns a structured list of every recognized emission category within the SkootEco system. You must use these exact names when logging data with add_emission(). It ensures your emissions are correctly classified.
What details does get_project() retrieve for a specific climate project? +
It pulls comprehensive data on the project, including its geographical location, total carbon tonnage offset potential, and current certification status. This gives you deep context beyond just the purchase amount.
How can my AI retrieve a breakdown of our emissions by scope? +
Simply use the get_emissions_by_scope tool. Your agent will instantly fetch data categorized by GHG Scope 1 (direct emissions), Scope 2 (energy), or Scope 3 (supply chain), perfectly aligned with the GHG Protocol.
Is it possible to automatically fund reforestation projects? +
Yes. By executing the plant_trees action, your AI agent can programmatically fund tree planting projects to offset emissions, and return the updated total tree count in real time.
Can I automatically generate ESG compliance reports for stakeholders? +
Absolutely. Ask the agent to use the generate_esg_report tool. It will compile your sustainability data into compliance reports aligned with CSRD and TCFD frameworks, ready for your next board meeting.
Use it with your favorite AI tools
Connect this server to Cursor, Claude, VS Code, and more.