MCP For Claude Marketplace
AI Automation ROI Engine

AI Automation ROI Engine MCP Connector for Claude

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Calculate financial ROI, NPV, and risk-adjusted returns for AI automation projects.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides a financial modeling engine to evaluate the feasibility of AI automation. It allows AI agents to calculate the Net Present Value (NPV), payback period, and risk-adjusted returns for various automation proposals. By using tools like calculate_automation_roi and simulate_adoption_scenarios, agents can model how disruption risk and implementation timelines impact the speed of cost recovery and overall project viability.

roinpvfinancial-modelingautomation-analysisrisk-assessment

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

calculate_automation_roi

Provides a comprehensive financial overview of a specific automation project

compare_automation_options

Ranks multiple automation proposals to identify the most efficient investment

get_risk_sensitivity_analysis

Determines how sensitive the project's viability is to changes in the disruption risk

simulate_adoption_scenarios

Evaluates how different levels of employee adoption affect the speed of cost recovery

See how to talk to your AI agent using AI Automation ROI Engine.

Calculate the ROI for an automation project with €50,000 annual savings, €20,000 cost, 6 months implementation, and 0.2 disruption risk.

The project has a Net Present Value (NPV) of €28,450, a payback period of 5 months, and a risk-adjusted return of €24,100. The project is considered viable.

Simulate the monthly savings for a project with €100,000 base savings, 0.3 disruption risk, over 12 months.

The total realized savings over 12 months is €65,000, with monthly savings starting at €2,500 and scaling up as adoption increases.

Compare these two options: Option A (€10k cost, €50k savings, 3m timeline, 0.1 risk) and Option B (€15k cost, €60k savings, 4m timeline, 0.3 risk).

Option A is ranked first with a higher risk-adjusted return, followed by Option B.

The `calculate_automation_roi` tool treats the implementation timeline as a period of negative cash flow, ensuring the NPV reflects the delay in realizing savings.

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