MCP For Claude Marketplace
Delivery Route Stop Sequencer

Delivery Route Stop Sequencer MCP Connector for Claude

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Optimize delivery routes by calculating efficient stop sequences and timing.

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

This MCP server provides an optimization engine to solve complex delivery routing problems. It uses a travel-time matrix, delivery windows, and service durations to determine the most efficient order of stops. You can use calculate_optimal_sequence to generate a full route timeline, validate_route_constraints to verify if a proposed route is feasible, get_stop_efficiency_metrics to analyze stop performance, and estimate_route_window_buffer to assess timing flexibility and risk levels.

deliveryroute-optimizationlogisticsschedulingtravel-time

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

calculate_optimal_sequence

Determine the most efficient order of stops and calculate the full timeline of the route

estimate_route_window_buffer

Determine how much flexibility exists in the current route before a stop becomes late

get_stop_efficiency_metrics

Analyze the performance of a specific stop within a completed route

validate_route_constraints

Check if a specific sequence of stops is physically possible given the time windows and service durations

See how to talk to your AI agent using Delivery Route Stop Sequencer.

Calculate the best sequence for these stops: travel times [[0,10,20],[10,0,15],[20,15,0]], stops: [{'id':1,'windowStart':0,'windowEnd':30,'serviceTime':5},{'id':2,'windowStart':10,'windowEnd':40,'serviceTime':5}], depotIndex: 0, startTime: 0.

The optimal sequence is Stop 1 followed by Stop 2. Stop 1 arrives at 10, departs at 15. Stop 2 arrives at 30, departs at 35.

Is this route valid? Travel times [[0,5],[5,0]], stops: [{'id':1,'windowStart':0,'windowEnd':10,'serviceTime':5},{'id':2,'windowStart':2,'windowEnd':8,'serviceTime':5}], sequence: [0,1], startTime: 0.

The route is valid. Stop 1 is reached at 5 and Stop 2 is reached at 10.

What is the efficiency of a stop that arrived at 15 with a 5 minute travel time and 10 minute service duration?

The stop has an idle ratio of 0.0 and a travel ratio of 0.33.

You can use the `calculate_optimal_sequence` tool by providing the travel time matrix, stop requirements, and depot start time to get the most efficient sequence.

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