Event Seating Planner

Event Seating Planner MCP Connector for Claude

A+

Automated deterministic seating arrangement generator.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides tools to automate complex event seating arrangements. It uses deterministic algorithms to assign guests to tables or zones while strictly adhering to capacity, accessibility, grouping, and separation constraints. Use plan_seating to generate a complete arrangement, validate_constraints to verify a specific chart, get_utilization_metrics to analyze space efficiency, and find_alternative_layouts to discover different valid configurations without randomness.

seatingplanningautomationdeterministiclogistics

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

get_utilization_metrics

Analyzes how efficiently the seating plan uses the available capacity

find_alternative_layouts

Identifies different valid seating arrangements that satisfy the same constraints without using random seeds

plan_seating

Provide guests, locations, and optional grouping/separation rules. Generates a complete seating arrangement based on provided guests and locations while respecting all constraints

validate_constraints

Checks a specific seating chart against a set of rules to verify if it is legally valid

See how to talk to your AI agent using Event Seating Planner.

Generate a seating plan for 10 guests and 3 tables with these constraints.

The seating chart has been generated: Table 1 contains guests A, B, and C; Table 2 contains guests D, E, and F; Table 3 contains guests G, H, I, and J. All accessibility and grouping rules are satisfied.

How efficient is my current seating arrangement?

The current utilization rate is 85%, with 2 guests assigned out of a total capacity of 24 across all locations.

Find another way to seat these guests that still follows the rules.

An alternative valid layout has been found: Table 1 now contains guests A, D, and G, while Table 2 contains B, E, and H.

The system uses deterministic logic rather than random placement, ensuring that the same input always produces the same seating chart.

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