# Home Accessibility Modification Planner AI Agent Connect

> Home Accessibility Modification Planner MCP helps you coordinate physical space requirements with mobility needs and financial constraints. It acts as a decision-support engine for anyone planning home modifications, ensuring that equipment fits in rooms and that upgrade sequences follow a logical, budget-friendly order.

## Overview
- **Category:** accessibility
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_kK4mJVhZWZCHLHCbJ6Ry4VGCJ3lzR2VkJJU5pPji/ai-agent-connect
- **Tags:** accessibility, home-planning, budgeting, spatial-analysis, mobility

## Description

You can use this MCP to bridge the gap between a list of accessibility needs and a realistic construction plan. Instead of guessing if a new ramp will fit in a hallway or if you can afford three upgrades at once, you provide your AI client with the room dimensions, specific mobility requirements, and your total budget. The MCP then runs the math to ensure every modification is physically possible and financially viable. It checks for logical dependencies, such as ensuring a door is widened before a specific piece of equipment is ordered, and identifies if any critical needs were missed in your initial list. It's a practical way to move from a vague idea of home improvement to a structured, phased implementation plan.

## Tools

### analyze_spatial_compatibility
This tool checks if a specific modification actually fits within your room's dimensions. It prevents you from planning equipment that won't function in the available space.

### calculate_phased_plan
This tool builds a prioritized list of upgrades based on your budget. It organizes modifications into a sequence that respects necessary prerequisites.

### identify_unmet_needs
This tool scans your plan to find gaps. It flags where the proposed modifications fail to address the accessibility needs you originally listed.

### validate_dependency_chain
This tool verifies the logic of your upgrade sequence. It ensures you aren't attempting modifications in an impossible or circular order.

## Prompt Examples

**Prompt:** 
```
I have a budget of $5000. Can you plan my modifications: Grab Bar ($200, priority: Critical), Door Widening ($1500, priority: High, prerequisite: Grab Bar)?
```

**Response:** 
```
Phase 1: Grab Bar ($200). Total spent: $200. Phase 2: Door Widening ($1500). Total spent: $1700.
```

**Prompt:** 
```
Will a ramp with a 150cm turning radius fit in a room that is 120cm wide?
```

**Response:** 
```
No, the modification is physically impossible because the required turning radius exceeds the room's narrowest dimension.
```

**Prompt:** 
```
Check if my modification list has any circular dependencies.
```

**Response:** 
```
The dependency chain is valid and contains no circular loops.
```

## Capabilities

### Spatial Verification
Your agent uses this to confirm equipment fits in specific room dimensions.

### Budget Sequencing
The AI client uses this to spread out costs over multiple phases.

### Gap Analysis
Your agent uses this to cross-reference needs against the final plan.

### Logic Validation
The AI client uses this to prevent impossible modification orders.

## Use Cases

### Budget-Constrained Upgrades
A user with a limited budget uses the tool to decide which high-priority modifications to tackle first.

### Space Constraint Checks
A professional checks if a specific wheelchair turning radius is possible in a narrow hallway.

### Phased Implementation
A homeowner plans a multi-month renovation schedule that respects the order of necessary repairs.

### Plan Auditing
An agent reviews a contractor's proposed list to ensure no critical mobility needs were overlooked.

## Benefits

- Prevents ordering equipment that won't fit in the intended space.
- Organizes upgrades into logical phases to manage cash flow.
- Catches missing requirements before construction begins.
- Ensures modification sequences follow necessary prerequisites.

## How It Works

Connect your client to Vinkius and start planning immediately.

1. Connect your preferred MCP-compatible client to Vinkius.
2. Provide room dimensions and mobility requirements to your AI client.
3. Input your total budget and specific modification costs.
4. The MCP runs spatial, budgetary, and logical checks.
5. Receive a prioritized, validated modification plan.

## Frequently Asked Questions

**How does this MCP handle budget limits?**
It uses the calculate_phased_plan tool to create a sequence of modifications that stays within your specified total budget.

**Can it check if a wheelchair will fit in my bathroom?**
Yes, by using the analyze_spatial_compatibility tool with your bathroom's specific dimensions.

**What if I have a specific order of operations for repairs?**
The validate_dependency_chain tool ensures your modification sequence is logically sound and follows all necessary prerequisites.

**Does it identify if I missed something important?**
The identify_unmet_needs tool compares your stated accessibility requirements against the planned modifications to find gaps.

**Which AI clients can I use with this MCP?**
You can use this with any MCP-compatible client, including Claude, Cursor, Windsurf, and VS Code.

**How does the tool handle budget constraints?**
The `calculate_phased_plan` tool organizes modifications into logical stages, ensuring high-priority items are addressed first while staying within your total budget.

**Can I check if a wheelchair will fit in my bathroom?**
Yes, you can use `analyze_spatial_compatibility` by providing your room dimensions and the required footprint for the wheelchair.

**What happens if my budget is too low for all my needs?**
The system will identify these as unresolved constraints and use `identify_unmet_needs` to explain which requirements could not be met due to budget exhaustion.