# US Seismic Zone Checker MCP for AI Agents AI Agent Connect

> US Seismic Zone Checker identifies earthquake risk and building code requirements for specific US locations. It pulls seismic data like SDC and spectral acceleration directly into your workflow, making it easy to see exactly what structural detailing is required by the International Building Code (IBC) for any given county.

## Overview
- **Category:** construction
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_BewLukrEjUUqqK3c9t1an9d9jIJAHO2BfTQlZaUV/ai-agent-connect
- **Tags:** seismic, earthquake, ibc, structural-engineering, us-geography, building-code

## Description

If you're designing a building in a high-risk area, you can't afford to guess about seismic requirements. This Connector handles the heavy lifting of looking up regional earthquake data so you can focus on the actual engineering. Instead of hunting through outdated PDFs or trying to remember specific county codes, you can just ask your agent to check a location and get the facts straight from the source. It pulls the Seismic Design Category and the specific spectral acceleration values you need to keep the project compliant with the International Building Code. It even pulls the mandatory detailing rules, which saves a massive amount of time when you're trying to figure out how to reinforce specific members.

Building safety is a non-negotiable part of the construction process, but the research involved can be a bottleneck. Engineers often have to verify regional seismic data for every new site, which involves digging through local building codes and geographical risk maps. This tool automates that research. By integrating this Connector into your workflow via the Vinkius catalog, you give your agent the ability to instantly verify a state and county, check the seismic profile, and identify the exact structural detailing required. You can move from a site address to a set of actionable engineering requirements in a single conversation. It eliminates the risk of using outdated information and ensures that your project meets the necessary safety standards based on regional earthquake intensity. It's about getting the right data for the right site, every single time, without the manual headache of searching through thousands of pages of documentation.

## Tools

### lookup_seismic_info
Retrieve the Seismic Design Category and specific seismic parameters for a location. This gives you the core data needed for seismic design calculations.

### retrieve_structural_requirements
Get the mandatory structural detailing rules for a specific Seismic Design Category. This helps you understand the exact reinforcement needed for a project.

### verify_location_validity
Check if a specific state and county combination exists in the database. This ensures your agent doesn't try to pull data for a location that isn't supported.

## Prompt Examples

**Prompt:** 
```
What are the seismic requirements for a new building in San Francisco, CA?
```

**Response:** 
```
For San Francisco, CA, here is the seismic data:

* **Seismic Design Category (SDC):** D
* **Spectral Acceleration:** [Specific values provided by tool]
* **Structural Requirements:**
    * Intensive reinforcement of concrete members.
    * Specific masonry joint detailing.

*Note: These requirements are based on the International Building Code (IBC).*
```

**Prompt:** 
```
Can you check if a location in rural Idaho is in our database?
```

**Response:** 
```
I've checked the database for that location. [Response based on `verify_location_validity` result]. If it's valid, I can pull the seismic info for you.
```

**Prompt:** 
```
What are the mandatory detailing rules for an SDC E zone?
```

**Response:** 
```
For a Seismic Design Category (SDC) E, the IBC requires:

* **Concrete:** Intensive reinforcement of members.
* **Masonry:** Specific joint detailing to withstand high seismic forces.
* **General:** High-intensity seismic safety standards apply.
```

## Capabilities

### Confirm location availability
Check if a specific state and county combination exists in the seismic database.

### Get Seismic Design Category
Retrieve the SDC for a specific location to determine building safety requirements.

### Pull spectral acceleration values
Fetch Ss and S1 values needed for seismic design calculations.

### Fetch structural detailing rules
Get mandatory IBC detailing instructions for a specific Seismic Design Category.

### Verify regional seismic risk
Identify earthquake intensity data for construction projects in any US county.

## Use Cases

### Determining SDC for a new condo
A structural engineer needs the SDC for a new condo in Los Angeles. The agent uses `lookup_seismic_info` to find the category and provides the spectral acceleration values for the design.

### Identifying masonry joint rules
A builder wants to know what kind of masonry joint detailing is required for a high-risk zone. The agent uses `retrieve_structural_requirements` to list the IBC rules for that specific SDC.

### Verifying rural county coverage
A project manager needs to verify if a rural county in Oregon is covered by the seismic data. The agent uses `verify_location_validity` to confirm the location before starting the report.

### Creating a site assessment brief
An architect is creating a site assessment and needs to know the regional earthquake intensity. The agent pulls the data and summarizes the safety requirements for the project brief.

## Benefits

- Stop manual PDF searching by getting SDC and spectral acceleration values directly in your chat. Using `lookup_seismic_info` means you get the data you need in seconds rather than minutes of digging through records.
- Ensure code compliance for every project by pulling exact IBC detailing rules. The `retrieve_structural_requirements` tool takes the guesswork out of meeting safety standards for different regions.
- Prevent errors before they happen by validating locations first. `verify_location_validity` keeps your agent on track by confirming the site is in the database before it attempts to pull seismic data.
- Speed up the early design phase of a project. Your agent can instantly provide the seismic profile for a new site, letting engineers move straight to structural modeling and planning.
- Maintain consistency across multiple projects. Since the data is pulled from a central source, every project you work on will follow the same reliable seismic standards for the same county.

## How It Works

The bottom line is you get accurate seismic safety data for any US county without manual research.

1. Provide your agent with a specific state and county to check.
2. The Connector validates the location and pulls the seismic parameters.
3. You receive the Seismic Design Category and the mandatory IBC detailing rules.

## Frequently Asked Questions

**Does the US Seismic Zone Checker cover every single county in the US?**
It covers a wide range of US counties. You can ask your agent to check a specific state and county to see if it's in the database before you start your project.

**Can I use the US Seismic Zone Checker to get International Building Code requirements?**
Yes, the Connector specifically pulls mandatory structural detailing instructions as defined by the International Building Code (IBC) for the relevant seismic categories.

**How does the US Seismic Zone Checker help with structural engineering?**
It provides the core data engineers need, like Seismic Design Categories and spectral acceleration values, which are essential for designing safe and compliant structures.

**Is the US Seismic Zone Checker good for real-time earthquake alerts?**
No, this tool is for seismic design and building code compliance. It provides static risk data for construction and engineering, not live alerts for ongoing earthquakes.

**Can my AI agent find the Seismic Design Category for a specific site?**
Yes, your agent can use the US Seismic Zone Checker to identify the SDC for any supported US location, helping you stay compliant with local safety standards.

**What specific data does the US Seismic Zone Checker provide for a county?**
It provides the Seismic Design Category (SDC), spectral acceleration values (Ss and S1), and the mandatory structural detailing rules required by the building code.

**How can I check if a specific county is covered?**
You can use the `verify_location_validity` tool by providing the state and county name to see if it exists in our seismic database.

**What information does the lookup tool provide?**
The `lookup_seismic_info` tool returns the Seismic Design Category (SDC), as well as the Short-Period ($S_s$) and One-Second ($S_1$) spectral acceleration values.

**Does this tool provide structural engineering rules?**
Yes, by using `retrieve_structural_requirements` with a specific SDC (A-F), you can get the mandatory detailing instructions required by the IBC.