Vehicle Data APIs for Insurance Quoting and Claims

Vehicle Databases supplies automotive data APIs that insurance teams can use to pull vehicle history, VIN decoding, vehicle specifications, market values, and document data into quoting, verification, valuation, and claims workflows.

Vehicle API

Important: Vehicle Databases provides automotive data APIs – not insurance or underwriting decisions. This page maps out the APIs insurers use most to the actual tasks they support, from quote prep and vehicle verification all the way to valuation support and claims document handling, plus how teams can test out the data.

The Vehicle Databases APIs Insurers Use Most

From preparing a quote to reviewing a claim, connect each task to the relevant vehicle information.

API Data returned Typical insurance task
Advanced VIN Decoder Year, Make, Model, Trim, engine, transmission, and available vehicle specifications Verify vehicle details when preparing a quote
VIN OCR VIN extracted from a supported vehicle image or document Reduce manual VIN entry during quote or claim intake
License Plate API Available vehicle details based on a supported license plate lookup Identify a vehicle when the VIN is unavailable
Vehicle Market Value Estimated trade-in, private party, and dealer retail values by condition Support vehicle valuation during quoting or claims review
Repair Pricing Estimated parts and labor costs for supported repairs Review repair estimates during claims assessment
Auction History Available auction prices, dates, odometer readings, damage details, title information, and photos Review prior auction activity and reported damage
Stolen Vehicle Available theft records and associated vehicle details Check for reported theft records during vehicle verification
Title Check API Salvage record status, reported cause, and date associated with the record Check for reported salvage history during vehicle verification or claims review

Returned fields and record availability naturally vary by API and vehicle. These services give you solid information to support insurance workflows – but insurers remain responsible for actual underwriting, coverage, and claims decisions.

Test Vehicle APIs for Your Insurance Workflows

Try supported endpoints with real VINs for free, inspect the responses, and evaluate how the data fits your quoting and claims processes.

What the APIs Can Do for an Insurance Team

With Vehicle Databases’ APIs, insurers can improve business processes, get accurate vehicle information, and gain a competitive edge in the market.

Vehicle Data For Quotes and Claims

Return vehicle data that supports quote preparation, vehicle verification, valuation support, and claims document handling.

Vehicle History for Risk Assessment

Give instant access to vehicle information that the vendor states supports claims processing, risk assessment, and customer retention.

VIN Checks for Insurance Quotes

Perform VIN lookup services for accident history, sales records, and more based on the VIN.

OCR for Claims Documents

Pull text and data right off images of vehicle documents so your team relies way less on manual entry.

Practical Use Cases for Insurance Teams

These two scenarios show how vehicle data APIs can support insurance teams during quote preparation and claims review.

Scenario 1: Verify a Vehicle Before Issuing a Quote

  1. Identify the vehicle: Use the VIN Decoder API to retrieve available specifications and confirm the vehicle details.
  2. Review its history: Check the Auction History and Stolen Vehicle APIs for available auction, damage, and theft records.
  3. Assess its value: Use the Market Value API to retrieve estimated values for the vehicle.
  4. Prepare the quote: Review the returned information alongside the applicant’s details and your underwriting criteria.

The Benefit

Your team has way more vehicle information to consider before sitting down to prepare a quote.

Scenario 2: Review a Vehicle After an Accident

  1. Collect the documents: Use the OCR API to extract available information straight from vehicle documents and images.
  2. Check previous records: Review Auction History for available past damage records, auction details, and photos.
  3. Estimate the vehicle’s value: Use the Market Value API to retrieve realistic valuation estimates for the vehicle.
  4. Review the claim: Bring the available records and documents together to support the adjuster’s assessment.

The Benefit

Claims teams can spend far less time typing in document details manually and have a lot more vehicle background available during review.

API Example: Decode a VIN for Insurance Workflows

Insurance systems can take a VIN and retrieve vehicle specifications that help support quote preparation, vehicle verification, & claims review.

Example Request

HTTP

GET https://api.vehicledatabases.com/vin-decode/{vin}

x-authkey: YOUR_API_KEY

Example Response

				
					{
    "status": "success",
    "data": {
        "intro": {
            "vin": "JTEDW21A860014011"
        },
        "basic": {
            "make": "Toyota",
            "model": "Highlander",
            "year": "2006",
            "trim": "STD",
            "body_type": "Sport Utility Vehicle (SUV)/Multi-Purpose Vehicle (MPV)",
            "vehicle_type": "Multipurpose Passenger Vehicle (MPV)",
            "doors": "5",
            "vehicle_size": "",
            "seating_capacity": "7"
        },
        "engine": {
            "cylinders": "6",
            "engine_size": "3.3",
            "engine_description": "3MZ-FE + 1JM, 2FM V-Shaped",
            "engine_capacity": "3300.0",
            "engine_configuration": "V-Shaped",
            "electrification_level": "Strong HEV (Hybrid Electric Vehicle)"
        },
        "manufacturer": {
            "manufacturer": "Toyota Motor Corporation",
            "region": "Fukuoka",
            "country": "Japan",
            "plant_city": "Miyawaka"
        },
        "transmission": {
            "transmission_style": ""
        },
        "restraint": {
            "others": ""
        },
        "dimensions": {
            "gvwr": "Class 1D: 5,001 - 6,000 lb (2,268 - 2,722 kg)"
        },
        "drivetrain": {
            "drive_type": "4x2"
        },
        "fuel": {
            "fuel_type": "Gasoline",
            "secondary_fuel_type": "Electric"
        }
    }
}
				
			

Benefits for Different Insurance Teams

Vehicle Databases’ APIs provide vehicle data that can support quoting, verification, valuation, and claims workflows across the board.

Underwriting Teams

Claims Teams

Fraud & Investigation Teams

Product & Engineering Teams

What Customers Say About Vehicle Databases

See why customers choose Vehicle Databases for vehicle data APIs, from straightforward use to integration and helpful support when they need it.

Rated 5 out of 5
Saad Khan- PK
They have one of the best APIs; it's smooth and works flawlessly. I've never had an issue with them. Their customer support is also top-notch...
Rated 5 out of 5
Jamal Ramanou
Jamal Ramanou - US
Using vehicle databases for our vin decoding for my mobile app . I wish get factory informations on each vehicles without selecting from...
Rated 5 out of 5
Gearshift solutions
Gearshift Solutions - US
The support is top-notch. I don't think I have ever worked with a company that has ever reached out to me repeatedly to just check on...
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Start Building Better Workflows with Vehicle Databases

Start with the free trial: sign up, receive free credits and an API key, and test the vehicle data against your own quoting, verification, or claims workflow. If you would rather walk through your requirements first, book a demo with the team.

FAQs on APIs for Insurance Companies

No. Vehicle Databases provides vehicle data APIs, not insurance or underwriting decisions. The APIs return data such as VIN decoding, market values and vehicle specifications, and your rating, underwriting, and claims logic stay with your organization.

Yeah, absolutely. Car insurance companies can use vehicle APIs to help generate quotes with VIN numbers. Insurers can quickly pull vehicle data, evaluate risk factors or property damage, & provide quotes based on the VIN and decoded info. The APIs supply the vehicle data – the actual quote comes from your company’s own internal logic.

Vehicle Databases sources data from trusted providers like NMVTIS, auction records, police reports, insurance databases, plus our own proprietary vehicle history database. We offer access to millions of vehicle records, and that list is growing constantly.

Signing up provides access to the free trial under the applicable trial terms. You can use the available trial credits and API key to test supported endpoints and review their responses before deciding how to proceed.

It really depends on the exact insurance workflow you’re building. The Advanced VIN Decode API is great for vehicle specs, while the Vehicle History & Auction APIs help teams look over past records. The Market Value API gives you trade-in, private party, and dealer retail estimates. And VIN OCR can pull a VIN right off an image, which saves a ton of manual typing during intake.

Yes – Vehicle Databases uses RESTful APIs that communicate over HTTPS and return standard JSON responses. Developers can use an API key to authenticate requests & hook the vehicle data right into existing applications. Check out the API architecture documentation for the full integration details.

Depending on the API and available records, a VIN lookup can return vehicle details such as year, make, model, trim, engine, transmission, and other specifications. 

Other endpoints can toss back market value estimates, auction records, and available history info. Basically, it comes down to which API you query and the specific vehicle you’re checking.

If a record is unavailable, the API may return an error or indicate that no matching records were found, depending on the endpoint. Check the response status and error message, verify the VIN or other input, and review the endpoint’s documentation. 

And remember – missing records don’t automatically mean the car has zero history. Insurers should treat missing data as simply unknown rather than assuming no incident ever happened.