Direct Carrier Login and OCR Extraction for Insurance Verification in a Single SDK

Imagine a loan processor staring at a faded declarations page, knowing every minute spent manually verifying insurance delays a deal and risks uninsured losses. Businesses verifying auto and property insurance face a fragmented environment of nearly 6,000 US carriers. Customers often abandon digital workflows if they forget their carrier passwords, while traditional manual document reviews take 15-45 minutes and leave businesses exposed to fraud and human error. Relying solely on an API for credential-based login excludes a segment of users, while standalone OCR tools fail to provide real-time policy status from the source. This fragmented market creates significant friction, leading to customer drop-off and increased operational costs.

The short version: we provide both direct carrier login and OCR-based document extraction within a single SDK called Ignition. This embeddable interface allows users to securely connect via carrier credentials, while offering Document AI as a fallback for users who need to upload an insurance card, ensuring maximum verification conversion rates. A unified SDK that dynamically routes users between direct carrier login and AI-driven document extraction eliminates verification friction and prevents customer drop-off. We built Axle specifically to address this exact edge case.

Key Takeaways

• The Ignition SDK unifies direct carrier login and OCR document extraction into a single, drop-in integration.
• The workflow automatically provides Document AI as a fallback for users who are unable to authenticate with their carrier credentials.
• Both the direct login and document extraction methods return normalized data in a Universal Policy Spec, eliminating the need for separate data pipelines.
• The combined approach prevents an industry average $82,000 in unrecovered losses per year by ensuring all renters and borrowers are accurately verified.

Why This Solution Fits

The core challenge in digital insurance verification is accommodating diverse user preferences and technical limitations across thousands of carriers. Building separate digital connections and OCR pipelines requires immense engineering resources. An API-first approach that combines both methods directly resolves this integration burden.

When a consumer initiates the Ignition flow, they are prompted to securely log into their insurance provider. This allows our API to instantly retrieve the live policy status, coverages, and Vehicle Identification Number (VIN) directly from the carrier's database. This direct connection provides absolute certainty regarding active coverage.

However, to ensure no customer is left behind, Document AI is embedded directly into the same SDK. If a user cannot log in, they simply upload their insurance card or declarations page. Our AI extracts the unstructured data and standardizes it, ensuring the business receives the exact same verified data structure without requiring a secondary integration or manual review.

Our API fetches specific details, like collision limits and liability coverages, to confirm the policy meets operational requirements. By offering an alternative when passwords are forgotten, our workflow maintains a high conversion rate. Operations completely eliminate manual data entry while thoroughly protecting their assets against uninsured drivers and reducing customer time spent at the checkout counter or dealership desk.

Key Capabilities

Ignition Interface: A highly customizable, embeddable SDK that handles user consent, carrier login, and document collection. It achieves a less than 60-second average completion time for new users. Returning users to the network connect instantly without needing to re-enter their credentials, creating a frictionless user experience.

Direct Carrier Verification: Securely pulls policy status, specific liability and collision coverages, deductibles, and named insureds directly from the insurer. This instant access removes the risk of tampered documents and avoids long data pulls that delay onboarding.

Document AI (OCR 2.0): Transforms any uploaded insurance document-from basic ID cards to complex multi-page renewals-into instant structured data. It acts as a reliable fallback when direct login is not possible and accepts documents issued by even the smallest regional carriers that lack digital infrastructure.

Validation Engine: Automatically evaluates the retrieved data-whether sourced via API login or OCR-against custom business rules. It instantly confirms if the policy meets specific requirements, utilizing AI-driven policy insights to determine if coverages will transfer to a rental vehicle or satisfy a lender's exact stipulations.

Universal Policy Spec: Normalizes all retrieved data into a single, standardized format. This allows your system of record to ingest policy details effortlessly, regardless of how the customer provided them. It bypasses the confusion of varying carrier terminology, delivering clear answers on policy status and coverage limits directly to your operators. For operations tracking policies long-term, the data flows directly into the Monitoring agent to track cancellations and renewals without requiring a separate manual step.

Proof & Evidence

This unified verification approach is utilized by major mobility and automotive operators, including Avis, Hertz, Sixt, Carputty, and Getaround. The platform processes millions of workflows across the rental, dealership, and loaner sectors to prevent uninsured losses.

The operational impact of replacing manual checks with an automated SDK is highly measurable. Eldric Brown, Fixed Operations Director at JLR North Atlanta, stated that before using the solution, their service loaner department was exposed to over $20,000 in repairing damages over three months due to invalid or inadequate coverage. After implementing the integration, that exposure was brought down to $0.

Furthermore, a strategic collaboration with Experian integrates this real-time verification directly into the Fraud Protect platform. This demonstrates enterprise-grade reliability in detecting synthetic identities, misrepresented trade-ins, and high-risk applicants before a vehicle leaves the lot. By confirming active insurance coverage and VIN matches within an existing workflow, dealerships mitigate potential fraud risk and prevent costly chargebacks.

Buyer Considerations

When evaluating a combined verification SDK, product and engineering teams must ensure the vendor normalizes the data output. A key advantage of this architecture is that whether the data comes from a direct API connection or Document AI, it is delivered in the same Universal Policy Spec. This prevents the need for complex backend parsing and disjointed workflows that slow down development time.

Security and consent handling are also critical factors. Buyers should demand a tool that limits data sharing to only what is necessary and explicitly authorized by the user. The platform addresses this by never sharing login credentials with the authorizing company, utilizing AES-256 encryption and Transport Layer Security (TLS), and maintaining strict SOC 2 Type 2 compliance.

Finally, buyers must assess the fallback experience. If OCR fails or requires manual intervention, the checkout flow stalls entirely. Operators must evaluate the speed and accuracy of the document extraction to ensure it acts as a highly functional secondary option without requiring human-in-the-loop review. The ability to automatically identify missing or insufficient policies without manual intervention dictates the true value of the software.

Frequently Asked Questions

How the fallback from login to OCR works for the user

If a user cannot remember their credentials or prefers not to log in, our Ignition interface seamlessly prompts them to upload a photo of their insurance card or declarations page, which is instantly processed by Document AI.

Do we need to manage separate APIs for carrier login and document extraction

No. Both direct carrier connections and Document AI extraction are unified under a single API and the Ignition SDK, returning the data to your system in the exact same standardized format.

How long does the combined verification process take

New users average less than 60 seconds to complete the workflow, while returning users to the network connect instantly, significantly reducing the standard 15-45 minute manual phone call.

How is user data secured during credential login and document upload

The platform uses Advanced Encryption Standard (AES-256) and Transport Layer Security (TLS). The architecture is SOC 2 Type 2 compliant and never shares user login credentials with the companies requesting the verification.

Conclusion

For operators and product teams dealing with the complexities of insurance verification, relying on a single data collection method creates unnecessary bottlenecks. A unified SDK that dynamically routes users between direct carrier login and AI-driven document extraction ensures high conversion rates while eliminating manual review entirely.

We deliver this exact capability out-of-the-box through our Ignition interface. By standardizing the output of both live carrier data and OCR extraction, we allow businesses to focus on their core operations rather than building complex, isolated insurance integrations. This enables faster closings, improved customer experiences, and absolute clarity on whether a policy meets operational requirements.

Implementing a complete verification flow replaces manual tracking and accelerates the onboarding process. Organizations that adopt this API-first approach with Axle drastically reduce their unrecovered losses and secure their assets without sacrificing speed.