ADAS Safe × CarsXE
How ADAS Safe uses CarsXE Specifications and Images APIs to document repairs, save time on every job, and power Track.
Everything we're learning about VINs, plates, and building on the CarsXE API — alongside deep-dive use cases and SDK walkthroughs.
How ADAS Safe uses CarsXE Specifications and Images APIs to document repairs, save time on every job, and power Track.
An instant PDF vehicle report by VIN, plate, or YMM for a flat $5 — no CarsXE account or API key required.
Async-first VIN decoding, market value, history and recalls for any Python app.
TypeScript-friendly client for JavaScript and Node.js back ends.
PHP 8.1+ client built on Guzzle for Laravel, Symfony and plain PHP apps.
Idiomatic Go client for high-throughput vehicle data pipelines.
JDK 11+ client published to Maven Central for any JVM application.
Async .NET client for ASP.NET, Worker Services and Azure Functions.
Friendly Ruby gem for Rails, Sinatra and plain Ruby scripts.
Swift Package for iOS, macOS, tvOS, watchOS and server-side Swift.
Query VINs, plates, market value, recalls and more straight from your terminal.
Plug CarsXE vehicle data into Claude, Cursor, VS Code and any MCP-compatible client.
Bring VIN decoding, plate lookups and market value into your Claude Code workflow.
Bring VIN decoding, plate lookups and market value into your OpenAI Codex workflow.
Add CarsXE skills to Gemini CLI and let it answer vehicle data questions for you.
Give your OpenClaw agent vehicle data superpowers in a single command.
Decode VINs and enrich vehicle datasets without leaving your Snowflake account.
Wire CarsXE vehicle data into any n8n workflow without writing code.
Connect CarsXE to 8,000+ Zapier apps and automate vehicle data workflows in minutes.
Build visual CarsXE scenarios in Make alongside 1,800+ apps — no code required.

Explains a five-stage API pipeline for normalizing plates, running OCR, applying region rules, resolving VINs, and gating by confidence.

Design secure, reliable vehicle-data webhooks: fast ACKs, HMAC verification, idempotency, DLQs, and REST enrichment.

Explains why Japan's 9–12 character chassis numbers differ from 17-character VINs and how that affects U.S. registration, recalls, and imports.

Practical steps to secure vehicle data APIs: enforce access control, protect keys, encrypt data, throttle abuse, and prepare incident response.

Latin America, Southeast Asia and Africa are reshaping EV ownership via imports, local assembly, and used-vehicle flows.

Explains VIN validation, regional rule differences, check digits, data gaps, and how to evaluate global VIN decoding APIs.

Compare emission-factor, observed-emissions, and vehicle-data APIs for audit-ready carbon calculations and fleet workflows.

Prevent VIN OCR failures: fix bad captures, handle lookalike characters, enforce 17-character and check-digit validation before production.

Standardize and validate XML plate records, store raw and normalized values, index key fields, and enforce RBAC, encryption, and audit logs.