If you work for a car reselling company in India, you should keep reading this article.
The Indian automotive industry is rapidly evolving, and with the advancement of technology, automotive resellers need to ensure they stay ahead of the curve. One way to do this is by employing vehicle RC verification APIs, which offer numerous features and benefits to automotive resellers.
Firstly, a vehicle RC verification API is a powerful tool that can help prevent fraud. The API can quickly identify any fake or forged RCs, altered registration details, or other manipulations of the RC, thus avoiding fraudulent transactions that could result in financial losses and legal consequences. With the rise of fraudulent activities in the automotive industry, having a reliable verification system in place is essential for resellers to maintain their reputation and build trust with their customers.
Another significant advantage of implementing a vehicle RC verification API is its ability to save time. Verifying vehicle RCs manually can be a time-consuming process that requires extensive research and documentation. However, by using an API, automotive resellers can save significant amounts of time. The API provides real-time verification, reducing the need for manual searches and document verification. This time-saving benefit allows resellers to focus on other important aspects of their business, such as customer service and sales.
Furthermore, using a vehicle RC verification API can help resellers reduce costs. Verifying vehicle RCs manually can be an expensive process, as it requires hiring additional staff to handle the task. However, by implementing an API, resellers can significantly reduce these costs, as the API provides a cost-effective and efficient solution for verifying vehicle RCs.
As India continues to grow, so will the automotive industry, which currently has to serve the fifth-largest domestic market in the world. Such a daunting task requires a smooth operation, and that is where Zyla’s Vehicle RC Verification API – India comes into play.
So, How Does This API Work?
Vehicle RC Verification API – India works by providing a vehicle’s RC number as input, and at that point the API proceeds to verify that data against the Vahan vehicle database. As output, you’ll get relevant information about the vehicle, such as the name under which the vehicle is registered, details about the vehicle in question, and what class of vehicle it is, and you’ll get the registration date for the vehicle within the system. Its raw output looks like this:
{
"action": "verify_with_source",
"completed_at": "2022-12-27T00:23:44+05:30",
"created_at": "2022-12-27T00:23:43+05:30",
"group_id": "8e16424a-58fc-4ba4-ab20-5bc8e7c3c41e",
"request_id": "583f9b01-e7ce-4df8-b21b-8079f63819cb",
"result": {
"extraction_output": {
"noc_valid_upto": null,
"seating_capacity": "2",
"fitness_upto": "2027-12-18",
"variant": null,
"registration_number": "AP09CP0070",
"npermit_upto": null,
"manufacturer_model": "DISCOVER 100 BSIII",
"standing_capacity": "0",
"status": "id_found",
"status_message": null,
"number_of_cylinder": "1",
"colour": "BLACK DECAL MAGENPA",
"puc_valid_upto": null,
"vehicle_class": "2WN",
"permanent_address": "8-2-331/8/J/111/3 , ROAD NO.79 FILM NAGAR,JUBILLE HILLS, Hyderabad -500096",
"permit_no": null,
"father_name": "S BHASKARA RAO",
"status_verfy_date": "2022-12-27",
"m_y_manufacturing": "11/2012",
"registration_date": "2012-12-19",
"gross_vehicle_weight": "245",
"registered_place": "RTA-HYDERABAD-CZ, TELANGANA",
"permit_validity_upto": null,
"insurance_policy_no": null,
"noc_details": null,
"npermit_issued_by": null,
"sleeper_capacity": "0",
"current_address": "8-2-331/8/J/111/3 , ROAD NO.79 FILM NAGAR,JUBILLE HILLS, Hyderabad -500096",
"status_verification": "ACTIVE",
"permit_type": null,
"noc_status": null,
"masked_name": false,
"fuel_type": "PETROL",
"permit_validity_from": "1900-01-01",
"owner_name": "PRIME FOCUS LIMITED",
"puc_number": null,
"owner_mobile_no": "",
"blacklist_status": null,
"manufacturer": "BAJAJ AUTO LTD",
"permit_issue_date": "1900-01-01",
"engine_number": "JBZWCH52399",
"chassis_number": "MD2A14AZ2CWH19562",
"mv_tax_upto": "",
"body_type": "",
"unladden_weight": "115",
"insurance_name": null,
"owner_serial_number": "1",
"vehicle_category": "2WN",
"noc_issue_date": null,
"npermit_no": null,
"cubic_capacity": "94.00",
"norms_type": "Not Available",
"state": null,
"insurance_validity": null,
"financer": "",
"wheelbase": "1305"
}
},
"status": "completed",
"task_id": "74f4c926-250c-43ca-9c53-453e87ceacd1",
"type": "ind_rc_plus"
}
By implementing Vehicle RC Verification API – India, car businesses can potentially save numerous hours that would otherwise be spent on manual searches. Additionally, this API offers a valuable tool for preventing fraud or scams. A further advantage of this RC API is its effortless integration with both apps and websites. To make use of this powerful tool, please follow the instructions provided below:
1- Go to “Vehicle RC Verification API – India” and simply click on the button “Start Free Trial” to start using the API.
2- Employ the different API endpoints depending on what you are looking for.
3- Once you meet your needed endpoint, make the API call by pressing the button “run” and see the results on your screen.