THE SOLUTION
Digital Transformation Through AI-Enhanced Identity Verification
Lithia & Driveway's collaboration with Vouched was the cornerstone of their digital transformation strategy. Leveraging AI-driven identity verification, they overhauled their ID verification process, ensuring rapidity, precision, and reliability. The VouchedAuto solution allowed Lithia & Driveway to automate verification, mitigate fraud, and maintain regulatory compliance.
THE RESULT
Setting New Standard in Efficiency, Savings, and Customer Service
The partnership between Lithia & Driveway and Vouched has yielded impressive results, revolutionizing the way Lithia & Driveway operates and interacts with its customers.
Skyrocketing Efficiency
By adopting Vouched's automated identity verification and fraud detection solutions, Driveway was able to significantly reduce their manual KYC hours each month, allowing their team to focus on more crucial tasks and boosting overall operations efficiency.
Impressive Cost Savings
Through their digital transformation, Lithia & Driveway realized substantial savings in their operation costs linked to KYC processes, strengthening their position in the competitive automotive industry.
Fortified Against Fraud
By integrating the VouchedAuto solution, Lithia & Driveway reinforced their defenses against deceptive activities, resulting in a 65% drop in fraudulent transactions within the first year. This not only bolstered customer trust but also solidified a secure online car transaction environment.
Elevated Customer Experience
The streamlined onboarding process powered by Vouched's solutions resulted in a significantly improved customer experience for Lithia & Driveway's users. Customers could now seamlessly and quickly complete the necessary verification steps, leading to a 40% reduction in average onboarding time, and boosting overall satisfaction with the platform.
Seamless Enablement
Vouched's solutions were seamlessly enabled with a no-code solution in a record time of just 24 hours, highlighting the ease of implementation without requiring extensive coding.