For many vehicle owners, a dashboard warning light is a source of immediate anxiety. By the time it appears, a small mechanical issue may already have developed into an expensive and time-consuming repair. Drivers are often left wondering how serious the problem is, whether the vehicle is safe to operate, and whether a costly repair recommended by a service center is truly necessary. This gap between a vehicle’s actual condition and the owner’s understanding is what Ashish Ranjan aims to address through his startup, Raste.

Raste is an AI-powered vehicle health monitoring platform designed to help individual drivers and commercial fleets identify early signs of developing problems. Instead of relying only on fixed service schedules, dashboard warning lights, unusual sounds, or breakdowns, Raste continuously studies how a vehicle performs during everyday driving. It then converts complex vehicle information into practical guidance that owners can understand and use. In this way, the platform acts like a digital personal mechanic that observes the vehicle during every drive.

For drivers, Raste offers three important benefits:

1. Earlier warnings: The platform can identify changes in vehicle performance before they become obvious to the driver or develop into more serious problems.
2. Clearer guidance: Users receive understandable information about what may be changing, what should be inspected, and how urgently they may need to respond.
3. More informed repair decisions: Vehicle owners can use information based on their car’s actual performance when evaluating a repair recommendation or speaking with a service professional.

This greater transparency can be particularly valuable at repair shops. Most vehicle owners do not have the technical knowledge required to independently assess a recommendation involving hundreds or even thousands of dollars. They may have little choice but to approve the repair, seek another opinion, or continue driving without fully understanding the risk. Raste does not seek to replace trained mechanics. Instead, it gives drivers an additional source of information, helping them ask better questions, understand the urgency of a problem, and make maintenance decisions with greater confidence.

The engineering philosophy behind Raste comes from Ashish Ranjan’s experience working with complex, high-stakes systems. Before founding the company, he served as a Scientific Officer in India’s Department of Atomic Energy and as a scientist at the Indian Space Research Organisation. At ISRO, he worked on the assembly, integration, and testing of Vikas liquid-propulsion rocket engines. He later worked in vehicle architecture at Lucid Motors in Silicon Valley, where he contributed to the integration, testing, and production readiness of advanced electric vehicles. Across these roles, Ashish saw how engineers use operating data to evaluate the health of a system, recognize abnormal behavior, and address concerns before they become failures. Raste applies the same fundamental approach to everyday vehicles.

The financial value of early detection can be even greater for high-mileage drivers and commercial fleets. For a rideshare driver, delivery worker, or fleet operator, an unexpected breakdown is rarely just a repair expense. It can also lead to lost working hours, delayed deliveries, missed appointments, towing charges, replacement-vehicle costs, and dissatisfied customers. By identifying developing concerns earlier, Raste can help users schedule maintenance at a convenient time instead of being forced into an emergency repair. The company’s goal is to help high-mileage users and fleets reduce annual maintenance and breakdown-related expenses by as much as 40 percent while keeping more vehicles available for productive work.

Raste is ultimately working toward a future in which drivers no longer have to remain in the dark about the condition of a vehicle they depend on every day. By turning complicated vehicle data into useful and understandable guidance, Ashish and his team at Raste aim to make car ownership more transparent, maintenance more predictable, and mobility more reliable. For drivers and businesses alike, the value of the technology is simple: fewer surprises, better decisions, and a greater chance of addressing a problem before it becomes an expensive repair.