Intangles opens first U.S. headquarters in Texas
Key Highlights
- Intangles opened its first U.S. headquarters in Irving, Texas, to better serve North American clients and expand its operations.
- The company’s InGenious technology predicts vehicle issues with up to 96% accuracy, reducing unplanned breakdowns and increasing fleet uptime.
- Intangles plans to grow its Irving team from 15 to 100 employees by 2027, emphasizing local talent and customer support.
- The new facility will host the InRoads Rodeo, a multi-city roadshow promoting predictive maintenance solutions to fleet operators.
- Backed by over $40 million in funding, Intangles aims to lead AI-powered fleet diagnostics and maintenance in North America.
Intangles has opened its first U.S. headquarters in Irving, Texas, establishing a physical base for customer engagement, installations, and operations across North America.
The company, which was previously operating within the country with a virtual team, selected the Dallas-Fort Worth area for its proximity to major trucking corridors and access to fleet, logistics, and technology talent. Intangles currently employs 15 people in the region and expects to grow its local workforce to 100 by the end of 2027.
"North America has quickly become one of the most crucial markets in our growing global story, and this headquarters makes that commitment tangible," said Anup Patil, CEO of Intangles. "We are no longer serving U.S. fleets from a distance. The Irving office gives our clients a home base, our team a hub to operate from and puts us in the middle of one of the country's most important transportation corridors."
Intangles’ InGenious technology collects more than 450 real-time vehicle signals, including data from the engine, aftertreatment, brakes, battery and alternator, and air intake systems. The data is used to create a digital twin of an individual vehicle within the company’s InRoute platform.
According to Intangles, its technology can identify developing vehicle issues before a diagnostic trouble code or warning light appears. The platform uses the vehicle data to provide technicians with diagnostic information and repair recommendations based on the vehicle’s operating condition.
