Vehicle Acquisition Network (VAN) is an automotive software platform built to help car dealerships acquire high-quality used vehicles directly from private sellers—without relying on auctions. As wholesale prices rise and vehicle availability tightens, VAN empowers dealers with tools to source inventory faster, more profitably, and with greater control.
VAN aggregates local FSBO (for-sale-by-owner) listings, applies real-time market data to assess profitability, and automates communication with sellers at scale. Buyers can manage leads, track seller conversations, and streamline acquisition workflows through an intuitive CRM-style dashboard designed specifically for dealership teams.
For dealers who don’t have dedicated acquisition staff, VAN offers a Managed Buyer program, pairing stores with expert buyers who actively source, engage, and negotiate with private sellers on their behalf—saving time and boosting acquisition volume without internal hiring.
VAN is trusted by hundreds of dealerships across North America—from independent rooftops to franchise groups—looking to beat Carvana and CarMax at their own game. It's the smarter way to buy cars.
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gtechna’s smart parking management and enforcement solution is trusted by leading cities worldwide. Our cloud-based system empowers municipalities, transportation agencies, and universities with cutting-edge applications that increase parking revenue, cut operational costs, and improve the driver experience.
By choosing gtechna for your parking management and enforcement needs, you're partnering with an industry leader known for constant innovation. Cities like Washington, D.C., Boston, Pittsburgh, Toronto, and Vancouver have already transformed their parking infrastructure with gtechna—now it's your turn to experience the future of parking.
Upgrade to a scalable parking management and
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Rank One Computing (ROC)
Experience unparalleled speed, precision, and adaptability with the only automatic license plate recognition system that expands to meet your requirements, entirely developed by Rank One Computing. Our advanced ALPR software can effortlessly identify and read license plates from images or video footage taken on any device, effectively handling difficult situations such as poor lighting, rapid motion, or skewed angles. Benefit from extensive search capabilities through a system that can provide approximate matches for license plates, even when the input is flawed or only partially captured. Following an incident, easily sift through surveillance recordings to locate a known vehicle using its license plate. From law enforcement to commercial security and federal investigations, our license plate recognition technology is relied upon by industry leaders both nationally and globally, ensuring safety and efficiency in vehicle monitoring. This innovative tool not only enhances security measures but also streamlines investigative processes for various applications.
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Sighthound
Sighthound's innovative AI-driven video technologies harness the potential of your data, leading to insightful user analytics, lowered operational expenses, and enhanced revenue within the realms of privacy and vehicle recognition. These cutting-edge deep learning solutions stem from Sighthound's dedicated computer vision research lab, featuring patented technology that excels in both commercial and academic assessments. Capable of identifying vehicles via static or moving cameras, the system accurately provides details such as make, model, color, and generation for any vehicle manufactured since 1991. Moreover, it can read license plates from various countries around the globe, delivering alphanumeric characters along with regional information for the US, Canada, and prominent EU nations. The technology also adeptly differentiates between various types of vehicles, including trucks, buses, motorbikes, bicycles, and people, while tracking their movements throughout video footage, ensuring comprehensive surveillance and analysis. This advanced capability transforms the way businesses engage with their environment, fostering a deeper understanding of traffic dynamics and enhancing security measures.
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