Vehicle Acquisition Network (VAN)
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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Detrack
Streamline everything from proof of delivery and real-time driver tracking, through to route optimisation and customer updates. Save time, reduce operating costs, and boost productivity with Detrack.
Integrations
Integrate with the best accounting and SMS platforms. From order creation through to proof of delivery, everything works together seamlessly - orders sync automatically, customers get notified instantly and drivers receive jobs in real-time.
Test drive all features for free
It only takes a few minutes to add your drivers, upload or create jobs and start branding your customer comms. Our free trial gives you access to all features for 14 days. We know that there aren’t enough hours in the day and our experts are available 24/5 to help you get set up to achieve your goals faster. You can chat live or book a call back for practical, hands-on support.
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SmartANPR
SmartANPR is a sophisticated, AI-driven solution for automatic number plate recognition that is packed with features. It comprises two main elements: cutting-edge hardware, which includes infrared-enabled cameras, and the SmartANPR software itself. This powerful combination enables the SmartANPR system to effectively capture vehicle license plate information in various environmental conditions. You can seamlessly integrate SmartANPR with your current security infrastructure, allowing you to manage vehicle access to your property with ease. Designed to simplify the process of capturing license plates, SmartANPR boasts industry-leading functionalities that significantly minimize the need for security personnel at your entry points. By automating your security with SmartANPR, you enhance both efficiency and safety on your premises. Experience the transformative power of SmartANPR today for a smarter security solution.
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SentiVeillance SDK
The SentiVeillance SDK is tailored for creating applications that execute biometric facial recognition, track moving pedestrians, vehicles, or various objects, and automatically recognize license plates through live feeds from digital surveillance cameras. This SDK facilitates passive identification, meaning it can recognize individuals without requiring them to take any deliberate action to be identified. Its potential applications span various fields such as law enforcement, security services, attendance tracking, visitor counting, traffic oversight, and a range of commercial uses. By leveraging SentiVeillance technology, users can achieve real-time face recognition, as well as the classification and tracking of pedestrians and vehicles. Optimized for multi-core processors, the technology ensures rapid processing capabilities. Additionally, SentiVeillance can also handle data from recorded video files, enabling processing either in real-time as if sourced from a virtual camera or at maximum speed, contingent on the available hardware resources. This flexibility allows for versatile deployment in diverse environments.
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