ViewPort

Our state-of-the-art V2X platform powers Software Defined Vehicles and Autonomous Mobility with real-time intelligence. By integrating vehicle data, traffic conditions, and environmental factors, ViewPort optimizes routing, energy efficiency, and fleet utilization. Designed for scalability, it enables safer, smarter, and more connected mobility ecosystems worldwide.

V2X Connectivity

ViewPort’s foundation is its advanced Vehicle-to-Everything (V2X) connectivity. This feature allows vehicles to communicate seamlessly with infrastructure, other vehicles, pedestrians, and cloud services in real time. By enabling cooperative awareness, ViewPort empowers vehicles to anticipate conditions beyond line of sight — from traffic signals and roadworks to approaching emergency services. This reduces collisions, improves traffic flow, and enhances safety for all road users. The platform supports multiple communication standards, ensuring compatibility across global networks and future-proofing deployments. V2X connectivity transforms fleets from isolated units into intelligent, collaborative systems that share data continuously, helping operators maximize efficiency while improving safety and sustainability.

Predictive Routing

ViewPort takes routing beyond traditional GPS navigation by integrating live data from traffic, terrain, weather, and fleet conditions. Its predictive routing feature dynamically adjusts routes to reduce delays, minimize congestion exposure, and optimize fuel or energy usage. For logistics operators, this means goods arrive faster and more reliably, even when unexpected roadblocks occur. Unlike conventional routing tools, ViewPort employs AI models to anticipate traffic patterns and congestion before they happen, giving vehicles a proactive advantage. Predictive routing not only lowers journey times and operating costs but also reduces environmental impact, cutting idle time and CO₂ emissions across entire fleets.

Energy Management

Energy management within ViewPort ensures vehicles, whether electric, hybrid, or traditional, operate at peak efficiency. The system monitors real-time power consumption, battery state-of-charge, fuel use, payload, and terrain data to optimize performance and extend range. For electric fleets, it recommends the best charging opportunities, factoring in grid availability, renewable energy sources, and fleet schedules. For combustion-based vehicles, it identifies routes and driving styles that conserve fuel. By balancing vehicle performance with operational demands, ViewPort lowers cost-per-mile and reduces emissions. This holistic energy optimization allows fleet operators to deploy greener, more cost-effective services while maintaining productivity and reliability.

Fleet Optimization

ViewPort is more than navigation it is a full fleet intelligence tool. By analyzing vehicle health, maintenance schedules, utilization rates, and performance metrics, it provides actionable insights to maximize uptime. The system highlights underperforming vehicles, predicts maintenance needs, and identifies opportunities to rebalance fleet workloads. This proactive approach minimizes unplanned downtime and extends asset life, while also reducing operational costs. Fleet managers can monitor performance KPIs in real time across multiple sites or regions, gaining unparalleled visibility into operations. Fleet optimization ensures resources are used effectively, vehicles remain road-ready, and business operations scale smoothly without compromising reliability.

Scalable Platform

ViewPort has been designed for the future of Software Defined Vehicles (SDVs). As new regulations, standards, and technologies emerge, the platform can integrate seamlessly without requiring hardware overhauls. Its modular architecture supports incremental upgrades, meaning operators can add new features, update AI models, or adopt evolving V2X standards with ease. This future-proof scalability makes ViewPort ideal for both small pilot projects and large-scale fleet rollouts. Its adaptability ensures investment longevity, while its open interfaces allow integration with third-party systems, including logistics software, energy management tools, and digital twins. Scalability ensures that fleets stay ahead in an evolving mobility landscape.

Edge AI Intelligence

At the heart of ViewPort is its edge AI intelligence, powered by advanced compute platforms like NVIDIA Drive AGX Orin. By processing data locally instead of relying solely on cloud connections, ViewPort delivers ultra-low latency decision-making — essential for autonomous mobility. It rapidly interprets sensor data, forecasts risks, and issues commands in milliseconds, ensuring vehicles respond instantly to changing environments. Edge AI also reduces bandwidth costs and ensures operations continue safely, even when network connectivity is weak. With continuous learning capabilities, the system improves over time, becoming smarter with every mile driven. Edge intelligence makes autonomy reliable, responsive, and scalable.

Take it for a spin: viewporthalo.com

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