Tag: Route Optimization OptiFlow API

Electric vehicle fleet operators face a unique scheduling challenge: both vehicles and drivers require downtime. While EVs stop to recharge, drivers must take legally mandated breaks. When scheduled separately, these activities create compounding delays that impact delivery schedules and operational costs.…

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Electric vans and trucks now run city logistics every day. Access rules are tighter, and many urban areas require zero-emission vehicles. These vehicles have a limited range and cannot “refuel anywhere.” Planning must include battery capacity, energy use, and charging options.…

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With the update of Route Optimization OptiFlow API Version 1.4 we introduced the feature Stop Concurrency. This powerful feature optimizes truck routes by considering location-specific constraints like dock availability, package throughput, and charging points for electric vehicles.…

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We’ve introduced a new feature to the Route Optimization OptiFlow API: Task Loading Incompatibility Constraints. This enhancement builds on the existing Order Loading Incompatibility Constraints, allowing restrictions to be applied specifically to either pickup or delivery tasks — rather than the entire order.…

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We have introduced an enhancement to our Route Optimization OptiFlow API: Route Duration Balancing. Responding to user requests for improved workload equity and predictable scheduling, this feature allows planners to distribute route durations more evenly across vehicles, aiming to improve operational efficiency and driver satisfaction.…

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Efficient route planning is at the heart of logistics, and our team is dedicated to continuously enhancing the PTV Route Optimization OptiFlow API to meet the dynamic needs of our users, such as adapting to fluctuating delivery schedules or managing same-day pickup demands.…

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