FRYTE
FRYTE is an operations platform that helps logistics companies plan, reserve, and manage charging stops for electric trucks. The system integrates with existing fleet and energy management systems through standardized interfaces, automatically calculating optimal charging stops based on route, availability, and operational constraints. Drivers receive route and charging details directly, keeping everyone aligned throughout the journey.
- Artificial Intelligence
- Energy
- Logistics & Supply Chain
- Mobility & Transportation
- Software Only
Funding
Founders
Product
Problem
Logistics companies transitioning to electric trucks face complex operational challenges, including determining where and when vehicles can charge without disrupting delivery schedules. Without integrated planning tools, fleets risk inefficient routes, unplanned downtime, and unreliable charging availability at depots and public stations.
Solution
FRYTE provides a platform that automatically calculates optimal charging stops for e-truck routes and vehicles, factoring in charging availability, time windows, and operational constraints. The system generates complete route plans in seconds, enables direct reservation of optimized charging locations within those plans, and shares all route and charging details with drivers in real time. Built on standardized interfaces, FRYTE integrates with existing fleet management and energy systems without vendor lock-in, ensuring continuity even if technology partners change. The platform also supports digital reservation workflows for depot-based charging ecosystems, giving logistics operators and subcontractors confidence in reliable energy access.
Target Audience
Primary users are logistics companies, fleet operators, and energy solution teams managing electric truck fleets, as well as depot owners seeking to optimize energy usage and provide reliable charging access to partner fleets.
Features
- Automated route planning that calculates optimal charging stops based on vehicle range, charging availability, time windows, and operational constraints
- Direct reservation of charging locations within the route plan, securing the right charging spot at the right time
- Driver-facing route and charging details that stay accessible and up to date throughout operations
- Standardized interfaces and technical partnerships enabling seamless integration with existing systems and preventing vendor lock-in
- Clear contractual frameworks defining data security, system compatibility, and shared responsibilities for reliable platform operations
- Support for depot-level digital reservation processes, giving energy ecosystem operators key data for optimizing energy usage and costs