MOVIRO provides dynamic fleet optimization algorithms for public transport and logistics operators. The platform automates routing and dispatching, integrating mobility-on-demand with fixed-route transit for efficient system orchestration. This results in reduced operational costs, minimized manual dispatcher workload, and improved adherence to schedules.
Funding
Funding not disclosed
Founders
Product
Problem
Existing public transportation systems often struggle to meet the individualized mobility needs of passengers, leading to inefficiencies and inconvenience. Traditional fixed-route services may not provide sufficient coverage or flexibility, particularly in suburban or rural areas. This can result in longer travel times, increased reliance on private vehicles, and reduced accessibility for certain populations.
Solution
MOVIRO offers a software platform that optimizes public transit by integrating multimodal journey planning with on-demand fleet management. The platform leverages mathematical optimization and artificial intelligence to seamlessly combine fixed-route services (buses, subways, trains) with on-demand ride-pooling and direct ride options. By orchestrating pooled rides and integrating them with scheduled services, MOVIRO enables seamless intermodal travel chains. This approach allows for individualized public mobility, catering to the specific needs of each passenger while improving the overall efficiency and accessibility of the transportation network.
Target Audience
MOVIRO's primary customers are municipalities, public transportation agencies, and transit operators seeking to enhance the efficiency and accessibility of their public transit systems.
Features
- Multimodal journey planning that considers fixed-route services, ride-pooling, and direct rides.
- Ride-pooling algorithm that integrates transit transfers for seamless travel chains.
- Optimization of on-demand fleet using mathematical optimization and artificial intelligence.
- Simulation tool to assess the impact of on-demand services on mobility and optimize network design.