SWITCH makes managing shared scooters, bikes, and e-bikes easy. Urban CoPilot optimizes your daily operations with real-time insights, while Urbiverse helps you make strategic fleet decisions—like fleet size, vehicle mix, and going electric.
Ready to run a smarter, more profitable fleet?
We get it: running a micromobility fleet is tough. Here are some common hurdles we help you overcome:
Optimize scooter and bike availability in both free-floating and station-based services, simplify daily operations, and boost your fleet’s profits with real-time data and straightforward AI tools built specifically for shared micromobility operators.
SWITCH gives shared micromobility operators powerful tools to run smarter and more profitable fleets in both free-floating and station-based services.
Know exactly where to place your scooters and bikes to match demand throughout the day.
Automatically rebalance your fleet and manage maintenance tasks with smart, real-time recommendations powered by AI.
Test fleet sizes, vehicle types, and expansion ideas virtually before making real-world changes.
Identify the best spots for charging stations or vehicle hubs based on real demand and usage data.
Quickly test the impact of adding or switching vehicle types—like e-scooters, e-bikes, or electric mopeds—to see how it affects your operations, costs, and user satisfaction.
Urban CoPilot and Urbiverse connect easily with your existing tools. We’re already integrated with major fleet management systems, IoT platforms, and proprietary solutions, so you can start quickly—without hassle.
No complicated setups. Just smarter fleet management.
Shared micromobility refers to fleets of small, eco-friendly vehicles—like electric scooters or bikes—available for short-term use. It matters because it offers a convenient, low-emission way to travel in busy cities, reducing traffic congestion and helping build more sustainable urban environments.
SWITCH uses an AI-based platform—Urban Copilot—to forecast demand, recommend vehicle distribution, and streamline daily tasks like battery swapping and maintenance. This data-driven approach helps operators deploy vehicles where they are needed most, reducing downtime and increasing revenue.
Our platform coordinates regular check-ups, battery swaps, and repairs based on each vehicle’s status. Operators get real-time alerts when a scooter or bike needs attention, ensuring minimal downtime. This focus on proactive maintenance keeps the fleet safe and reliable for users.
Demand forecasting helps you know how many vehicles are needed in each area. Without it, you risk either having too many vehicles idling or not enough to serve peak demand. Our predictive analytics ensure you position the right number of scooters or bikes in the right places at the right times.
SWITCH customizes fleet operations to comply with local regulations. Through demand forecasting and route planning, operators avoid restricted zones and plan safe parking locations—keeping city officials satisfied and improving your public image.
Before expanding, we run simulations to estimate demand in new locations. We then provide a tailored deployment plan, including recommended fleet size, parking areas, and maintenance schedules. As you grow, our AI-powered insights adapt to changing ridership patterns so your service scales efficiently.
We offer flexible API-based integration, so you can connect your current fleet management or billing systems to Urban Copilot with no disruption. Our implementation team guides you through each step, helping you go live in 2 weeks.
Schedule a call! We’ll set up an initial consultation to understand your specific goals—whether that’s optimizing an existing fleet or planning a brand-new service. From there, we outline a deployment plan and guide you through the next steps.
SWITCH built an Agentic AI platform for urban fleets, combining simulation, forecasting, and real-time decision-making to automate planning, routing, and ops in mobility and logistics.
accelerated by
This project is supported by EIT Urban Mobility, an initiative of the European Institution of Innovation and Technology (EIT), a body of the European Union.
