Optimizing electric fleet operations through AI, simulation & real-time data
An electric mobility platform needed to help fleet operators understand and optimize complex EV usage scenarios. We developed a full-stack web platform combining simulation, real-time data streaming, interactive visualization, and enterprise access controls to support data-driven fleet decisions.
About the client
An electric mobility technology company developing an AI-powered platform for fleet operators to evaluate EV usage, performance, and efficiency across different operating scenarios.
The platform needed to bring together complex, multi-day EV telemetry data and simulation outputs in an accessible web experience. Users needed to explore scenarios visually, work with large datasets, and access functionality according to their roles within an enterprise team.
The product also required a streamlined onboarding experience and production-grade infrastructure to support continued adoption and scale.
The business challenge
Optimizing electric fleets requires working with large volumes of telemetry data and understanding how different operating conditions affect vehicles over time.
The client needed a platform that could make complex simulations accessible through the browser while maintaining responsive performance, secure access, and a straightforward user experience for enterprise teams.
Key Challenges
- Rendering complex, multi-day EV simulations directly within the browser.
- Making simulation outputs understandable through interactive visualizations.
- Streaming and processing long-duration EV telemetry data efficiently.
- Maintaining low-latency access to large volumes of data.
- Supporting different levels of access across enterprise user groups.
- Providing fine-grained permissions through role-based access control.
- Helping new users understand the platform through guided onboarding.
- Establishing reliable CI/CD and cloud infrastructure for production deployment.
How we solved it
We engineered the platform end to end, covering the frontend, backend, database architecture, cloud deployment, and CI/CD infrastructure.
The application was designed to make complex EV simulations easier to explore through interactive dashboards and visualizations. Multi-day scenarios could be rendered within the web experience, allowing users to examine fleet behavior across different timelines and geographies.
We also implemented role-based access controls to support enterprise teams with different permissions and responsibilities. An in-app product tour helped users understand the platform and navigate its capabilities more quickly.
Solution Highlights
- Delivered the frontend, backend, database schema, and cloud infrastructure.
- Built browser-based visualization for complex multi-day EV simulations.
- Developed interactive dashboards for exploring fleet scenarios and data.
- Implemented efficient streaming of long-duration EV telemetry data.
- Added role-based access control for enterprise users.
- Created an in-app product tour for guided onboarding.
- Established CI/CD pipelines for reliable application releases.
- Deployed the platform on production-ready cloud infrastructure.
- Applied branded visual themes to improve the product experience.
Business outcomes
Business Impact
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The resulting platform gave EV fleet operators a more accessible way to analyze complex fleet scenarios and understand vehicle performance across different operating conditions.
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Interactive simulations, structured access controls, and guided onboarding also created a stronger foundation for enterprise adoption, while production-grade infrastructure supported reliable deployment and continued product development.
How might this challenge look in your industry?
The challenges of processing continuous telemetry, simulating complex operating scenarios, and giving distributed teams access to actionable data extend well beyond electric mobility.
- Automotive
- Simulating vehicle performance and operating conditions using connected-vehicle and sensor data.
- Energy & Utilities
- Modeling infrastructure performance and demand across different locations, time periods, and operating conditions.
- Logistics & Supply Chain
- Simulating routes, fleet utilization, delivery timelines, and operational scenarios using real-time tracking data.
- Telecommunications
- Modeling network behavior and infrastructure performance across distributed locations and changing demand.
- Manufacturing
- Simulating production scenarios and equipment behavior using continuous machine and operational data.
- Aerospace & Defense
- Analyzing complex system behavior and telemetry across missions, environments, and operating scenarios.
- Transportation
- Optimizing vehicle, route, and network performance using real-time operational and mobility data.
- Retail
- Modeling demand, inventory, and fulfillment scenarios across geographically distributed operations.
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Facing a similar challenge?
Whether you're working with connected vehicles, real-time telemetry, simulation, or complex operational data, we can help engineer the software, data infrastructure, and user experience needed to turn that information into practical decision-support tools.
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