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WideSense

WideSense’s Smart EV Fleet Operations Management System is an AI-powered cloud software platform for the widescale electrification of fleets. Transit and commercial fleets use WideSense to Increase Operational Performance, Ensure EV Reliability, Maximize EV Utilization / Uptime, and Minimize Electricity Costs / TCO. The platform also enables capital planning for EV transition with a focus on right-sized EV configuration and charger infrastructure to meet operators specific service requirements.

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Software Development 6 Employees Found Rotterdam, Netherlands Founded 2019 10 Similar Companies
6 Employees Found
95% Email Coverage
$463.0K Est Revenue
2 Office HQ
10 Similar Companies
Jun '26 Last Verified

WideSense – Company Information

Software Development
Founded 2019
Berkeley, California, US
Electric Vehicles Fleet Management Transit Zero Emissions Autonomous Vehicles Edge Processing Electric Vehicle Fleets EV Fleets Fleet Electrification Automated Learning Cloud API Services Connected Electric Vehicles EV Range Prediction Learning Model Predictive Control Mobility Behavior Models Model-based AI Real-time Mobility Contextual Intelligence BEB

Frequently asked questions about WideSense

What is WideSense email format?

The widely used WideSense email format is {first_initial}{last} (e.g. jsmith@widesense.net) with 75.00% adoption across the company.

What is WideSense customer service number?

To contact WideSense customer service number in your country click here to find.

Who is the CEO of WideSense?

Santosh Alexander is the CEO of WideSense.

Who are the decision makers in WideSense?

The decision makers in WideSense are Santosh Alexander, etc. Click to Find WideSense decision makers emails.

What is WideSense's Smart EV Fleet Operations Management System?

WideSense's Smart EV Fleet Operations Management System is an AI-powered cloud software platform designed to optimize the management of electric vehicle fleets. It enables transit and commercial fleets to enhance operational performance, reduce costs, and ensure zero emissions through advanced analytics, real-time data processing, and predictive modeling.

How does WideSense improve the operational performance of electric vehicle fleets?

WideSense improves operational performance by leveraging AI and machine learning to analyze mobility behavior, predict EV range, and optimize route planning. The platform provides real-time insights and recommendations that help fleet managers make data-driven decisions, leading to increased efficiency, reduced downtime, and enhanced service delivery.

What industries can benefit from WideSense's solutions?

WideSense's solutions are beneficial for various industries, including public transit, logistics, delivery services, and any organization that operates a fleet of electric vehicles. The platform is designed to support the widescale electrification of fleets, making it ideal for businesses looking to transition to zero-emission transportation.

What features does WideSense offer for fleet electrification?

WideSense offers a range of features for fleet electrification, including EV range prediction, automated learning for continuous improvement, edge processing for real-time data analysis, and cloud API services for seamless integration with existing fleet management systems. These features work together to ensure efficient operation and management of electric vehicle fleets.

Can WideSense's platform integrate with existing fleet management systems?

Yes, WideSense's Smart EV Fleet Operations Management System is designed to integrate with existing fleet management systems through its cloud API services. This allows businesses to enhance their current operations without needing to completely overhaul their existing infrastructure.

How does WideSense ensure zero emissions in fleet operations?

WideSense ensures zero emissions in fleet operations by providing tools and analytics that help fleet managers optimize the use of electric vehicles. By analyzing real-time data and mobility patterns, the platform enables fleets to minimize energy consumption and maximize the use of renewable energy sources, thereby reducing their overall carbon footprint.