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Fleet View

Complete Management Over Software-Defined Vehicle Fleets

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Analytical

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Fleet View

Connected Data Solutions & Integration

Excelforce Fleetview’s Strategic Management of Software Defined Vehicle SDV Fleets

Excelfore FleetView stands as a pioneering solution in Software-Defined Vehicle (SDV) Management. It offers an integrated interface specifically designed to provide comprehensive oversight over vast SDV fleets.

By seamlessly bridging edge systems with cloud technologies, FleetView facilitates precise fleet monitoring, enhanced transparency into vehicular issues, and advanced operations for OTA and eDatX tasks.

Benefits

Maximize Your Product's Potential

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Streamlined Maintenance

FleetView helps automate and streamline maintenance and repair processes. It provides timely notifications and alerts for scheduled maintenance.

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Enhanced Safety & Compliance

FleetView promotes safety and compliance by monitoring driver behaviour, such as speeding, harsh braking, and rapid acceleration.

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Improved Fleet Performance

FleetView offers valuable insights and analytics on vehicle performance, fuel efficiency, maintenance needs, and driver behavior.

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Enhanced Fleet Visibility

FleetView provides real-time visibility into the entire fleet of vehicles, allowing fleet managers to monitor their location, status, and performance.

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Key Features

Sharpen Your Competitive Edge

Low Latency
Low Latency

This feature is crucial for real-time applications where even slight delays can disrupt performance.

Quality of Service (QoS)
Quality of Service (QoS)

TSN/AVB incorporates strict QoS mechanisms to prioritise critical traffic.

Synchronization
Synchronization

TSN/AVB provides precise synchronisation capabilities to maintain time alignment.

Bandwidth Reservation
Bandwidth Reservation

This ensures that critical traffic is not affected by congestion or competing network traffic.

Fault-tolerant
Fault Tolerance

TSN/AVB incorporates fault tolerance and redundancy features to enhance network reliability.

Scalability
Scalability

TSN/AVB offers scalability to accommodate networks of varying sizes and complexities.

Fault-tolerant
Fault-tolerant

The eSyncTM System is highly tolerant of faults or glitches during the update process.

Redundancy
Redundancy

A mechanisms for seamless failover, link redundancy, and network healing.

Lower-TCO
Interoperability

TSN/AVB is designed to be interoperable allowing easy integration.

Experience the Power of Our Products: Request a Live Demo

Use Cases

How Fleet View Transforms Fleet Management

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Professional Audio and Video Productions

TSN/AVB is widely used in the professional audio and video production industry.

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enables real-time and synchronised transmission

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enables real-time and synchronised transmission

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enables real-time and synchronised transmission

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enables real-time and synchronised transmission

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Industrial Automation and Control Systems

TSN/AVB is increasingly adopted in industrial automation and control systems.

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enables real-time and synchronised transmission

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enables real-time and synchronised transmission

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enables real-time and synchronised transmission

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enables real-time and synchronised transmission

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Automotive Networking

TSN/AVB is utilised in automotive networking to support advanced driver assistance systems (ADAS) and autonomous driving.

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enables real-time and synchronised transmission

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enables real-time and synchronised transmission

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Our Guarantee

Delivering Seamless Connectivity and Reliable Updates

Faster Time to Market
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At Excelfore, we provide standards-based solutions with powerful tools to drive faster in-vehicle and cloud integrations.

Through Leaders in Automotive Connectivity
Lower-TCO

From the first AVNU-certified AVB protocol stacks, to the first implementation of a full eSync OTA stack, Excelfore leads the way in connected technologies.

Driving Standards and Interoperability
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Excelfore actively drives standards and interoperability for in-vehicle networking and cloud connectivity.

Building Trust through Partnership
Building-Trust

Seamless integration is crucial to successful adoption of any technology. As your trusted partner, we provide comprehensive support throughout the integration process.

Got Questions?

We will be happy to present you our solutions.

Software Defined Vehicle Management refers to the oversight and control of vehicles where primary functionalities, features, and design are primarily driven by software or software-controlled hardware. This approach centralizes the role of software in determining the vehicle’s performance, capabilities, and user experience.

Traditional vehicle management primarily focuses on vehicles’ mechanical aspects and physical components.In contrast, SDV Management emphasizes the software that controls, monitors, and alters vehicle functionalities, providing a more adaptable and scalable framework for vehicle innovation and integration with emerging technologies.

SDV Management offers several advantages:Flexibility: Rapid updates and alterations to vehicle functionalities without significant hardware changes.Customization: Customized user experiences based on software adjustments.Integration: Seamless integration with connected technologies, IoT devices, and other digital platforms and network systems.Future-readiness: Preparing vehicles for emerging trends like autonomous driving and enhanced connectivity

With SDV at the forefront, vehicle design and manufacturing become more modular. Components are designed to be software-compatible, ensuring easier updates and interoperability. Manufacturing processes also prioritize the integration of software and hardware, emphasizing a vehicle’s digital capabilities alongside its physical attributes.

The future scope of SDV Management is vast, with potentials ranging from fully autonomous vehicles controlled entirely by software to vehicles that can communicate with smart city infrastructure.As the automotive world moves towards electrification, connectivity, and autonomy, SDV Management will be central in ensuring vehicles are technologically advanced and adaptable to rapid technological evolutions.