
A scalable remote management solution to support the sustainable development of future cities and industrial growth
1. Background of the need for fleet management/operation management
autonomous driving not only has the potential to reduce traffic accidents and improve road safety, but also to bring about economic benefits such as more efficient transportation and logistics, and reduced congestion.
Furthermore, in urban areas, it will provide equal mobility opportunities for all people, including the elderly and people with disabilities, and contribute to local revitalization and economic circulation.
A fleet management/operation management system is a system that manages the safe operation of such autonomous driving vehicles and can respond quickly in the event of an emergency.


2. What is everfleet Autonomous?
To achieve Level 4 autonomous driving, delay-free data communication and high reliability are necessary. everfleet Autonomous achieves both real-time data communication and high reliability, enabling safe and secure operation management.
3. Three Features of everfleet Autonomous

①Support and collaboration for a wide variety of mobility
It is expected that various forms of mobility will be automated in cities and factories in the future. everfleet Autonomous connects multiple forms of mobility, improving convenience while also achieving efficient operation management.

② Infrastructure collaboration according to the situation
autonomous driving is required in a variety of situations, including on public roads, on private property, in factories, etc. everfleet Autonomous' flexible platform allows for system integration and function expansion according to usage conditions.

3) UI customization according to needs Is
In order not to miss any unexpected situations and to grasp the situation instantly, an easy-to-understand user interface (UI) is necessary. everfleet Autonomous allows you to quickly check the information you need by flexibly customizing the UI.
4. Use cases for everfleet Autonomous
4.1 Operation management of autonomous driving buses as public transportation
In rural areas where the population continues to decline, some municipalities are finding it difficult to continue public transportation due to its profitability. In such a situation, autonomous driving buses have attracted attention as a future infrastructure, and are in regular operation in several cities. The number of municipalities considering new introductions is increasing year by year.

Track record of autonomous driving support in Japan
①Characteristics of everfleet Autonomous in managing public transport operations
① Operation status monitoring
The operation status of mobility vehicles running in the cityReal-time monitoring and management
② Collaboration with various mobility services
Including autonomous drivingWide range of support for next-generation mobility
3) Infrastructure cooperation
Supporting safe and secure operationLinkage with infrastructure (traffic lights/smart poles)
④Utilizing operational data
Identifying the cause of a problem when it occursVerification of the effectiveness of introducing next-generation mobility
②Example of everfleet Autonomous's operation management screen
①Vehicle information
Displays speed, driving mode (autonomous driving /manual driving), etc.② Warning and indicator lights
Displays vehicle abnormalities and malfunctions, and the operating status of vehicle equipment③Operation status
Display destination, arrival time, delay information, etc.
④Location information
Display the vehicle's current location on the route on a map⑤Inside and outside the car cameras
Real-time display of in-car/outside camera footage⑥Live/Playback switching
Switch from live video recording to past video display of a specified date and time3) Case study of autonomous driving bus operation management in public transportation
4. Examples of collaboration between Everfleet and other systems in public transportation
⑤ Implementation process
⑥Utilization
- Increasing the benefits of implementation through system integration
- Visualizing information through data utilization
- Support to identify areas for improvement
⑤ Operation
- Regular maintenance
- Providing support in emergencies
- Achieving safe and stable operation
④ Implementation
- Create operation guidelines
- Conducting risk assessments
- We support the development of the implementation environment.

1. Consultation
- Understanding customers and communities through dialogue
- Extracting issues and problems
- Identify the problem to be solved
② Proposal
- Proposing transportation systems and service models tailored to our customers
- We will optimize the proposal through meetings.
③Verification
- Verify feasibility in your environment
- Identify potential problems that may occur during operation in advance
- We help you with smooth implementation
⑥Related articles
4.2 Operational Management/Remote Control of Mobility in Closed Areas
In logistics and production sites, solutions to issues such as the 2024 problem, labor shortages, and cost reduction are required, and expectations for autonomous driving technology are growing year by year.
Macnica has been conducting research and development into autonomous driving for many years. We have accumulated knowledge and know-how related to autonomous driving from autonomous driving and traffic management to remote operation. We provide one-stop autonomous driving solutions.
1. Total solutions for automation, operation management and remote control of commercial vehicles
The introduction of autonomous driving involves the following three elements, and Macnica can provide them all at once.

Integration and vehicle provision

By everfleet Autonomous
Operation Management

By everfleet Autonomous
Remote Control
✅ autonomous driving vehicle production
It is possible to purchase new autonomous driving vehicles, but this is often expensive. Macnica can propose autonomous driving vehicles that utilize your existing assets.
✅ Operation management
An excellent traffic control system is necessary to operate autonomous driving vehicles safely and efficiently. Macnica provides "everfleet Autonomous,"a remote traffic control system with low latency and no data loss.
✅Remote control
When operating autonomous driving, there will inevitably be times when the vehicle has to stop due to an unexpected incident. At such times, remote control is essential to quickly and efficiently resolve the situation, and everfleet Autonomous has this function.
everfleet Autonomous is a next-generation system that has all the functionality required for managing and controlling autonomous driving vehicles and can be customized to meet your needs.

② Features of everfleet Autonomous in traffic management
1) Real-time monitoring and management and group management/control
We provide a framework that allows you to quickly build an integrated remote monitoring, management and control system. We map the location information and video of aircraft groups in real time. We build a web-based integrated monitoring environment.
The system works in both indoor and outdoor scenarios, and allows remote control of individual aircraft or entire fleets, enabling efficient operation and management.
2) Creating a digital twin environment
A digital map of the area is created based on map data and operational data stored in the cloud, and driving data is overlaid on it to create a simulation in a digital twin environment.
By checking operations in advance in a virtual space, it is possible to consider ways to improve operational efficiency and simulate responses in advance in the unlikely event that a problem occurs.
3) SDK for embedding functions and API integration
Functions can be expanded according to the customer's use case. Real-time detection and alert functions using AI. In addition, various sensors and videos can be added, and data obtained from them can be integrated to perform fusion streaming.
In addition, the robot control is compatible with Open-RMF, making it possible to integrate and manage robots controlled by different RCSs.

3) Features of everfleet Autonomous in remote control
Remote control with low-latency two-way data transfer
If a problem occurs with autonomous operation, it can be dealt with from a remote location.
Its high real-time performance and excellent data analysis capabilities enable the remote control of a wide range of vehicles, from construction equipment to logistics equipment.
In addition, customers can freely configure their dashboards without programming, and the interface that suits them supports accurate operation.
④ Use cases

Multi-robot group management in warehouse

Digital twin of the construction site

Functional integration with Logistics Systems
⑤ Implementation process
There are many different ways to use fleet management. Macnica will identify problems and work with organizations and companies to find optimal solutions.
⑥Utilization
- Increasing the benefits of implementation through system integration
- Visualizing information through data utilization
- Support to identify areas for improvement
⑤ Operation
- Regular maintenance
- Providing support in emergencies
- Achieving safe and stable operation
④ Implementation
- Create operation guidelines
- Conducting risk assessments
- We support the development of the implementation environment.

1. Consultation
- Understanding customers and communities through dialogue
- Extracting issues and problems
- Identify the problem to be solved
② Proposal
- Proposing transportation systems and service models tailored to our customers
- We will optimize the proposal through meetings.
③Verification
- Verify feasibility in your environment
- Identify potential problems that may occur during operation in advance
- We help you with smooth implementation