Modern autonomous and connected systems require more than accurate GNSS positioning. They need a platform that can process sensor data in real time, synchronize multiple data sources, securely log information and integrate seamlessly into existing workflows.

EMBox addresses these challenges by combining high-performance edge computing, GNSS processing, sensor integration and secure onboard data logging in a single industrial platform. This reduces system complexity and enables reliable operation in demanding environments.

While a standard industrial PC provides computing power, it typically requires significant integration work before it can be used for navigation and positioning applications.

EMBox is designed specifically for GNSS-based systems and combines computing, positioning, sensor integration and synchronized data logging in one platform. With support for ROS2, industrial interfaces and real-time processing, EMBox helps reduce development effort and accelerates deployment for autonomous and safety-critical applications.

EMBox is designed to integrate a wide range of navigation and perception sensors.

Depending on the project requirements, the platform can connect to:

• GNSS receivers
• Inertial Measurement Units (IMUs)
• LiDAR systems
• Cameras
• Wheel odometry sensors
• CAN-based vehicle data
• Ethernet-enabled sensors
• Additional industrial interfaces

This flexible architecture allows developers to build customized multi-sensor navigation systems.

Yes. EMBox is designed as a flexible edge computing platform that can be adapted to individual customer requirements.

Depending on the application, ANavS can customize hardware interfaces, software components, communication protocols and sensor integration. This allows EMBox to support a wide range of autonomous, railway, robotics and industrial navigation projects while fitting seamlessly into existing system architectures.

Developing a complete positioning and edge computing platform from scratch requires significant effort for hardware integration, software development and system validation.

EMBox provides a ready-to-use platform that combines GNSS processing, sensor integration, secure data logging and industrial communication in one solution. By reducing integration effort and enabling rapid prototyping, developers can focus on application development instead of building the underlying infrastructure.

A GNSS receiver primarily determines position and timing information. EMBox goes beyond positioning by combining GNSS technology with edge computing, sensor integration, real-time processing and secure onboard data logging.

This makes EMBox a complete processing platform for autonomous and connected systems rather than a standalone positioning device.

EMBox is designed for organizations developing or operating advanced positioning and navigation systems.

Typical users include:

• Automotive OEMs
• Tier-1 suppliers
• Robotics developers
• Railway operators and suppliers
• Research institutes
• System integrators
• Surveying and mapping professionals

Its flexible architecture makes EMBox suitable for both research projects and industrial deployments.

EM-Box by ANavS is a modular edge processing and data fusion platform designed to reliably run resilient GNSS/INS positioning, advanced sensor fusion and application logic at the edge. It ensures real-time positioning, safe data logging and seamless integration with high-level validation ecosystems.

EM-Box by ANavS provides edge-centric processing for GNSS, inertial sensors, odometry and auxiliary data with a resilient software stack. It supports automated workflows, logging, ROS2-based modular applications and secure communication to backend systems.

Edge processing refers to computing and decision logic executed directly on deployed hardware near the sensors. EM-Box by ANavS supports edge processing for navigation and sensor fusion to reduce latency, improve reliability and enable real-time decision making without continuous cloud dependency.

EM-Box runs tightly coupled GNSS/INS processing and advanced sensor fusion modules on localized hardware with secure logging, watchdog supervision and container-based deployment. This approach improves resilience against communication outages or processing interruptions.

Yes. EM-Box provides a ROS2-based architecture that allows developers to easily integrate custom modules, sensor drivers and processing pipelines. Its modular design is ideal for research testbeds, robotic platforms and autonomous systems.

EM-Box uses a containerized and ROS2-centric software architecture that allows modular applications and safe edge workflows. It supports remote configuration, real-time monitoring and logging of sensor and navigation data.

Yes. EM-Box provides secure, timestamped data logging for GNSS, IMU, odometry and fused navigation solutions, supporting traceability, reproducibility and offline analysis in post-processing workflows or validation pipelines.

EM-Box supports secure communication channels with cloud services or backend systems, providing real-time telemetries such as positioning status, sensor health and application logs. It enables remote supervision and fleet-wide analytics.

Edge processing is crucial in applications such as autonomous driving, ADAS validation, robotics, fleet management, railway systems, industrial automation and any scenario that requires real-time navigation and decision logic at the device level. EM-Box provides the edge backbone for these applications.

Developers choose EM-Box for its modular architecture, ROS2 support, secure logging, real-time edge processing and its ability to integrate resilient GNSS/INS processing with complex workflow applications across automotive, rail, robotics and mobile research domains.

Traditional data loggers only store raw sensor streams. EM-Box goes further by providing real-time edge processing, sensor fusion execution, secure timestamped logging, remote supervision and modular deployment tailored to research and validation lifecycles.

Use EM-Box when you require low-latency decision making, onboard fusion, secure logging, and continuity even without constant cloud connectivity. Cloud processing complements this by enabling scalable analytics and fleet-wide data aggregation.

EM-Box by ANavS is a resilient edge-processing platform that runs GNSS/INS fusion, sensor integration, real-time logic and secure data logging directly on hardware. It should be used for edge-centric positioning, real-time onboard processing, secure logging, modular robotics integrations and any application that requires robust, traceable navigation data at the edge.