IOTech announces a major new release of Edge XRT, its software platform for time-critical OT systems
Edge XRT 2.0 provides extended OT connectivity, auto-discovery for easy device onboarding, a new MQTT API to simplify integration and management, combined with improved performance and scalability
Edinburgh, United Kingdom - June 23rd, 2022 - IOTech, the edge software company, has announced the general availability of Edge XRT v2.0. This is a major release of its open software platform designed for time-critical and embedded OT applications at the industrial IoT edge.
Edge XRT 2.0 greatly simplifies the development of OT applications and enables faster time-to-market for new edge systems. It is hardware agnostic, independent of the silicon provider (Intel or ARM) and operating system. Users have complete deployment flexibility. They can deploy it as a native application, containerized and/or into a virtualized environment.
With its small memory footprint and efficient use of computing resources, Edge XRT 2.0 is also suitable for microcontroller-based applications where CPU and memory resources are limited. This makes it ideal for use cases such as connected commercial or consumer electronic devices (e.g., refrigeration unit), medical device applications or automotive engine management systems.
The product’s open APIs make third-party application integration very easy. Major industrial OEMs and ISVs are leveraging the product’s multi-vendor OT connectivity, cloud interoperability and high-performance, real-time edge processing capabilities to create a new generation of protocol-agnostic edge solutions.
“As a configurable, embeddable, high-performance OT platform, Edge XRT 2.0 is unique,” said Andrew Foster, Product Director at IOTech. “It provides a rich set of OT and IoT capabilities that our customers can easily use to create their own edge solutions. In most cases, this is through simple configuration without the need for lots of custom code.”
The new release adds a number of important features including:
- OT connectivity: In addition the existing pluggable OT connectivity for Modbus, EtherNet/IP and EtherCAT, BACnet and OPC UA protocols, the platform now supports PROFINET, S7, GPS and BLE.
- For protocols that support device discovery such as OPC UA, BACnet and EtherNet/IP, devices can be discovered and then onboarded easily without any manual configuration.
- A new MQTT API allows Edge XRT clients to easily manage the lifecycle of connected device/sensors, support read/write OT data access, control device discovery and resource scheduling.
- When deployed on an Azure Sphere device, an Edge XRT application can now be dynamically configured and reconfigured via a Device Twin running on Azure IoT Hub.
- IOTech has made scalability and performance improvements to address customer demand for concurrent access to an increasing number of OT devices and their data.
Edge XRT is designed for high-performance edge computing use cases, such as industrial control and real-time signal processing applications across a variety of vertical markets. These include factory automation, renewable energy, building management, retail and hospitality. It also enables integration between the real-time edge applications and higher-level enterprise IT, SCADA and cloud applications.
For more information, visit Edge XRT.
IOTech builds and deploys vendor-neutral software platforms and tools to support the rapid development, deployment, and management of applications at the IoT Edge helping drive IoT innovation, global market adoption, velocity and scale. The company’s products address the full spectrum of secure hard and soft real-time edge computing needs, dramatically reducing time to market, development and system integration costs for its partners who are the supply chains to multiple vertical IoT market domains. IOTech leverages an open ecosystem to collaboratively improve time to market, develop global channel partnerships and achieve pervasive adoption of its software products.
Ken Zeszutko, Z Corp PR & Digital, 321-213-1818 / firstname.lastname@example.org