M2M: The new face of field service?

whitePaper | November 24, 2019

In 2017 the number of connected devices in commercial buildings surpassed the mark of 1 billion. By 2021 this number will grow to more than 3,6 billion devices. However – even though there are so many connected devices, applications for Smart Buildings remain in silos, each with their own proprietary solutions.

whitePaper | March 30, 2022

The Internet of Things (IoT) could not be timelier for biotech/pharma. With fierce cost pressures, thepush for value-based outcomes, and the need for flexible manufacturing solutions, the IoT is the much-needed shot in the arm to bring about transformational change.

whitePaper | August 1, 2022

Cloud environments change fundamental assumptions in how to perform threat detection and response. The highly dynamic inventory of cloud workloads means systems come and go in seconds. When system configuration errors are introduced during a build, they can be exacerbated and amplified when automation replicates the errors across many workloads. Shared responsibility with the cloud service provider (CSP) creates potential threat detection gaps in the attack lifecycle.

whitePaper | December 3, 2019

Internet of things (IoT) is a network of items embedded with sensors which are connected through the internet [1]. One IoT system consists of computing devices, physical plants and networks defined as a system-of-systems (SoS) [2]. During developing IoT systems, architectural dependencies across the entire SoS are challenged because of the massive compositions among them.

whitePaper | April 13, 2022

This document introduces the Vibration Analysis Condition-Based Maintenance. (CBM) Service that senses the condition of equipment and facilities for preventive.

whitePaper | April 13, 2021

The Internet of Things has evolved in the last 10-15 years from a long-term visionary idea to our current reality, present in more and more domains of our everyday lives. Many IoT architectures and platforms are being proposed today by various academic and industrial consortia, in domains as diverse as smart manufacturing, smart homes, smart cities or smart transport, to name just a few. These different IoT platforms have many things in common, as they all rely on connecting some smart sensor and actuator devices to each other and to the Internet, providing value-added services and applications to us, human users, either directly, or in an indirect manner. However, by closely analyzing their structure and operational focus, we can observe that these IoT architectures and platforms have also special features tailored to the requirements of different use cases.