Connecting Legacy Devices to the Internet of Things (IoT)

whitePaper | February 8, 2023

The Internet of Things (IoT), with its ability to connect devices and enable data exchange through embedded sensors, is garnering much interest across industries. TCS Global Trend 1 Study 2015 , highlights some of the major business model changes that are taking place across industries due to the adoption of the IoT. For the Consumer Packaged Goods (CPG) industry, the IoT offers widespread applicability across the value chain. CPG companies are likely to benefit the most by embedding sensors in products or services that touch end users directly, helping them drive consumer engagement throughout the consumption lifecycle. The IoT will also enable CPG companies to understand consumer needs better, thereby improving product designs or service models, leading to better brand loyalty and top-line growth.

whitePaper | February 5, 2020

The Internet of Things (IoT) is a networked system of interconnected physical objects that have the capability of sharing data with each other and also with a cloud service for archiving and analysis. With IoT, data producing devices can easily publish data, and multiple consumer clients can receive that data from any location in the world.

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 | May 12, 2022

IoT is a network that connects uniquely identifiable “things” or devices to the Internet. These devices have sensing capabilities and can, potentially, be programmed. Through the exploitation of their unique identification and sensing capabilities, information about these devices can be collected and the state of these devices can be changed.

whitePaper | March 28, 2022

This document introduces the main aspects and decisions you need to consider before and during your development phase of a low-power cellular Internet of Things (IoT) product. The sections are structured and ordered chronologically to follow a natural way of designing a cellular IoT device. The first sections cover the initial design decisions you might need to make to get the best possible baseline of your design. This includes overviews about the nRF9160 System in Package (SiP), modem radio, and radio technologies. The importance of network coverage and access is also discussed.

whitePaper | October 3, 2022

This paper is intended to introduce the definition of a Data Fabric solution from a business perspective, the technical capabilities required to instantiate the solution, and a reference architecture representative of the solution.