IndexIntroductionUbiquitous computingIntelligent DevicesInternet of ThingsCyber-Physical SystemsContext-Aware DevicesIntroductionEmbedded systems have come a long way since their inception. Today, some toilets and toasters can tweet what they're doing. From smart clothing to smart banking, integrated systems have accentuated the growth of technology in multiple ways. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an Original EssayWith the growth and advancements in electronics, wireless communications, networking, cognitive and affective computing, and robotics, the devices around you communicate in more ways than you ever imagined. Those times are not far away when every object around us will have a small processor/sensor embedded inside it, invisible to us but still in communication with everyone else. highly intertwined capabilities and connections between devices. Before we dive into the huge number of applications of embedded systems, let's discuss the seven buzzwords that will define the future of embedded systems.Ubiquitous ComputingUbiquitous Computing is a branch of computer science that focuses on interconnected and communicating devices carefully integrated into objects with which we interact in our daily lives. These items can be anything from your clothes to your toasters and coffee mugs. Smartphones and tablets are currently the obvious targets for applications aimed at ubiquitous computing, but in the future don't be surprised if your game console tells your smartphone calendar how "busy" you are today. The term Ubiquitous Computing (Ubicomp), also known as Pervasive Computing, was coined around 1988 by Mark Weiser when he was head of the Xerox Palo Alto Research Center (PARC). Sentient computing is another form of ubiquitous computing that involves using various types of sensors to sense the environment and react accordingly. All over the world, research institutes and universities are working on the possibilities of Ubicomp, offering us more and more applications of everyday devices that communicate with each other. With the advancement in cloud computing, the applications of ubiquitous computing have received a real boost. Apple's iCloud is a very simple implementation of ubiquitous computing that seamlessly integrates all your Apple devices and keeps data unified across all these devices. Intelligent Devices Intelligent devices are devices that have the ability to think, or simply are "things that think". These devices use a combination of technology, algorithms and embedded hardware to replicate what was once thought to be an activity unique to living things with brains. Today there are machines that can think for you. The MIT Media Lab is working on this idea of ​​“Things that Think” and aims to create environments that enable this way of thinking. Whether it's a simple device like iLumi (a smart light bulb that can be managed via an Android app to create different ambient lights) or a complex device like PETMAN (an anthropomorphic robot that can detect any chemical leaks in its costume – useful to test chemical protective clothing), smart devices will soon be everywhere. This very high level of machine intelligence poses security and privacy concerns. Internet of Things The Internet of Things is a technological revolution that began only a few years ago. It is gradually creeping into our lives and will soon become a reality. Introduced by Kevin Ashton of Procter & Gamble in 1989, Internet of Things or IoT is a concept that involves connecting the Internet.