The recent advances in technology enabled transition to the Internet of Things (IoT), in which physical objects around us become
an integral part of the global information system. A major technical challenge however is to make these numerous objects
interact seamlessly with each other. The latest works related to concepts, such as Web of Things or Social Web of Things, partly
address the issue. In our paper we further investigate the topic and point out several problems that need to be efficiently solved
for the Internet of Things to work on large scale numbers. One of the main tasks is to make devices easily discoverable. Thus, an
efficient way to handle and store their metadata is required. Another problem is connected with providing different models of
inter-device communication, asynchronous being the most important, as many of today’s widely used web standards were not
designed for it. Finally
The recent advances in technology enabled transition to the Internet of Things (IoT), in which physical objects around us becomean integral part of the global information system. A major technical challenge however is to make these numerous objectsinteract seamlessly with each other. The latest works related to concepts, such as Web of Things or Social Web of Things, partlyaddress the issue. In our paper we further investigate the topic and point out several problems that need to be efficiently solvedfor the Internet of Things to work on large scale numbers. One of the main tasks is to make devices easily discoverable. Thus, anefficient way to handle and store their metadata is required. Another problem is connected with providing different models ofinter-device communication, asynchronous being the most important, as many of today’s widely used web standards were notdesigned for it. Finally
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