Examining User Acceptance and Adoption of the Internet of Things in Indonesia

Abstract

As we've seen in the history of IoT devices, connecting traditionally unconnected objects like the refrigerator at Carnegie Mellon has been possible since the early 1980s, but the costs are significant. This requires the processing power of the DEC PDP11 mainframe computer. Moore's Law demonstrates an increase in the number and density of transistors in silicon chipsets, while Dennard scaling improves the computer's power profile. Given these two trends, we are now producing devices that use more powerful CPUs and increased memory capacity and run operating systems capable of running the full network stack. Only with these requirements met, IoT has become an industry into itself.