The term ‘embedded technology’ is quite a complex one. Simply put, it means a combination of hardware and software that together forms a component of a larger system. This, in turn, is pre-programmed to perform a dedicated or narrow range of functions as part of a larger system, usually with minimal end-user or operator intervention. The term ‘embedded’ implies that these chips are an integral part of the system. Broadly speaking, these programmable devices or systems are generally used to perform control or monitor things such as processes, machinery, environments, equipment and communications. These new-generation embedded chips are scaleable, generate low amounts of heat and consume less power.

Embedded systems technology is characterized by high reliability, restricted memory footprint and real-time operation. It is also associated with a narrowly defined group of functions, though it encompasses a wide variety of applications, ranging from simple solutions to high-end complex mechanisms.

In the not-too-distant future, this will be a reality with similar, if not more advanced, technologies a part of our daily lives.

Applications and services will be smart enough to announce to others what content they have and discover what services others have that can be used. They will also have a sense of context-they will know what they are and where they are located. You will be able to walk down to a store and buy dozens of devices (powered by embedded systems) that are able to communicate with each other.

These applications and services will be adaptable and will provide richer audio-visual experiences.