The technological landscape is abuzz with a new revolution, which could profoundly impact the way big data generated by connected objects and devices is transferred and processed – it’s named mobile edge computing ( multi-access edge computing). Discover its definition, its applications, and its advantages.
Reliability, responsiveness, speed, and security are the backbone of today’s data processing infrastructure. Multi-Access edge computing, formerly known as mobile edge computing, is a new technology that aims at improving the efficiency of data processing. It works on the principle that processing capacity at the edge of the network could significantly improve the reliability, security, and responsiveness of data transfer and processing.
MEC is currently the most promising technology that allows network operators and service providers to fully utilize the potential of efficient network architecture and the Internet of Things. MEC was previously known as mobile edge computing; however, the European Telecommunications Standards Institute (ETSI) changed the name to Multi-Access Edge Computing to diversify the approach in terms of applications. In this sense, mobile edge computing denotes a network architecture that offers cloud computing capabilities to service providers and network operators at the edge of the network.
The rapid rise of the Internet of Things and a swift transition from 4g to 5g network are the most influential factors in the speedy adaptation of mobile edge computing. Thanks to an explosion of data-intensive technologies such as connected objects, solid and robust network infrastructure are needed to handle and distribute the humongous amount of data produced. The MEC offers a viable option to meet the demands as it brings the agility and flexibility of the cloud closer to the network and within reach of customers.
Another critical factor contributing to the growth of MEC infrastructure is the rapid increase in IT resources and applications. Moreover, MEC’s ability to accommodate higher bandwidth network processes is also contributing to the growth of mobile edge computing.
Several sectors could benefit from mobile edge computing. The most obvious is the network operators and service providers, as it allows them to minimize service delays and improve customer experience.
Emerging technologies such as autonomous vehicles and IoT will rely heavily on real-time data processing and data analytics to operate safely and efficiently. And experts agree that MEC will play a significant role in minimizing the latency in such systems and making them efficient and reliable.
Moreover, several MEC systems can be easily integrated into wireless network infrastructure, including cellular or wireless or a combination of both, while providing an enhanced level of security. Therefore, from the security point of view too, multiple-access edge computing offers promising solutions.