Five Multi-Access Edge Computing Use Cases in Various Sectors
The potential applications of multi-access edge computing (MEC) and how it might work with other cutting-edge technologies like 5G and artificial intelligence are a big part of the enthusiasm surrounding this technology (AI).
However, enterprises and organizations are currently implementing MEC use cases that may demonstrate the capability of multi-access edge computing for various industries and applications.
Multi-access edge computing is enabling network operators to open up their own systems to an entirely new IT environment, from consumer services and business activities to vital infrastructure and the industrial Internet of Things (IoT).
The Internet of Things and MEC technologies could offer the real-time access, low latency, and high bandwidth that contemporary systems require as we continue to depend on increasingly interconnected and intelligent devices to assist manage our daily personal and professional lives.
This article will examine 5 multi-access edge computing use instances and the advantages they offer to the specific applications they are used in. Let’s first quickly review what exactly multi-access edge computing is, though, before we proceed.
What is the Meaning of Multi-Access Edge Computing?
The next step in bringing data processing and computing to the network edge and much nearer to the consumer is multi-access edge computing, which The European Telecommunications Standards Institute (ETSI) rebranded from mobile edge computing in 2016 after recognizing the technology’s potential applications outside of mobile telecommunications.
In its simplest form, multi-access edge computing is a decentralized system that enables a cloud-based IT service environment at the network’s edge. Analyzing, analyzing, and saving data at the network edge, makes it possible to access radio information in real-time with low latency and high bandwidth.
MEC is appealing because it might enable network operators to implement future services and access new revenue streams, lessen network traffic and maintain capacity, as well as cut the price of cloud delivery and storage and offer real-time insights with reduced latency.
Multi-access edge computing is already being tested in a variety of applications, and it is hoped that soon we will start to see its widespread acceptance and consequent benefits, along with, and maybe even as an enabler of, other cutting-edge technologies like AI systems and 5G.
Five Multi-Access Edge Computing Use Cases
Many companies and organizations operating in a wide range of commercial and manufacturing industries are striving to better their current operations and tap into new opportunities to expand and enhance their network environment and consumer engagement through multi-access edge computing. Our list of five multi-access edge computing use instances and their advantages is as follows.
Companies and organizations in commercial sectors are starting to use multi-access edge computing to both improve and expand their basic services and provide the chance to bring in more income with innovative offerings now that MEC enables a larger variety of customer products than ever before.
Additionally, MEC may offer these same enterprises improved situational awareness, data access, statistical analytics, the capacity to report incidents, and the ability to send out notifications and notices as and when the circumstance dictates. This makes MEC a very alluring option, along with the opportunity for unified communications across the staff.
Virtual and Augmented Reality
Virtual reality (VR) and augmented reality (AR) are two of the most exciting developments now sweeping the entertainment industry (VR). The popularity of both AR and VR has skyrocketed due to the success of apps like Pokémon Go and the inclusion of virtual reality devices on the vast majority of popular video game consoles, and MEC innovations are being considered in order to bring AR and VR to the next stage.
Multi-access edge computing is the perfect companion for virtual and augmented reality since they both need the quickest response times and lowest possible latency connections to work effectively. This could lead to the creation of the following generation of gaming and entertainment devices, coupled with additional advancements in AR and VR technology applications.
MEC is being used for various commercial activities and as a way to enhance and improve the regular operations of organizations and enterprises worldwide, in addition to the customer service side of things.
Multi-access edge computing has a role to perform in each of them, from security and distribution to asset management and data routing.
Modern video analytics and surveillance that gather data from considerably closer to the source, process it, analyze it, and then store it are made available to telecom operators using multi-access edge computing systems.
Multi-access edge computing can lower the costs of data transfers and transportation by processing this data locally.
The industrial sectors have undergone one of the biggest shifts as a result of the growth of the Internet of Things; in fact, IoT operations and devices that fit into this category are frequently alluded to as the Industrial Internet of Things (IoT).
For many IoT devices, security has been among the greatest areas of development, as you could expect with industrial activities.
In order to keep industrial workers safer, multi-access edge computing technologies and the equipment they allow can help to raise safety standards in workplaces and give analysts access to real-time information about equipment, tools, environmental elements, machinery, and vehicles.
When it pertains to emergency solutions, information and real-time data access, along with a dependable method of communication, might be the difference between successfully responding to a scenario and the development of a terrible situation. This is similar to the industrial Internet of Things.
Teams engaged in search and rescue operations and emergency response must be able to communicate consistently and coherently over networks that may become congested with users attempting to connect with one another in the wake of a disaster or tragedy.
Multi-access edge computing technologies are currently being utilized to ensure that this is the scenario and that the individuals willing to risk their lives for others are not doing so while being ill-prepared to handle the circumstances they are requested to attend to.
Knowledge Base Team
Knowledge Base Team
Knowledge Base Team
Knowledge Base Team
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