The businesses of today are swimming in a vast ocean of data. This data is extremely vital to the survival of organizations. As it provides pertinent insights and allows for real-time control of critical processes and organizations. Moreover, The International Data Cooperation (IDC) foresees the global data sphere growing to 175 zettabytes (ZB) by 2025 compared to 35 ZB in 2018.
One zettabyte of data is equivalent to a thousand exabytes, a billion terabytes, or a trillion gigabytes. Simply put, you will need one billion 1TB hard drives to store one zettabyte of data. So, if you wanted to download the entire 2025 global data sphere using 25 MB/s, the average connection speed in the United States, it would take you one billion years to do it.
This massive ocean of data has changed the way businesses do computing. The traditional method of having a centralized data center and connecting daily to the internet is no longer suitable to handle the mammoth amounts of data that need to be processed. This is due to limitations regarding bandwidth, latency issues, and network disruptions that can affect the seamless processing of large amounts of data.
The answer to these limitations in data processing is edge computing architecture.
Edge computing refers to a distributed architecture in information technology where data is processed at the network’s periphery and as close to its source as possible instead of moving raw data to a centralized data center where it can be processed and analyzed. The analysis and processing are done instead in the place where the data originated.
For businesses and organizations, this could mean the retail store, the factory, or your modern smart city. Employing Edge computing architecture will provide you with autonomy, sovereignty, and an opportunity to ensure that your data is always protected. This results in real-time business insights, up-to-date projections, immediate review, and human resource management.
Edge Computing Today
Edge computing has changed IT and business computing. Aside from information technology and computer science, edge computing has greatly benefited other sectors, such as manufacturing, agriculture, healthcare, transportation, retail, and public safety, among other sectors.
Your autonomous vehicles, smart grids, virtual networks, 5G, cloud gaming, content delivery, traffic management, smart homes, and more all make use of the benefits that may be derived from edge computing. Here are some components of edge computing;
Network Edge
Edge computing can be located on an individual edge device or router without needing a separate edge network. This is where 5G’s importance is seen because all a separate edge network does is add a point in the sequence between users and the cloud. With low latency and high cellular speed provided by 5G, edge computing will have access to incredibly powerful wireless connectivity. Especially when putting computation on premises is too expensive and cumbersome, but outstanding responsiveness is required, the network edge can be beneficial.
On-Premises Infrastructure
This infrastructure manages local systems and can act as servers, containers, hubs, bridges, or routers. Allowing more control over the placement, administration, and security of an organization’s edge computing resources.
Edge Devices
These are sensors, cameras, vehicles, points of sale systems, robots and Internet of Things (IoT) devices that generate data and are located at the edge of the network.
Furthermore, edge computing has secured data autonomy and sovereignty and significantly helped data security. So much so that the market growth of edge computing has grown in leaps and bounds. This year’s market value in North America is forecasted to come close to three billion US dollars.
What Lies Ahead for Edge Computing in 2023
As a candidate in the tech sector, it is crucial to keep yourself up to date with the latest developments in edge computing. This critical technological innovation is already creating new smart industries. Acquainting yourself, or better yet, immersing yourself deeply into what edge computing has to offer in 2023, will improve your prospects as a candidate and make you more relevant as a digital migrant or native in 2023 and beyond.
This ultimate guide to edge computing will help you understand and work within this significant disruptor to the world of work and the global economy.
1. More Internet of Things (IoT) Devices
There is a connection between the rise of unstructured data with the expansion of IoT devices. Standard devices employing IoT include the Google Home Voice Controller, the Amazon Dash Button, the August Doorbell Cam, Smart Lock, the Kuri Mobile Robot, and the Footbot Air Quality Monitor, among many others.
Research recorded 13.1 billion IoT-connected devices in use at the end of 2022. This number should grow further to 15.1 billion devices in 2023. Showing the significance of employing data computing in 2023 because it will aid these devices that cannot process data using traditional databases.
2. The Speed of 5G
5G allows for faster data processing. This is why many of the world’s advanced economies have established robust 5G networks.
The capability of businesses, organizations, and governments in the U.S., China, or the European Union to perform more edge computing at speed can lead to better efficiency and a more seamless experience in business functionality and technology as a whole.
Imagine collecting data rapidly to improve digital experiences with minimal delay despite the considerable distance. This shows how we have come a long way from the bygone era of internet dial-up.
3. Improvement of Agriculture Technology
Edge computing will completely revolutionize agricultural technology, helping farmers and those in food production, security, and sustainability sectors. Edge computing allows farmers, regardless of whether they are tilling large or small farmlands, to intensify the efficiency of agriculture technology, producing more economical results.
To intensify efficiency, edge computing helps autonomous farm tractors and robots to cultivate the land without any help from humans by communicating with nearby sensors to obtain necessary environmental data.
4. Much Better Machine Learning
Talk about really high-performance computing capabilities done on edge.
Edge Computing will soon make machine learning possible in remote locations in the same seamlessness that was only possible through non-machine learning applications.
Analysts are optimistic that this capability will normalize machine learning at speed and distance. This will allow people to view machine learning as more trustworthy after trimming down the processing delays to acceptable levels.
Furthermore, edge computing allows applications utilizing artificial intelligence to run directly via field devices, therefore seamlessly processing field data and running machine learning and deep learning algorithms.
5. Edge Computing and Cloud Computing.
Cloud technology is increasingly becoming more and more expensive. Because of this, many organizations are now looking for more affordable alternatives to the cloud. Hence, edge computing will become increasingly attractive for most organizations and businesses in 2023.
Edge computing makes less use of traditional data centers. This helps defray the costs of cloud storage and will help many businesses cut operational expenses while simultaneously increasing the organization’s savings without necessarily sacrificing reliability, resiliency, and scalability.
6. Smart Cities Must Also Be Safe Cities.
Forrester, a leading global market research organization, projects that we will need more than smart city innovations in energy, communications, and technology to bring people back to major urban areas.
Despite the lure of living in a smart city, Forrester forecasts that smart cities would need to balance public safety and privacy. IoT devices that can help reinforce privacy and safety, such as biometrics and other secure identification systems, confidential computing, and device-based security.
In this new year, edge computing is expected to affect various roles, including network and system administrators, data scientists and analysts, software engineers, and IoT developers. So, it is crucial to monitor edge computing trends to ensure you are always in the know.
STAY ON TOP OF INDUSTRY NEWS AND UPDATES WITH ACS PROFESSIONAL STAFFING
As a candidate, there is much to know about how edge computing can further change industries and the labor market.
If you need more help to maximize your potential in this rapidly developing field and highlight your best professional qualifications and credentials, consider getting the services of ACS Professional Staffing. Make them your valued partner in landing that dream role or getting into an organization that suits you best.
To equip yourself with the knowledge about the direction of edge computing in 2023, give us a call, and we will be happy to direct you through this ever-changing employment industry.