The power of 5G Mobile Private Networks: It’s all about the applications Table of contents CHAPTER 1 Are you ready for the revolution? Read more CHAPTER 2 Powering the tidal wave of smart industry Read more CHAPTER 3 Transforming ‘field to fork’ into a reality Read more CHAPTER 4 Laying the foundation for truly connected cities Read more CHAPTER 5 Putting the future of human health in digital hands Read more OUR VISION Guiding businesses toward the best-possible wireless future Read more CHAPTER 1 Are you ready for the revolution? Industry is driving the next evolution in wireless technology We are currently witnessing a unique moment in the history of wireless: the operational needs of b2b industries - not consumers - are powering the next big step forward. Organizations in nearly every segment are on an endless quest to optimize their operational processes. As needs evolve and emerging technologies like IoT, Artificial Intelligence, and EDGE computing approach the mainstream, current connectivity networks are unable to provide reliable low latency connectivity for the vast amount of data generated across their operational chains. Until the advent of 5G. 5G-powered Mobile Private Networks are poised to transform the fundamental processes of many industries. How? By opening the data transfer floodgates. By replacing many disparate and outdated connectivity solutions. By delivering the ultimate reliability for core operational processes and mission critical communication. As such, 5G blows current technologies out of the water. The data floodgates are about to open 5G is the fifth-generation mobile network technology: a new global wireless standard that follows in the footsteps of 3G and 4G. It was developed specifically to directly, wirelessly connect machines, objects and devices – not just to enable the mind-blowing data transfer speeds that consumers are (not yet) clamoring for. When deployed via a mobile private network (MPN), 5G brings unprecedented innovation opportunities to businesses in numerous sectors through five universal advantages: Are you ready for the revolution? For businesses and organizations, the 5G revolution is happening where wireless connectivity and IT meet, and it’s happening right now. It’s clear that while the mobile network layer is the core of an MPN implementation, it’s the smart applications built on top that will transform the way we do business in almost every sector. This makes Cegeka an invaluable partner in developing customized, high-impact, agile, 5G-enabled software that meets the unique needs of your industry and business. Ready to dive into the possibilities? Read on to discover how 5G MPNs are poised to transform industry, agri-food, smart cities and healthcare. CHAPTER 2 Driving the data tidal wave of smart industry? As a result of close collaboration between industrial companies and standardization bodies, 5G comes with plenty of ground-breaking enterprise-grade capabilities. The end result: lower operational costs, enhanced safety, higher efficiency and massive competitive advantages. 5G MPNs are made for industrial environments Deployed in an MPN setup, 5G wireless technology seamlessly links up the numerous smart devices, sensors, equipment, camera’s and vehicles on the production floor with data-driven apps. With just one implementation, industrial firms get everything they need to transform operational processes – simultaneously. We’ve already mentioned the universal benefits of 5G MPNs, but here’s how they align specifically with industrial needs and challenges: Insanely fast data rates make data-heavy machine-learning applications like predictive maintenance and visual quality inspection relatively easy to run. Tiny, low-power, easy-to-place transceivers bring wireless connectivity into every corner of a production zone, no matter how inaccessible. Ultimate reliability means virtually no downtime, no slowdowns and no bottlenecks on your wireless network. Ultralow latency makes a 5G MPN suitable for complex, mission-critical processes that rely on split-microsecond real time data exchange. The ability to divide the network into slices or vLANs with their own purpose and Quality of Service. 5 ground-breaking industrial domains By combining the superior performance of 5G with the power of Artificial intelligence, six application domains benefit enormously from the reliability, speed and low latency offered by a 5G MPN: When deployed via a mobile private network (MPN), 5G brings unprecedented innovation opportunities to businesses 5G as a lever for the factory of the future 5G will be the catalyst for rapid factory floor reconfiguration. Operation Managers will increasingly want to move all kinds of equipment around the production hall to flexibly accommodate production changes or orders. All their requirements – extreme mobility, reliability, security and so on – point to 5G as the most logical technological investment for the factory of the future in many verticals. CHAPTER 3 Transforming field-to-fork into a reality Just like production floors around the world, the agri-food landscape is changing. It’s all thanks to new apps, better connectivity and other trends that are reshaping the world’s expectations of every stakeholder in the food chain – from farmer to consumer. 5G will play an integral role in meeting them. A fertile field for impactful digital applications Data and farming absolutely go together – and three data-driven movements are shaping a diverse landscape of digital applications. Consumers are sustainability focused and looking for rich details about the food they eat, including where it was produced, by which party, using which ingredients, etc. Regulators must verify all the details regarding the source, contents, supply chains, etc. of food products in order to certify them. Operational excellence is driving the rise of precision farming – ultra-efficiency in farm equipment, crop and livestock management enabled by digital tools and apps. Founded on national coverage All of these trends rely on an integrated chain of stakeholders – farmers, agribusinesses, retailers, etc. – sharing and processing large volumes of data. Regional or national 5G connectivity is set to become a cornerstone of sustainable, connected, data-driven agri-food ecosystems that are greener than ever before. The sheer size of farms, the distances between the links in the supply chain and the decentralized nature of agriculture, require local Mobile Private Networks to be seamlessly integrated with the public network, thus allowing humans, animals and mobile devices such as drones or tractors, to maintain secure, reliable and continued connectivity beyond the farm. Envisioning the farm of the future While most areas of the world aren’t yet equipped with regional/national 5G coverage, we can already look forward to seeing these visionary applications appear on farms around the world in the not-so-distant future: autonomous drones inspecting fields for yield prediction, weather damage etc.; precision fertilizer and pest control applications via intelligent machines; the use of predictive models containing supply chain-wide data to perfectly meet demand; self-driving tractors, harvesters, sprayers and other farm machinery interacting to coordinate their movements without human intervention; weed-picking or harvesting robots that will reshape existing business models. CHAPTER 4 Laying the foundation for truly connected cities Smart cities are the only way forward to solve the challenges posed by climate change and overpopulation and guarantee safe and sustainable urban environments. Using data collected from IoT sensors and high-definition cameras, intelligent apps can ensure smooth traffic flows, safe intersections, optimized resources use and more, in real time. What’s missing? One single standard to rule all wireless communication needs, that is also able to scale IoT to entire cities. Smart cities: built on 5 pillars There are five core domains where smart cities add intelligence to municipal processes: Smart mobility: the use of AI, IoT and digital twins to minimize traffic congestion. Smart resource use: applying insights from sensor data to optimize maintenance of hard assets such as roads, sewers and other city equipment. Smart energy use: adding intelligence to public devices (like streetlights), enabling them to turn on and off at the right moments. Smart safety: analyzing flows of traffic and people to predict the potential for collisions and conflicts, making it possible to intervene before accidents happen. Smart engagement: collecting qualitative, sentiment-based information from people and including citizens digitally in public dialogues and decision-making processes. All of these domains require the ability to gather, process and derive insights from huge volumes of data in real time. This requirement has proven to be a critical hurdle in scaling up smart cities pilot projects. Flexible, low-cost, powerful – what’s not to like? The 5G wireless standard was developed specifically for data volume and speed, as well as the ability to link up huge numbers of different devices and platforms – all extremely important capabilities for smart cities, which rely mainly on IoT and video processing in combination with artificial intelligence. Citywide 5G MPNs offer huge benefits for smart cities, including: a globally standardized tech stack, making it suitable for use with a range of hardware and sensors; easy, minimally invasive, low-cost scalability through the placement of low-power transceivers – without tearing up roadways. one implementation of a citywide 5G MPN supports all five pillars of a smart city, simultaneously, without any compromises on performance. agility through rapid implementation, as the setup of new applications takes days and is easy to redeploy and modify as needs change. Digital twins: virtual playgrounds for smart cities What’s better than seeing the future? Seeing multiple possible futures and choosing the best one! Digital twins are virtual models of urban environments – including systems and processes like electrical grids, roadways and more. As a sort of sandbox, they allow city leaders not just to gain a clear idea of what’s happening right now, but also to play around with different scenarios and decisions, view their predicted results, and pick the scenario that has the best outcome – all before investing anything. Proposing the development of a new and complex intersection in a high-traffic area? A digital twin makes it possible to feed real-time data into the modeled traffic flow to estimate the impact it would have on real traffic flows. Test the outcomes of different plans to design an intersection that meets every need. The only limiter here is data transfer speed and volume. This is where citywide 5G MPNs click right into the smart cities vision of a safer, more connected, more efficient and sustainable future. CHAPTER 5 Putting the future of human health in digital hands We’re entering the age of the truly connected hospital – and it’s an emergency, as chronic diseases are on the rise, medical workloads are growing, global pandemics are emerging and new healthcare models are right on the horizon. 5G mobile private networks have a defining role to play in the hospital – and healthcare system – of the future. Limited resources, high pressure, urgent IT needs Hospitals are run more and more like businesses, and budgets are tighter than ever. At the same time, digital medical records have become indispensable in ensuring the high-quality care that patients expect, and network downtime can mean a facility-wide shutdown. However, while the need to keep investing in new technologies is certainly felt, a fast and high return on investment is very high on the wish list. With a single implementation of a 5G mobile private network, a medical facility can replace outdated communication systems such as DECT portable phones, offer rock-solid wireless connectivity everywhere, enable high-definition video calling and more – all at once. Three applications of MPNs in medical facilities that add immediate value Ultra-reliable communication With 5G’s ultimate reliability and deep coverage it’s ideally suited to serve as the primary on-site communication network and thanks to its exponentially faster data rates instantaneous high-definition video calling is possible anywhere, all the time. One system to replace them all Replace outdated telephony systems and old networks with one MPN implementation or create redundant networks in case primary networks fail – without tearing up the walls. Wayfinding & location tracking Enable medical professionals, patients and visitors to find their ways through the mazes of large-scale medical campuses and to the right facilities and waiting rooms quickly and easily. Pinpoint wher Beyond the MPN – the future of connected health 5G MPNs deployed on campus can be securely integrated with the public network, thus enabling a number of care-enhancing extra muros applications with the potential to reduce costs and save lives. First responders become extensions of the emergency room, with doctors monitoring vital signs and making informed medical decisions before the patient arrives. IoT sensors and patient devices dump accurate medical data into the cloud for instantaneous data insights. Care providers can engage with patients at home, reducing the length of hospital stays and ensuring excellent follow-up. OUR VISION 5G is (just) a revolution – but with the right partner, your organization can grasp every opportunity this powerful technology offers in b2b. As a software development expert with deep experience in your sector, Cegeka is ideally placed to provide you with custom-made 5G applications that: optimize operational efficiency on a hitherto unseen scale support you in achieving your business goals faster help you unlock entirely new and lucrative business models With 5G Mobile Private Networks, you will benefit from economies of scale, a highly secure set-up and greater agility, for your business or organization. When developing solutions, we always strive to add simplicity, clarity and insight to your way of working. The power of 5G Mobile Private Networks Do you want a downloadable PDF-version of this longread to keep for future reference? Here you go! 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