Value is Increased by Next-Generation Wireless

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By Miro Stoichev

Digital services now need to be expanded to a range of new contexts and customers in order to fully reap the benefits of wireless technologies.

Value is Increased by Next-Generation Wireless

The phrase “adding value through wireless networks” is used to characterize the different ways that next-generation wireless technologies will soon lower capital costs and offer new and improved services.

The following advantages arise when various wireless technologies—and frequently entire solutions—cooperate within a single infrastructure:

  • Numerous new contexts, including sensors, energy harvesting/battery operation, and location;-Enhanced developer productivity and experience with self-service features and automated infrastructure operation;
  • An information technology (IT), lines of business (LoB), and operational technology (OT) migration path that is unified in terms of network security and connectivity;
  • A more affordable, dependable, and scalable technical foundation that lowers capital expenditure.

The enterprise infrastructure is already being sought after by 18 billion edge/IoT devices. Taking advantage of this chance to expand it to new services and innovations is how wireless networks can add value.

For instance, the wireless network will serve as a multi-technological medium in addition to being able to sense the surrounding environment, locate people in need, find assets, and supply power in areas where it was previously unavailable. The wireless network can keep an eye on employees to make the workplace safer or to move important assets as efficiently as possible.

The wireless network’s future

A new trend that is expanding use cases through constant advancement in areas like bandwidth, range, and power consumption is adding value through wireless networking.

There are two significant directions in which wireless technology is evolving. First off, wireless technology is becoming more and more capable of carrying out a much wider range of tasks than it was a few years ago. Second, the capabilities offered by wireless communication are expanding beyond basic connectivity and forming the cornerstone of digital innovation in fields like location tracking. The majority of wireless technologies in use today can locate connected endpoints.

  • Radar detection. A lot of wireless network systems can be set up to provide radar-like services, in which an endpoint connecting to the network determines the location;
  • Services with added value. A variety of value-added services, such as broadcast, multicast, media-specific, and vehicle-to-vehicle communications, are being added to technologies, including Wi-Fi and cellular, opening up new wireless use cases;
  • Ubiquity is getting better. Particularly when propelled by the growth of cellular networks and new low-Earth orbit (LEO) satellite constellations that provide internet and Internet of Things connectivity to disconnected areas;
  • Wireless systems with extremely low power. With the use of wireless power harvesting, Bluetooth and NFC protocols can now function without a battery. This makes it possible to track and tag in new ways;
  • Mobile is changing from a communications technology to a more comprehensive platform for digital innovation as a result of these innovative areas. Future deployments of wireless applications, protocols, and capabilities to support digital business will require technology executives to make plans.
The Future of Wireless Networks

The potential for value addition via wireless networks

The wireless network serves as a portal to innovative and new services. To deliver connectivity, dependability, and services, organizations must leverage multiple wireless technologies and adjust to varying contexts. Key wireless technologies like 5G, Wi-Fi, and Bluetooth have roadmaps that include new features like energy harvesting, location tracking, and sensing, among other things.

In addition to offering new digital services beyond connectivity, next-generation wireless capabilities also increase the potential for disruption by enabling sensing, application services, power, and integrated processing for a wide range of new customers and contexts. The combination of several wireless technologies results in a technological foundation that is more scalable, dependable, and affordable while requiring less capital investment.

In conclusion

As responsibilities for enterprise networks change, applications and organizational change are driving value from wireless networks. Through the integration of technologies and capabilities that provide the data required to drive important business outcomes, this trend is speeding up the digital transformation process. Users can benefit from reduced risk, cost optimization, compliance with connectivity, and improved developer and customer offerings.