Introduction
The wireless local-area network market in 2023 will be transformed by a confluence of macro-factors such as technological advances, regulatory changes and changing customer behavior. The proliferation of IoT devices and the growing need for faster connections will drive companies to adopt more sophisticated wireless solutions. And the need to comply with regulations on data security and privacy will force them to prioritise wireless LANs. As consumers come to expect uninterrupted connections and enhanced experiences, companies will have to meet these expectations if they are to remain competitive. And for all those who wish to understand the complexities of the wireless LAN landscape and to exploit emerging opportunities, it is vital to understand these trends.
Top Trends
- Increased Adoption of Wi-Fi 6E
Wi-Fi 6E is gaining in importance as companies increase the speed of their wireless networks. Universities, for example, have seen their network performance increase by up to 30 percent after deploying Wi-Fi 6E. This trend is being driven by the need for a smooth connection in densely populated areas. As more and more devices become compatible with Wi-Fi 6E, the demand for the underlying network will continue to grow, putting pressure on the vendors to continue to develop new solutions.
- Integration of AI and Machine Learning
Artificial intelligence and machine learning are integrating into wireless LAN solutions to improve network management and security. In Cisco’s case, the introduction of intelligent analysis reduced troubleshooting time by 40 per cent. Predictive maintenance and automatic responses to network problems are a significant step forward in terms of operational efficiency. Further developments will lead to even more sophisticated applications of artificial intelligence in the field of network optimization.
- Focus on Cybersecurity Enhancements
With the increasing threat of cyber attacks, WLAN operators are putting more emphasis on security features. The Fortinet FortiGate solution has been improved by 50% in the detection of threats. Besides that, governments are also introducing stricter security regulations, which are influencing the market. This development will eventually lead to a more robust security framework, which will ensure the confidentiality of data and the trust of users in the wireless network.
- Expansion of Cloud-Based WLAN Solutions
WLAN solutions are gaining in popularity, thanks to their scalability and ease of management. Companies like Meraki claim that cloud-based solutions can reduce operational costs by up to 25 percent. Small and medium-sized enterprises in particular are finding these solutions very appealing. Further developments are likely to see the addition of cloud-based features that enhance the ease of remote management.
- Growth of IoT Connectivity
The growing number of IoT devices is putting increasing pressure on WLAN solutions to cope with numerous connections. For example, Zebra Technologies has reported an increase of 60 percent in the number of IoT devices used in the retail sector. This trend calls for WLAN solutions that are able to handle high device density with low latency. And it also means that in the future we will need more sophisticated network architectures.
- Emphasis on Sustainable Networking Solutions
In the field of WLAN development, Dell is leading the way in energy efficiency. According to Dell’s own studies, an energy-efficient WLAN solution can reduce operating costs by up to 15 percent. A growing awareness of the environment is driving manufacturers to develop ever-greener technology. Future developments may include more eco-friendly materials and energy-saving features.
- Rise of Edge Computing Integration
Edge computing has been integrated into WLAN solutions to increase data processing speed and reduce latency. This has resulted in a 50 per cent increase in application performance in organisations that have already implemented this solution. This trend is particularly relevant to industries where real-time data analysis is crucial, such as the medical field. Future developments will see more WLAN solutions specifically designed for edge computing.
- Enhanced User Experience through Personalization
To increase customer satisfaction, WLAN operators are concentrating on delivering a personalised service. For example, Aruba has implemented a number of customer-centric features that have increased engagement by 20%. In a highly competitive market, this trend is driven by the need for a bespoke service. Using big data, operators can use advanced analytics to further personalise their services.
- Adoption of Multi-Access Edge Computing (MEC)
MEC is used in the sphere of wireless LANs to provide low-latency applications and services. The MEC technology is already being used in many places, and the results are encouraging. Compared with the previous solution, the MEC solution can improve the responsiveness of the service by 30 percent. The trend is important for the future development of smart city and augmented reality. In the future, the trend will be widely used in all fields, and the overall performance of the network will be further improved.
- Increased Demand for Managed WLAN Services
Managed wireless LAN services are on the rise, as enterprises look to offload the complexity of network management. Reports suggest that managed services can cut IT costs by up to 35%. Small businesses, with their limited in-house expertise, are especially attracted to this trend. But as the industry evolves, we may see the arrival of more sophisticated managed services, including advanced analytics and proactive support.
Conclusion: Navigating WLAN Market Dynamics in 2023
The cellular network will be a very competitive and fragmented market in 2023, with a variety of large and small players fighting for market share. In terms of geography, advanced communications solutions will be increasingly demanded, especially in North America and Asia-Pacific, where digital transformation initiatives are accelerating. Strategically, vendors will rely on their ability to exploit artificial intelligence-driven analytics and automation for operational efficiency, as well as on the flexibility and the reactivity of their solutions. These skills will likely lead to the development of new solutions, setting new standards of performance and customer satisfaction.