Kinettix- Future Trends in Wireless Networking

Mar 19, 2024 1:00:00 PM | Future Trends in Wireless Networking: The Role of Wireless Surveys in Next-Gen Networks

Discover the future of wireless networking with insights on Wi-Fi 6, IoT integration, and mesh networks. Experience faster speeds, improved efficiency, and reliable connections. Learn why wireless surveys are essential for optimizing network design and management in this evolving landscape.

The world of wireless networks is rapidly changing. Emerging technologies such as Wi-Fi 6, IoT integration, and mesh networks are reshaping the way we connect and interact with the digital world. These advancements promise to bring faster speeds, increased efficiency, and more reliable connections, enabling a plethora of new applications and services. We’ll take a look at some of these exciting trends and also explore how the role of wireless surveys becomes increasingly critical in designing and managing these advanced networks. 

Wi-Fi 6: The Next Generation of Wireless Networking 

WiFi 6, officially known as 802.11ax, represents the latest advancement in wireless networking technology, poised to redefine the landscape of digital connectivity. As a successor to WiFi 5 (802.11ac), WiFi 6 is engineered to meet the escalating demand for faster and more efficient wireless communication. This leap forward is particularly crucial in today's increasingly connected world, where the proliferation of Internet of Things (IoT) devices and the surge in data traffic have necessitated a more robust and capable network infrastructure. 

One of the most salient advantages of WiFi 6 over its predecessors is its significantly improved efficiency and capacity. This is achieved through several key technological enhancements, such as Orthogonal Frequency Division Multiple Access (OFDMA), which allows multiple devices to share the same channel, thereby reducing latency and increasing efficiency. Additionally, WiFi 6 incorporates Target Wake Time (TWT), which significantly improves battery life in IoT devices by scheduling wake times, thus reducing power consumption. These improvements not only bolster the network's ability to handle a higher volume of devices but also ensure a smoother and more reliable user experience, even in densely populated networks. 

For businesses, the impact of WiFi 6 is set to be transformative. The increased network capacity and efficiency can support the burgeoning use of cloud-based applications and services, enabling smoother operations and enhanced productivity. Furthermore, the improved performance in crowded areas makes WiFi 6 ideal for business environments such as offices, conference venues, and retail spaces, where high-density connectivity is often required. The enhanced security protocols associated with WiFi 6, such as the latest WPA3 encryption, provide businesses with a more secure communication channel, which is crucial for protecting sensitive data and maintaining customer trust. 

The Integration of IoT in Wireless Networks 

The Internet of Things (IoT) is another key trend shaping the future of wireless networking. The increasing use of Internet of Things (IoT) devices by businesses marks a pivotal shift in how companies operate, offering unprecedented opportunities for automation, efficiency, and data-driven decision-making. Across various industries, from manufacturing to healthcare, IoT devices are being integrated into daily operations to monitor equipment performance, track inventory in real-time, and even enhance customer experiences. This surge in IoT adoption is largely driven by the devices' ability to connect and exchange data seamlessly, enabling businesses to gain insights into operations that were previously inaccessible or difficult to obtain. For IT professionals, this presents both exciting opportunities and significant challenges in terms of ensuring network capacity, security, and scalability to support the ever-growing number of connected devices. 

With the increase of IoT devices, IT departments are tasked with architecting networks that can handle increased traffic and provide the necessary bandwidth for uninterrupted device communication. This requires a deep understanding of network infrastructure and the deployment of advanced networking technologies, such as edge computing, which processes data closer to where it is generated to reduce latency. Moreover, the security of IoT devices and the data they transmit remains a top concern, necessitating the implementation of stringent security measures and protocols to protect against cyber threats. As businesses continue to embrace IoT technology, IT professionals will play a crucial role in navigating these challenges, ensuring that the integration of IoT devices not only drives operational efficiencies but also aligns with the organization's broader digital transformation goals. 

Mesh Networks: Enhancing Coverage and Reliability 

Mesh networks are increasingly being utilized by businesses to enhance their IT infrastructure and improve connectivity. In a mesh network, multiple devices are interconnected, forming a decentralized network where each device serves as a node that can transmit and receive data. This architecture offers several benefits for businesses. First, mesh networks provide greater reliability and redundancy compared to traditional network setups. If one node fails or encounters an issue, data can be rerouted through alternative paths, ensuring uninterrupted connectivity. This resilience is particularly useful for businesses that rely heavily on continuous data transfer and cannot afford network downtime. Additionally, mesh networks can easily scale and expand as the business grows. New nodes can be added seamlessly to the network, extending coverage and capacity without disrupting existing connections. This flexibility is advantageous for businesses that need to accommodate increasing data traffic or expand their operations to new locations. 

In addition, mesh networks offer improved coverage and signal strength, especially in large or complex environments. The interconnected nodes create a network that blankets the area, eliminating dead zones and ensuring consistent connectivity throughout the premises. This is particularly beneficial for businesses with sprawling office spaces or multiple floors, where maintaining a strong and reliable network connection can be challenging. Moreover, mesh networks provide enhanced security features. With multiple nodes, data can be encrypted and securely transmitted through various routes, minimizing the risk of unauthorized access or data breaches. This is crucial for businesses that handle sensitive information and need to prioritize data protection. Overall, the use of mesh networks in businesses empowers IT professionals to create sturdy, scalable, and secure connectivity solutions tailored to the specific needs of their organization 

The Evolving Role of Wireless Surveys 

The advancements we have discussed promise unprecedented levels of connectivity, efficiency, and flexibility. However, they also introduce complexities in network planning, deployment, and management that cannot be overlooked. This is where the significance of wireless surveys becomes increasingly prominent, serving as a critical tool for IT professionals to navigate the challenges presented by these new technologies. 

Wireless surveys are instrumental in optimizing network performance and capacity in the face of the growing demand placed by technologies like WiFi 6 and IoT devices. WiFi 6, for instance, is designed to support a higher density of connected devices while offering improved speed and efficiency. Similarly, IoT devices proliferate at an exponential rate, each adding to the network's demand. A wireless survey enables IT professionals to strategically plan the placement of access points, identify potential interference issues, and ensure adequate coverage throughout. By doing so, it ensures that the network can fully leverage the capabilities of WiFi 6 and effectively support the vast array of IoT devices without compromising performance. 

The adoption of mesh networks introduces a layer of complexity in ensuring seamless connectivity across a broad area. Unlike traditional networks that rely on a single point of access, mesh networks utilize multiple nodes to distribute the signal, creating a network that is both resilient and extensive. Conducting a wireless survey within such an environment is crucial to map out the optimal configuration of these nodes, ensuring that the mesh network delivers consistent and reliable connectivity. This is especially important in scenarios where coverage, speed, and device density are critical factors, such as in large office spaces, industrial settings, or smart cities. 

The Future of Wireless Surveys 

As we venture further into the digital age, the future of wireless surveys is poised to become increasingly integral to the design and optimization of advanced wireless networks. With the rapid spread of IoT devices, the introduction of WiFi 6, and the growing complexity of mesh networks, the landscape of wireless connectivity is evolving at an unprecedented pace. This evolution demands more sophisticated and precise tools for network planning and analysis, marking a significant shift in the approach to wireless surveys. 

Emerging technologies, particularly artificial intelligence (AI) and machine learning (ML), are set to revolutionize the process of conducting wireless surveys. By harnessing the power of AI and ML, IT professionals can anticipate a future where wireless surveys are more automated, predictive, and insightful. These technologies can analyze vast datasets to identify patterns and predict potential network issues before they occur, such as signal interference or coverage gaps. This predictive capability allows for proactive network adjustments, ensuring optimal performance and reliability. Additionally, the integration of AI and ML can significantly reduce the time and resources required for surveys, enabling more frequent and thorough assessments of wireless infrastructure. 

The future of wireless surveys is likely to witness the adoption of more advanced visualization and simulation tools. These tools will provide IT professionals with a more comprehensive and intuitive understanding of their wireless networks, allowing for the visualization of signal coverage, interference sources, and user density in real-time. This enhanced visibility will be crucial for designing networks that can accommodate the demands of next-generation technologies and applications, from augmented reality (AR) and virtual reality (VR) to autonomous vehicles and smart city infrastructures. As wireless networks become the backbone of our digital ecosystem, the role of wireless surveys in ensuring their efficiency, reliability, and security will only grow in importance, making them an indispensable asset for IT professionals navigating the future of connectivity. 


The future of wireless networking is bright, with technologies like Wi-Fi 6, IoT integration, and mesh networks poised to revolutionize the way we connect. However, as networks become more complex and demands increase, the role of wireless surveys in designing and managing these networks becomes increasingly critical. By ensuring networks are optimally designed from the outset, wireless surveys play a pivotal role in unlocking the full potential of next-gen wireless technologies. 

Bob Supinger

Written By: Bob Supinger

With over 16 years of management experience in business and Information Technology, Bob has helped Kinettix build the infrastructure required to establish itself as a true leader in global IT field services, and in particular rapid response on-site troubleshooting and repair. At Kinettix, Bob leads field services, project management and vendor development organizations. His responsibilities also include operational P&L and expense control; operational strategy and overseeing plan execution; recruiting, employee engagement and development; ongoing process improvement; and customer experience. Before joining Kinettix, Bob worked for Comcast Business, Enterprise Solutions, and Contingent Network Services. He attended Edison State and Wright State University and attained a Degree in Business in 1999. He participated in and coached collegiate athletics and is currently the president of a non-profit organization supporting youth athletic programs in the community.