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Due to greater flexibility, better performance, and stronger security, SD-WAN has quickly become the default WAN technology. We expect to see more adoption and migration from traditional enterprise wide area network technology to SD-WAN. SD-WAN does not require public lines, and it uses the public internet to further reduce costs.


Using this technology can increase network bandwidth, reduce latency, and improve network scalability by optimizing existing IT infrastructure. In addition, organizations that have already adopted this technology will focus on leveraging virtual network capabilities and common customer site devices to rationalize applications, thereby maximizing their enormous capabilities.


SASE


The Secure Access Service Edge (SASE) architecture simplifies a wide area network for remote work and adds a layer of security. It relies on cloud based applications and data to provide a secure network directly to connected devices.


As a network architecture, SASE combines VPN and SD-WAN capabilities with cloud native network platforms to provide strong security, improved efficiency, and appropriate bandwidth for each application.


The SASE architecture eliminates latency due to backoff and provides always fast and secure connectivity. Many of the benefits of SASE include mobile access, global coverage, centralized management, and flexibility, including the ability to scale up or down for efficient use.


SASE has quickly been accepted by many enterprises. Recent forecasts estimate that by 2024, SASE will have a compound annual growth rate of 116% and a market value of over $5 billion.


Network Automation


Another noteworthy trend is the use of software to automate and effectively manage complex networks to promote optimal performance. Automated networks are increasingly being adopted by large organizations to improve efficiency and reduce operational costs.


With the rapid development of global digitization, artificial network management has become more inefficient, with issues ranging from human or configuration errors to inconsistencies and IT downtime.


By utilizing artificial intelligence, machine learning, and machine reasoning for network management, enterprises will experience comprehensive network efficiency and functionality, with the option of centralized or remote management.


Better network and faster speed


The latest network technologies Wi-Fi-6 and 5G are designed to provide wireless access for enterprises, supporting higher bandwidth and more users per access point. These next-generation wireless options will provide speeds comparable to wired connections.


Wi-Fi 6 has a maximum wireless transmission speed of 9.6 Gbps, which is about 30% faster than Wi-Fi 5. It can seamlessly transmit data through wireless routers, supporting more connected devices and users without affecting performance. Both Wi Fi 6 and 5G are gaining attention and will see more adoption in 2023 and beyond.