SD-WAN

Built on our extensive MPLS backbone, DYXnet’s SD-WAN utilizes dynamic multi-path optimization technology to create a virtual transmission over a private network. It separates the control plane from the data plane, centralizing management through an orchestrator. This forms a private network within the IP network and enforces centralized policies to govern operations.

SD-WAN Edge can be easily used in a branch office by a non-technical person. They simply need to plug the device into a power source and connect the WAN-link cables. All aspects of activation, configuration, ongoing operation, and management are handled remotely by an orchestrator. The provisioning process is straightforward and can be completed in just a few minutes.

Unlike traditional WANs, which require the management of hundreds or thousands of individual configurations for each branch office, our SD-WAN solution utilizes various available connections to provide load sharing across private links, as well as fixed and mobile Internet connections, ensuring a continuous connection.

DYXnet’s SD-WAN service offers a robust management platform that provides a comprehensive, single-pane view for provisioning, monitoring, and troubleshooting network operations. With greater visibility and in-depth analytics, users can gain insights into network performance, application usage, and traffic patterns in real-time. Moreover, our detailed logging capabilities and native utilities are crafted to support efficient troubleshooting and diagnostics, empowering organizations to maintain optimal network functionality.

WAN circuits used with SD-WAN circuits optimize themselves automatically through continuous monitoring of links, quality network paths, and network capacity. Applications can be identified and dynamically directed on a per-packet basis to the best links. This is done based on business priority, understanding of application requirements, and real-time link performance. Additionally, an on-demand remediation mechanism can support priority applications in case of link degradation.

Implementing an SD-WAN network structure allows all available links, whether economical WAN or superior MPLS, to be combined, making bandwidth capacity accessible according to policy. Traffic prioritization based on applications provides the necessary control to manage workloads across networks. This is achieved while maintaining an active traffic flow pattern, making the SD-WAN network model significantly more efficient than a traditional active-standby network model.

Our cutting-edge Network Operation Center (NOC) delivers proactive network device management, monitoring, and reporting services following industry best practices, including ISO/IEC 27001, ISO/IEC 20000, and ISO 9001. For your convenience, we also offer a 24/7 multilingual service desk.