![]() Can be purchased as software and installed in a bare metal server powered by Intel Xeon.Uses YANG-based NETCONF APIs network management framework.Has full-featured data plane networking with fast path protocols.Provides scalable, cost-effective IP routing, IPsec VPNs, and CG-NAT solutions.Has linear performance scalability from 1G to 100G with the number of cores deployed.It is built in the principles of Software-Defined Networking (SDN). It is designed to have a simple transition from hardware to software, eliminating the problem of having costly upgrades. Its goal is to provide businesses high-performance, highly customizable hosting, cutting edge technology at a reasonable price. It’s easy to use, brings more power, and allows them to achieve high efficiency, quality performance, and capabilities at a reduced total cost of ownership (TCO) to almost 90%.īastion Payment Systems, a business-to-business financial technology company that offers business solutions including Future Technologies, is already launching the Bastion Software-Defined Router (SDR) here in the Philippines. The key advantages of a software-defined router are outstanding. It is an emerging architecture that is dynamic, manageable, cost-effective, and adaptable and is now ideal for the high-bandwidth, dynamic nature of today’s applications. Several telecommunication operators and other companies from diverse industries have already started to adopt network virtualization using Software-Defined Networking (SDN). Because of this evolution, routing functions can now be dynamically configured to the network’s needs. This means that it allows the host machine to perform just like a typical hardware router over a LAN or WAN, enabling a server to perform network and packet routing. The difference is that a virtual router (VR) is a software-based routing framework, wherein the functions of traditional hardware-centric network appliances and routers are converted to software that can already run on standard commercial off-the-shelf (COTS) hardware. Virtual routers (software) and physical routers (hardware) are the same in terms of its role in being an access point for communication between the end-user and other networks. Thus, virtual routers are one of the proposed solutions. It’s not programmable to cope up with the ever-evolving needs of modern IT systems as well as the demands from businesses, users, and applications. However, the traditional hardware-centric routers that are used and deployed today are very costly to upgrade. Soon, these routers would need to get upgraded to keep up with this fast-changing digital age. One of the network’s components that needs to process more and more traffic and to adapt to the increases in bandwidth and port speed is a router. These requirements include 1) the needs of different network applications, 2) the need for an environment that can support developing new commands and protocols, as well as 3) the need to adapt to constant traffic surges. Research has proven that network virtualization can diversify the future Internet architecture according to the requirements of the end-user. ![]() Thus, network virtualization emerged and is now one of the most prominent global digital transformations to date. This huge step into a more modernized and digitalized age is through the creation of new network infrastructures and software architectures. What used to be only limited in corporate offices and remote branches can now be extended to our homes and residing areas of mobile workers. With the recent developments of technologies, the network has evolved tremendously and is not anymore bounded by physical location. ![]()
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