Advanced Networking

Networking needs of modern businesses are getting bigger. In addition, broadband professional specifications that are traditionally offered, such as leased lines, have low speeds and disproportionately high costs in relation to technologies such as DSL. That’s why Virtual Leased Line has been developed to connect more than one low-cost connection to a virtual leased line that has professional speed and reliability.

Virtual Leased Line technology is based on special systems and algorithms that intelligently control the sharing of data on each line and their reconnection into a single connection. The sharing of data packets in individual connections is done dynamically through the adaptive self-tuning system, depending on the availability, quality, response and capacity of the individual connections at all times. Virtual Leased Line technology supports the automatic compression of data sent and received on the virtual leased line, saving bandwidth and further improving corporate network performance.

Special SD-WAN routers that allow you to get full control over Internet connections and achieve an unparalleled Internet connection. Network load distribution with innovative algorithms and sophisticated Bonding capabilities. Best value solution for network load distribution performance, with specialized and innovative algorithms for this, and sophisticated VPN Bonding capabilities. Through special rules, systems can be customized to control data priority with great precision by optimizing data traffic based on specific needs.

ARTIOSNET has many options for this service and the choice can be based on connection speed, cost and availability. By combining multiple lines of different types and speeds, we can achieve complete internet link redundancy, wan load balancing and high availability. Configuration for such a solution is not complex and does not require much time to install and customize. Through web-based load balancing technology, the transfer of important data and the use of important applications can have the priority and quality required.

Managing bandwidth using Deep Packet Inspection (DPI) is a relatively new field of great interest.

By using specialized products and DPI Layer-7 detection and analysis of the behaviour of data traffic, it is possible to set up bandwidth management rules to allow businesses to be able to accurately depict, format, limit and control bandwidth-intensive applications that include difficult-to-detect protocols. In this way, priority may be given exactly where it is required.

Managers do not know how much risk they run until they are themselves victims of a serious and malicious violation of their users’ information. These attacks are difficult to manage with traditional security controls and also require a high level of knowledge from the manager. An application and protection disposal device can decentralize SSL encryption by servers, perform access control over certificates so it can authorize banking, e-commerce, stock-market applications, and more. Such a system can protect online applications, servers and services from malicious attacks while protecting user transactions while increasing the speed and scalability of applications through dedicated acceleration hardware when necessary.

Also, successful load balancing optimizes resource usage, maximizes performance, minimizes response time, and avoids overload. For a successful load balancing, multiple server checks are required, the simplest of which is whether the server is capable of servicing. More complex controls are whether a server is free or busy to be able to serve due to network load or computing power. Load balancing systems improve the availability, functionality and security of Internet and IP data services while also increasing server efficiency by reducing the cost and complexity of a data centre. Through TCP connections, high-speed HTTP, compression, and caching, these systems can achieve even 5 times faster online performance.