Enterprise Networking
Digital Ready Architectures – Unified and Advanced communication networks (DC / WAN / LAN) Networks (NFV / SDN)
The digital network architecture is an innovative approach that transforms the IT concept from focusing on the type of hardware used to an emphasis on the software used and the cloud support issue.
This new approach changes many concepts: From manual and decentralized management to centralized and automated policy management, from static security at critical points in the network to dynamic security, real-time, As far as possible to the source.
This system enables business innovation and allows to formulate insights and improve our customer experience.
The system can reduce costs and complexity of operations by using automation and programming capabilities and helps protect enterprise assets by using a secure architecture.
Completion of a digital design requires a digital network comprised of layers, such as connectivity alongside a computing layer, information security layer and management layer, and an integration process for all the layers using smart tools.

Visibility & Control – monitored and controlled Networks, the easy way
The ability to learn and map network traffic at a particular point by traffic types, protocols, and IP addresses of participants in the conversation.
Visibility analysis results can be used for actions such as traffic type biasing or specific users, multivariate analysis, proactive monitoring, or adding security components for more in-depth analysis.
Visibility analysis results will enable technical professionals to get an accurate idea of ​​the state of the network at the point where the operation is performed.

Secured Networks – offering transparency and analytics
Innovative information security concept – defining accessibility policy
An enterprise communications network requires a sharp division of segments to protect critical enterprise applications. Implementing the division policy in the traditional approach serves the purpose but it is highly complicated to implement.
The accessibility policy between the segments has been conditioned to this day by a one-value connection between the physically connected component, the VLAN to which it is connected, and the applications to which it is accessible.
The new technology will enable to define “entities” and “interfaces” in the network, and will enforce the policy of accessibility in a friendly and straightforward manner. In this configuration, enforcement is carried out as close as possible to the endpoints, which prevents unnecessary traffic from spreading further down the network.

Use of network components as “sensors” of cyber attacks
Cyber criminals are turning more skilled at circumventing traditional defenses, taking advantage of new assaults that go online and persist for months or even years. Bynet is a spearhead when it comes to security and enables the integration of traditional network components, switches and routers, which provide them “sensors” to alert against sophisticated cyber- attacks, thus saving the deployment of multiple, expensive test points.

Integration of advanced capabilities of network analytics
The most dangerous threats are those we cannot see. The name of the game in implementing a correct security solution, providing a heads-up of the threats from the infrastructure components that we protect before the damage is done.
Bynet has the knowledge to integrate sophisticated analytical mechanisms to identify problems, including malware, threats from the network, and various attacks. The advanced technologies used, makes it possible to analyze security events and manage their investigation effectively.

Network management solutions, and full end-to-end visibility capabilities
Bynet provides a complete solution for the “visibility” of the entire organizational network. Visibility of the corporate network includes providing access to information sources in physical and virtual infrastructure network components.
Also, we also need to enforce hidden data traffic in various “dedicated pipes,” ie Fabricpath VXLAN, GTP. We must “peel” the relevant original information from the PACKET HEADERS and analyze it. It is possible to measure the time of arrival of data packets accurately and to record what is happening in favor of future traffic analyses on a regular basis.

Professional Services – Expert services and tools
The PS unit provides the customer experienced and professional staff with knowledge in a variety of fields, with over ten years of expertise in the communications worlds. The engineers in the team are responsible for implementing large and complex projects that have been carried out over the last ten years in the communications market in Israel:

  • Complex DC construction for various sectors such as finance, military, telecom, high-tech, government offices, industry and more
  • Setting up massive WAN networks for different sectors such as banks, military, high-tech, industrial and government ministries.
  • Setting up networks for various telecom companies: MPLS-VPN, Metro, Broadband, Mobile backhole, DWDM and more
  • Experts in implementing projects in the SDN-NFV world
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