Network infrastructure can be viewed as the set of hardware and software resources of an entire network that are used for networks, the communication, network’s operations and network’s management. Hardware designed to implement such functions includes routers, switches, firewalls and servers, where, at the same time, there are software applications tailored to filling in the gaps of management and security of network.

A network design is a forward planning which functions by establishing its required network structure to meet specific objectives of an organization. At the Skytech Cyber cloud, we use the procedures of assessing your current and future network requirement to design the detailed layout, pick up the right hardware and software, and lead the network successfully to handle the data traffic in an efficient and encrypted manner. We stand out with our design philosophy that prioritize to scale, seamless operations and ensuring your business stand out.

Network infrastructure security is the systematic procedures taken to defend a network from being attacked, misused, damaged, or altered in a wrong way whether this would be an accidental destruction or unauthorized sharing. Skytech cyber cloud features state-of-the-art safety systems, including firewalls, encryption, intrusion detection systems, periodic security audits, and so on, for the provision of your cyber security in Dubai and for protection, integrity, and availability of data.

In networking infrastructure management, obsessing over hardware and software components and making sure that the network system is working efficiently is a must. According to the Skytech cyber cloud we look at the network performance, control the access of users, make sure systems updates, fix the issues and also optimize the network resources in order to achieve a smooth and efficient process for the businesses in Dubai.

• Applying efficient access control and authentication mechanisms.
• Blocking unauthorized flow with firewalls.
• Data protection in transit (be means of encryption).
• We will be introducing an alarm system for unauthorized interferences.
• Continuously patch as well as update the firmware in the network equipment and software.
• Conduct system penetration assessments and audits on a regular basis.
• Training employees on procedures to reduce security vulnerabilities.

• Assess Needs: Assess such of your present and projected requirements as matter of customary technical networks.
• Design Topology: Work out the network layout or network topology in detail.
• Select Equipment: Choose the hardware and software parts which fit your requirements.
• Ensure Redundancy: Contemplate and implement the failover and redundancy strategies.
• Implement Security: Security be included in the project to avoid threat of cyber-attacks.
• Test Design: Accomplish work through simulation, or piloting shows the effectiveness of the new design.
• Implement and Monitor: Implement a network and measure and fine-tune while conducting a performance test.

• Enabling organization-wide communication interface that is dependable and private.
• Make building-in production-level availability and redundancy.
• Subjecting to scale elasticity in order to accommodate more users.
• Allowing for the speeding up of data and the allocation of resources.
• Protection from cyber attacks and illegal access to the platform.
• Network simulation is a powerful tool that allows for performance optimization and the assessment and removal of (almost) any downtime.

• Routers: Catalyze traffic participation between different networks.
• Switches: Network devices such as routers and switches are used for linking and transmiting data traffic among them.
• Firewalls: Supervise and filter the network traffic, that comes in the programs as well as outgoing based on security rules.
• Servers: Give the ability to send resources, information, and functionality to other devices on the network.
• Wireless Access Points: Wireless this will give the user a permit to connect to the network.
• Modems: Instruction regarding digital-to-analog and analog-to-digital signal conversion, so that radio or cable networks can work.