Web Application Firewall- A Web Application Firewall aids the protection of web applications by filtering and monitoring HTTP traffic between the web application and the Internet. It generally protects web applications from attacks such as cross-site forgery, cross-site-scripting (XSS), file inclusion, and SQL injection, among others. A WAF is a protocol layer 7 defense (in the OSI model), and is not designed to defend against all types of attacks. This method of attack mitigation is usually part of a suite of tools which together create a holistic defense against a range of attack vectors. Web application attacks deny services and steal sensitive data. A Web Application Firewall (WAF) analyzes and inspects requests coming in to applications and stops these attacks.

  • Enterprise Firewall – The Network Enterprise Firewalls are defined as standalone purpose-built firewall appliances with IPSec VPN capabilities, capable of delivering extensive firewall and management capabilities for securing the perimeter access. Enterprise firewalls incorporate also IPS technologies, replacing perimeter IPS as well. Further integration with more application and user awareness protection capabilities are also emerging on these firewalls. This combination is known as Next-Generation Firewalls.

Enterprise firewalls must be able to secure an increasingly complex network that includes traditional on-premises data center deployments, remote offices and a range of cloud environments. Perhaps the only element more complex than configuring, testing and managing a next-generation firewall is the decision-making process regarding which product to trust with your enterprise security.

  • Network Performance Monitoring Solution – Networks are the backbone of every business. Even in small or enterprise-level businesses, the loss of productivity during a network outage can result in hefty damages. Hence, the need for a Network Performance Monitoring for efficient management software.


Network monitoring helps you anticipate potential outages and address network problems proactively. This helps in maintaining a congestion-free network that keeps your business up and running. A network monitoring software helps you to monitor the performance of any IP-based device and helps businesses to remotely visualize their system performance and monitor network services, bandwidth utilization, switches, routers and traffic flow.


Network downtime can cost a lot of money. This is why network monitoring is a necessity. A powerful network performance monitor tool, lets you monitor all your devices for availability, performance, traffic, and other parameters, so you can monitor network performance and issues proactively and prevent problems from bringing down your network.  Help network administrators get an end-user perspective of network and application performance, which helps them detect and resolve issues easily. Also must permit admins to test how a network performs under a certain load so you can better understand your network’s bandwidth and see whether or not you need to better allocate resources.


NPM aids admins in identifying security threats and sudden spikes in traffic levels to reduce device downtime, and lets you monitor your IP assets and equipment upgrades, and ensures smooth performance.

Network monitoring is an essential requirement for businesses that heavily rely upon IT for day-to-day operations. Many businesses deploy network monitoring as a means of reducing network infrastructure problems, improving network performance and increasing employee productivity. When it comes to ongoing daily operations, network monitoring is a critical part of maintaining the overall health of your internal network.


  • Network monitoring – Network monitoring is a system that monitors your internal IT infrastructure for potential problems. The system is capable of identifying a large number of specific issues that can affect the overall performance of your network infrastructure. When any issues are detected, a network monitoring system will alert your system administrator or IT services organization, in addition to providing advanced tools for correcting issues before they become a major problem.


The network monitoring process uses a system that can include a variety of different configurations, including hardware or software solutions or a combination of both. Additionally, a network monitoring solution is capable of overseeing the functions of virtually any type of network including a Local Area Network, Wide Area Network, or Virtual Private Network.


Network monitoring processes are capable of monitoring systems with a variety of different functions and devices including servers, computers with different operating systems, mobile devices, network routers and switches, firewalls and other system components. The system assists network administrators with identifying network issues and measuring the performance and health status of a network.


This ensures you are protected against internal security threats and you are meeting specific compliance requirements for your industry. A network monitoring solution also helps to create more visibility with daily network operations as well.

  • Network Configuration Management – Network configuration management is the process of organizing and maintaining information about all of the components in a computer network. When a network needs repair, modification, expansion or upgrading, the administrator refers to the network configuration management database to determine the best course of action. Database usually contains the locations and IP address or network address of all hardware devices, as well as information about the default settings, programs, versions and updates installed in network computers.



The primary feature of network configuration management is its ability to replace the functions of a network device in the event of failure. Different network devices save configurations in different formats, and finding configuration information can be difficult when a particular device has to be replaced. With a network configuration management system in place, configuration information will be stored in a centrally located server, where device configurations can be easily downloaded.


Network admins need to account for every network configuration change, approved or not. Network Configuration Management alerts on any changes it detects each time it scans its configuration database. Your scans can be scheduled to run automatically to shorten the window between when a change is made and when an alert is issued.


Network configuration can reduce downtime by allowing system administrators to rapidly identify changes being made in the network. It also helps ensure that software versions and hardware components are up to date and comply with licensing agreements. Visibility and accountability is also improved, as system personnel have an easy way to determine the identity of components and software operating on the network.

Network automation is the process of automating the configuration, management, testing, deployment, and operations of physical and virtual devices within your network. Every day, network tasks and functions are performed automatically. With the combination of hardware and software-based solutions, large organizations, service providers, and enterprises need to implement network automation to control and manage repetitive processes and improve network service availability.

  • Network Automation – Network automation is the rapid expansion of network infrastructure required to support the exponential growth of network traffic generated by video, social media, data, and applications’ usage. Additionally, as computing power continues to decline in cost and virtual computing continues to grow, network automation becomes more important to many businesses. Various types of network automation can apply to local area networks, virtualized environments, data centers, and public and private clouds.


Network automation tools support functions ranging from basic network mapping and device discovery, to more complex workflows like network configuration management and the provisioning of virtual network resources.


Network automation also plays a key role in software-defined networking, network virtualization and network orchestration, enabling automated provisioning of virtual network tenants and functions, such as virtual load balancing.


The features of Network Automation come with a lot of benefits which includes Lower cost, improved business continuity, increase strategic workforce, Greater insight and network control, Increase business agility.

  • Netflow Traffic Analyzer – Netflow Traffic Analyzer is a network security product that uses network communications as the foundational data source for detecting and investigating security threats and anomalous or malicious behaviors within that network.

Netflow Traffic Analyzer (NTA) analyzes and reports about what your network bandwidth is being used for and by whom. It optimizes the bandwidth usage of over a million interfaces worldwide apart from performing network forensics and network traffic analysis. NTA leverages flow technologies to provide real time visibility into the network bandwidth performance.

For clear visibility, NTA monitors your network, discover traffic patterns, and avoid bandwidth hogs with and User Device Tracker netflow solutions. And get alerted if application traffic suddenly increases, decreases, or disappears completely. For proactive action to quickly act if there’s an unusual change in application traffic. You can also set alerts to be notified if a device stops sending flow data, so you can efficiently remediate the problem.