Network Performance Monitoring
Problems experienced in network infrastructures should be detected before they affect the workflow. It is important to understand whether a problem experienced in the application is caused by network components. Using the network performance monitoring system, end-to-end communication can be monitored, reported and analyzed by feeding packets from popular flow sources such as Netflow, sFlow, J-Flow, IPFIX. In addition, packet analysis can be performed in real time at the time of the problem by using the packet capture feature.
Network and Endpoint Forensic Analysis Software
A significant part of the Incident Response processes is related to collecting and examining the evidence-related data related to the incident. This data is also located on the endpoints, servers and network related to the incident. With Forensic Analysis solutions, it is possible to collect this data live and store it for later examination, and retrospective investigations are enabled for intervention after the incident is detected.
Network and Application-Based Data Encryption
In order to transport data securely and prevent it from becoming visible in an unwanted area, encryption must be done according to data criticality. Encryption strength should be calculated according to the time when the data will lose its value and should be done with the appropriate methodology. In this area, security and confidentiality can be ensured by ensuring that the data is encrypted when passing through untrusted network structures or when it is stored in application databases.
Bandwidth Optimization
It is important for the wide area network and many services running on it to provide regular service with minimal delay. Prioritizing some traffic or applications that are important within the institution significantly reduces bandwidth usage and increases application and data communication performance. In this way, the number of applications and connections that can be run instantly is also increased. There is a flexible usage area including disaster recovery centers, remote offices, data centers, cloud and virtual infrastructures.
Information Security Management System
Information Security is evaluated under the titles of People, Process and Technology. Although the Process section of these titles exists as an abstract concept, Information Security Management Systems are used to follow this structure correctly, to ensure that the created processes are compatible with the system they are referenced to and to effectively deliver them to those in need.
Cloud or On-Premise DoS/DDoS Protection
DDoS attacks are a prominent attack type, especially with the spread of IoT systems and the emergence of new types of malware. As a result of DDoS attacks, internet infrastructures are generally affected by consuming bandwidth, experiencing delays in communication and interruption of services, and as a result, leading to losses of prestige.

DDoS protection can be provided on-premise, on the cloud, and in hybrid structures. Cloud DDoS services work by permanently directing the infrastructure to be protected to the cloud, while hybrid structures work by directing traffic to the cloud at the time of the attack.

DNS Security
Name search is the backbone of the internet structure. Ensuring corporate identity and accessibility is only possible with DNS structures. Although this structure is so important, its security has remained in the background and has formed the basis of many attacks. With DNS Security solutions, it can both work as high-performance DNS servers and provide security against possible attacks.
E-Mail Security
Since the e-mail system is one of the most common written communication methods, it is a method frequently used by hackers. Many malicious files and fake information can be sent via e-mail and they can direct the victims to command and control centers in order to leak data. The input and output traffic of e-mail servers should be checked in depth and malicious files or messages should not be forwarded to the user after a series of checks.

E-mail security systems can be positioned as an external server that can control the SMTP traffic of e-mail servers. In addition, it can be installed on the e-mail server and the internal traffic can be scanned for unwanted malware.

Some capabilities of e-mail systems are listed below;

Advanced Antivirus Protection
Antispam, Content Filtering
Zero Day Attacks (APT) Protection
Reputation Control
Quarantine Management
SIEM/Syslog Integration
Reporting Management
EKS Firewall
Industrial Control Systems (SCADA) are seen as the most important business title for production facilities, energy and infrastructure providers. Although it is assumed to be in closed networks, new needs and accessibility requests have started to open these systems to wide area networks. The areas where these components are located are very different from IT structures, as well as the differences in the protocols used.

The use of rugged systems that can operate in environments where they can be exposed to adverse conditions is the main priority. At the same time, a system that can understand the communication protocols used and a solution that can detect anomalies and prevent them after the structure is prepared for this should be used.
ICS Asset Management
Although Industrial Control Systems (SCADA) are mostly seen as static structures, the examinations and researches conducted reveal that even the inventories of these structures are unknown or not up to date. The ability to follow the changes in the environment where these systems, whose mission is critical, operate and to keep this inventory dynamically is at least as important a function as in IT structures.
ICS Vulnerability Management
Industrial Control Systems (SCADA) consist of components with certain basic functions due to their duties. Although these systems seem simple, the systems and software operating in them are fundamentally no different from IT systems. These software, like their counterparts, contain various vulnerabilities for these reasons and it is evaluated by the authorities that their exploitation may have critical effects.

In order to establish an effective security structure, the vulnerabilities of these systems must be detected and the necessary precautions must be taken, but active scanning methods cannot be used due to the sensitivity of the structure. It will be possible to protect OT (Operational Technology) structures with an effective vulnerability management using passive vulnerability detection methods.