Next generation IDS for industrial networks
Monitoring of OT / ICS networks
Inventory of assets
Detection of network changes
Enterprises increasingly demonstrate a heightened awareness of the risks associated with continuity of production processes and cybersecurity occurring not only on IT but also in OT networks. Security managers feel the urge to have infrastructure monitoring tools that will provide full insight into OT / ICS networks and enable effective real-time operational risk management and incident management, including proper documentation.
In many production networks there is still the problem of incomplete infrastructure inventory and, as a consequence, industrial plants are not aware of the current network architecture and the services it provides. This results in security systems vulnerabilities that pose a challenge not only to security teams, but to the entire organization.
Technological progress is not only the greater complexity of industrial control systems and business expectations regarding digital transformation, but above all the increasing number of cyber attacks.
Transferring the traditional IT approach to the OT area. In an IT environment, patching vulnerabilities can be done quickly and regularly, but in OT it is not.
Communication by unsecured or open protocols. No encryption and thus no secure communication.
Lack of full identification of devices and their communication in the network, knowledge of the type, method of communication (protocol specification) and data flow between devices.
Lack of specialists and OT operators have historically not been trained or focused on cybersecurity.
Lack of tools for risk analysis, prioritization and incident response - new programs for handling and appropriate reporting of incidents to CERTs and compliance with legal requirements (eg NIS, KSC) and compliance with security policies in the organization.
Scadvance XP® by analyzing the correlation of anomalies and results of the work modules AI detects the most dangerous and unobserved anywhere else attacks.
Scadvance XP® monitors industrial networks not at their edges, as standard IT systems do, but gathers information directly from their inside, analyzing all packet traffic sent.More →
The applied artificial intelligence algorithms allow for immediate warning of unusual activity, minimizing the number of reported false alarms. This enables immediate reaction to emerging irregularities or threats - also those that have not occurred before in other networks.More →
The Scadvance XP system detects devices connected to the protected network on the basis of observed traffic.More →
Scadvance XP® allows you to create and customize user views and reports according to permissions and preferences.More →
Scadvance XP® is the foundation of a comprehensive applied safety system in organizations utilizing industrial automation, which as well ensures compliance with the requirements of legal regulations. Scadvance XP® is distinguished by the use of dedicated predictive and analytical models using machine learning algorithms (ML /AI) that adapt to each OT network configuration. Thanks to that, the system is able to correctly detect anomalies and threats in the industrial network.
There is no one-size-fits-all approach to cybersecurity. Each organization must create its own comprehensive security system. Therefore, CISO's roles and responsibilities focus on building the best tool to support an organization's information security challenges in each unit of the company. The key is to prevent, manage and reduce risk.
The CIO in the organization plays an extremely important role as a reliable and credible technology provider in the field of setting and developing the IT strategy that is the foundation of modern business. Moreover, it is his duty to ensure the stability of the current operating activity, as well as to immediately react to threats related to the loss of production continuity or internal processes in the company. The long-term operation strategy of the IT and OT areas as well as their stable integration are of key importance.
The task of the SOC teams is to constantly monitor, analyze and respond to incidents in order to improve the safety performance of the organization. The spread of advanced cyber threats forces the work of the SOC to study the correlation of events from various sources, so it should store as much information as possible for later analysis. The speed of the detected incident, access to archival data and the explanation of the threat are of key importance, which allows for the prevention of future crisis situations.
The SCADA system operator is responsible for a wide range of control systems operation. It ensures the correct operation of security protocols in all networks, while working on technical tasks. SCADA technicians have to monitor malware and react quickly when an undesirable event occurs.
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