Hardware controller
desktop station
Functions
Designed for cryptographic security of data, transferred via open data
networks using the TCP/IP, UDP IPv4 (RFC 791) protocol stack
Designed for cryptographic security of data, transferred via open data
networks using the TCP/IP, UDP IPv4 (RFC 791) protocol stack
The hardware controller performs hardware
implemented encryption
The Central Management Server is an important system component. The server defines the network users, and their private key usage procedures. The private key use in the SymonsTM system is based on the combination of the following features:
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The security system of communication systems in banks ensures a high level of protection of communication channels used for data transmission between the bank and its clients. All communication channels are protected by advanced encryption technologies, which prevent the possibility of information interception by malicious actors. Additionally, the system ensures complete confidentiality of client data, which is stored in encrypted form and is only accessible to authorized bank employees.
Security system of communication channels for airports ensures a high level of protection of navigation systems, flight safety, and airport infrastructure management. The system ensures the safety of transportation and flights by utilizing advanced technologies.
Our security system ensures the invulnerability of control objects at power plants. Communication channels are protected by advanced encryption technologies, which prevent unauthorized access and interception of control systems to carry out unlawful actions on energy objects.
In Layout 1 the secure network servers of different users are connected to Ethernet/Internet via a data transmission/receiving unit. LAN (secured isolated network) users are directly connected to the server. In layout 2 external network users and internal network users are connected via a data transmission/receiving unit. The CMS functions are performed via the same Ethernet/Internet network. In this case the network control algorithms used in CMS
software provide the opportunity of coded messages interception, and apart from the standard encryption procedures and e-signature technology the password hierarchy is used. A single range of CMS software tools and single software for the data transmission/ receiving unit is used to create a variety of network levels and structures. Easy configuration and multitask settings of the system are ensured due to user friendly interfaces.