We encrypt all external communication at the hardware level
The LANPCS family of certified cryptographic devices provides comprehensive network communication protection. It enables the use of existing, non-secure communication infrastructure (cabling, active elements) in regular offices to connect workstations intended for processing classified information.
Efficient asset management and network infrastructure reduction
Workstations can be securely connected to any point in the existing network. The solution completely eliminates the need to build and maintain costly red/black segmentation. All external communication is encrypted exclusively at the hardware level, radically simplifying asset tracking and management.
A completely independent cryptographic device
The security architecture is strictly isolated from the host computer's operating system. Thanks to proprietary firmware, the security of transmitted data remains uncompromised even if the workstation is infected with malware. Furthermore, the system features centralized management with certified remote update capabilities.
Zero user-interaction security
The fully integrated cryptographic element in the workstation ensures data protection without requiring any user action. The autonomous mode completely eliminates the risk of procedural errors or improper handling of hardware reserved for red/black segmentation. The result is an uncompromising level of security combined with maximum user comfort.
Proprietary hardware architecture
Dedicated management interface
Hardware isolation from the host OS
Constant monitoring of physical intrusion
The LANPCS family
Network traffic encryption — from individual workstations to high-speed networks.
LANPCS-RG3
Uncompromising workstation protection with high data throughput
A certified cryptographic device in the form of a standard PCIe card that implements a layer of hardware-based network communication protection. The device is fully independent of the operating system and protects data even in the event of a host computer compromise.
