Defense Communication Solutions

VCL Products > Defense Communication Solutions

Defense Communication Solutions

Description:

Valiant Communications is a global manufacturer of cyber security, communication, transmission, synchronization, failover, NAS Data Storage equipment and solutions. Founded in 1993, the company has installations in over 110 countries and serves industries such as power utilities, defense sector, oil and gas, railways, metro rail communications, airport communications applications.

Valiant Communications emphasizes innovation and customer-centric solutions, providing products that enhance network reliability, security, and performance.

Summary Flyer (PDF) Presentation (PDF)

Advanced Cyber Security Solutions

Real-time threat detection and prevention against cyber-attacks and firewall breaches.
Next-generation firewalls and secure routers designed for mission-critical environments.
To detect, prevent and secure their network against firewall breaches and cyber-attacks.

NAS and Data Storage Servers with multiple layers of cyber security

Network Isolation equipment,
Quantum-Safe Encryption,
Vaulted Data Storage through Data Diode,
EMP (electromagnetic pulse) data storage protection.

TDM over IP / Ethernet Converters

Seamless integration of legacy E1/T1 services over modern IP/Ethernet networks.
Utilizing CESoPSN, SAToP, and PWE3 technologies for dependable communications.
Support for 2 E1 / T1, 8 E1 / T1, 16 E1 / T1, 32 E1 / T1 and E3 / DS3/T3 for TDM over IP, MEF or MPLS.

IP / MPLS Routers

IP/MPLS Routers with enhanced security features for reliable data transmission with encryption.
To protect customer networks against hostile and unwarranted intrusions.

Precision Timing & Synchronization

GPS/GNSS Primary Reference Clocks (ITU-T G.811) for high-precision timing.
NTP and PTP Time Servers utilizing IEEE-1588v2 protocols for synchronized operations.

Network Reliability

Automatic Protection Switches and Ethernet Failover Switches to ensure uninterrupted communication under adverse conditions
To use two different E1/T1 links of the network to establish a 1+1 redundant path.