SystemX offers a fully configurable SD-WAN for simplified, high performance network management. The SystemX SD-WAN is optimized for safety and security, ensuring it maintains operational integrity in high-security environments.
Reliable, High Speed Connectivity
The CCX Technologies SD-WAN optimizes network performance for fast and reliable connectivity. It monitors the performance of various network connections and automatically switches to the best available connection. To guarantee reliable, low-latency connections in noisy and congested environments, the SystemX SD-WAN supports packet duplication. Traffic can also be spread over multiple links for increased bandwidth.
The SD-WAN employs make-before-break methods for seamless switching between connections without interruptions. For a tailored experience, this SD-WAN is fully configurable for prioritizing throughput, fail-over speeds, or data usage per link.
Automatic Failover
In the case of connection loss or network interruption, the SystemX SD-WAN will automatically fail-over to the next reliable connection method. This network redundancy mechanism ensures connected users experience no disruptions, with no noticeable loss of connectivity and no human intervention required. The system continuously monitors the performance of various network connections to facilitate these automatic transitions to the best available link. The platform is designed for versatility, supporting a wide range of connectivity options including SATCOM and wireless systems such as 5G, WiFi, and low-data-rate tactical radios.
Quantum Safe Cryptography
The SystemX SD-WAN uses formally verified cryptography primitives from the HACL* library. The networking engine—written in Ada/SPARK and is optimized for safety and security. VPN protocols are based on Wireguard and written in the formally verified language, SPARK.
The SystemX Software-Defined Wide Area Network (SD-WAN) platform is engineered with a paramount focus on safety and security, incorporating rigorous formal verification methods throughout its core components.