Optimized IP traffic with advanced QoS for a Secure network

XipLink Inc., the technology leader in optimized, secure and intelligent multi-path hybrid networking, is pleased to announce that Global Konet, has deployed XipOS for a military customer, to meet their requirement to support a stable optimized service over a critical secure network. XipLink’s XipOS enables a highly optimized IP network with maximum bandwidth utilization using standards based SCPS-TP and compression algorithms, while ensuring SLA compliance with advanced QoS.

“We are very pleased to work with our trusted partner Global Konet, to successfully implement this critical network. The nature of the military customer requires the delivery of a stable platform, with high performance and reliability to ensure maximum throughput and uptime.” said Omar Diab, XipLink’s Vice President Sales. “The highly scalable XipOS virtual technology is used to provide the required capacities and optimize the mission critical traffic”.

“Global Konet partnered with XipLink to support a critical military project MIMS-C (Military Intelligence Management System-Combined)”, said Youn Gon Kim, CEO, Global Konet. “XipLink’s integrated SCPS TCP acceleration combined with real-time compression and advanced QoS, delivered a very stable and high throughput service on this large capacity secure military network. We appreciate XipLink support in implementing tailored functionality and excellent support before and during project implementation.”

XipOS delivers an improved end user Quality of Experience while addressing several challenges in the satellite, cellular and wireless markets including offloading modems from high session counts, aiding performance for high latency connections with GEO satellites, providing consistent cellular data services and utilizing available bandwidth at the highest possible capacity. XipOS software also offers hybrid aggregation of GEO and NGSO connections to provide future-proofed enhanced services including security and increased bandwidth scaling for a seamless multi-orbit solution.