Xgate, LIG Defense and Aerospace, and Keypair Partner on Next-Generation Security Technology for Defense Satellite Communications
TECHWORLD ·
✦ Resumen de IA
Xgate signed an MOU with LIG Defense and Aerospace and Keypair for security technology cooperation aimed at defense satellite communications.
The three companies will combine defense, network security, and encryption technologies to pursue secure communications systems for missiles and military satellite communications, along with joint R&D on next-generation cryptographic technologies such as PQC.
Xgate will provide VPN and encrypted network security and data protection technologies, while LIG Defense and Aerospace and Keypair will handle requirement definition and PQC security chips, hardware-based encryption technology, and KMS and HSM integration, respectively.
Xgate has launched a next-generation security technology partnership targeting defense satellite communications with LIG Defense and Aerospace and Keypair. On the 1st, Xgate announced that it had signed a memorandum of understanding (MOU) with the two companies for the advancement of missile security technology and the strengthening of competitiveness in the military satellite communications sector, and said the partnership would be used to pursue the establishment of a next-generation secure communications system.
Based on this agreement, the three companies will combine their capabilities in defense, network security, and encryption technologies. By combining their technical strengths, they plan to build a high-performance, highly reliable secure communications system optimized for future missile operations and to work together to implement stable secure communications.
The three companies will also pursue joint research and development using next-generation cryptographic technologies such as post-quantum cryptography (PQC). Under the joint R&D plan for next-generation cryptographic technologies including PQC, they will cooperate to secure next-generation security technologies for application in the defense satellite communications sector.
In this process, Xgate will provide VPN and encrypted network security technologies optimized for military communications environments, as well as data protection technologies. It will also take a leading role in developing a security architecture for the stable linkage between existing network environments and next-generation cryptographic systems.
In this collaboration, LIG Defense and Aerospace will leverage its expertise in missile and military satellite communications systems to define the defense operating environment and information protection requirements. It will also analyze and design security requirements for missile business systems and military satellite communications, and support technical integration among the three companies for application to actual weapons systems and military communications environments.
Keypair will be responsible for PQC security chips and hardware-based encryption technology, as well as integration and optimization with KMS (Key Management System) and HSM (Hardware Security Module). It will also pursue linkage with hardware-based PQC technology, aiming to implement a consistent encryption system across weapons systems and ground control infrastructure.
The three companies believe that network-centered advancement of missile and military satellite communications systems is under way, and they plan to jointly study a security architecture that takes into account data protection in communication links as well as next-generation encryption systems for the quantum computing environment. They also plan to continuously identify additional cooperation projects in the defense security and communications sectors, starting with joint research and development and technical integration.
Xgate CEO Ju Gap-su said that in the future defense environment, a high level of security reliability for network connectivity and communication data will be a key factor, and added that through this partnership, Xgate aims to optimize the network security and next-generation cryptographic technologies it has accumulated for military communications environments and contribute to strengthening the competitiveness of domestic defense secure communications technology.
Source: TECHWORLD · Kim Hye-jin
Original: https://www.epnc.co.kr/news/articleView.html?idxno=407609
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Source: TECHWORLD
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