SGA Solutions said on the 24th that it won the bid for the "pilot demonstration project for the national network security system for national and public institutions."
The national network security framework (N²SF) is a security framework that classifies information into three levels according to business importance — ▲ classified (C) ▲ sensitive (S) ▲ open (O) — and applies differential security controls by level. N²SF has been pursued since September last year to supplement the limits of existing network-separation-centered security policies revealed amid the spread of new technologies and changes in the digital work environment, and to improve uniform network separation policies.
In this "pilot demonstration project for the national network security system for national and public institutions," the demand-side agencies are ▲ the Korean Intellectual Property Office ▲ the National Research Council of Science & Technology (NST) ▲ the Institute of Information & Communications Technology Planning & Evaluation ▲ the National Security Research Institute. The co-executing companies are ▲ SOFTCAMP ▲ Enki WhiteHat ▲ Genians.
Through this demonstration project, SGA Solutions aims to ▲ complete the demonstration of the national network security system based on its project experience and expertise ▲ expand the application of the new network security policy to national and public institutions ▲ establish strategies for applying N²SF. It also expects that performing this project will ▲ build a watertight security system ▲ secure N²SF implementation cases and spread related policies ▲ help improve the work efficiency of national and public institutions through the safe use of new technologies.
Choi Young-cheol, CEO of SGA Solutions, said, "Winning this project is a meaningful achievement that recognizes SGA Solutions' technological prowess and expertise in the public sector," and added, "Based on the experience of carrying out this demonstration project, we will establish ourselves as a leading company across the entire next-generation security paradigm."