소프트웨어 기반의 첨단과학기술연구망 구축과 서비스

Abstract

□ 소프트웨어 융합형 첨단연구망 설계 및 시범구축 ◦ 500G급 첨단연구망 운영효율화 및 서비스 고도화 → 17개 지역망센터, 3개 해외망, 190개 이용기관 지원 ◦ 활용성과 중심 연구망 첨단연구지원(60개) → 미래창조과학부 주관 만족도 96.5점 ◦ 소프트웨어 융합형 첨단연구망 인프라 설계 및 구축(서울↔대전) □ 첨단연구망 기반 협업 플랫폼 서비스 기술개발 및 적용 ◦ 통합협업연구환경의 국가적 공동활용을 위한 협업 S/W 개발·적용 → 35개 기관, 1300여명 가입자 지원 ◦ 통합협업연구환경 실현을 위한 대한민국 대표 ID 연계 추진 ◦ 한-EU간 협업테스트베드의 글로벌 연동 서비스 체제 구축 □ 첨단연구망 기반 정보보호체계 구축 ◦“Non-Stop”종합상황실 기반 실시간 보안관제 인프라 구축·운영 → 12개 분야 82개 첨단응용연구그룹 실시간 보안관제 ◦ 첨단연구망 SOC(Security Operating Center) 역할 정립 ◦ 첨단응용연구자 대상 정보보호 서비스 모델 발굴·적용

III. Research and Development results A. Design of software converged advanced research network and building a prototype ❍ Enhancement of Service and operating efficiency for 500G-class advanced research network • Enhancement of advanced research network operation and failure correspondence and failure prevention • Enhancement of operation efficiency 10G-class GLORIAD, 3 international lambda exchange(KRLight) PoPs • Supporting global collaboration of advanced research projects and advanced research network community • Designing future advanced research network infrastructure containing backbone infrastructure • Building and operating the global smart roaming service(Eduroam) as NRO(National Roaming Operator) • Enhancement of security management system for advanced research network backbone and CERT-KREONET ❍ Advanced research support expansion based on utilizing results of advanced research network • Successful utilization case creation on Giga-Class advanced research network by advanced research support project • Support case creation by Integrated advanced research support according to characteristic of advanced research ❍ Design of software converged advanced research network and building • Design of network infrastructure base on software • Building a prototype of network infrastructure base on software B. Development of collaborative research platform services on KREONET ❍ Developing the collaborative softwares for the nation's sharing system on the integrated collaborative research environment • Developing the six collaborative softwares for the high performance networking environment • Sharing the national collaborative softwares to reduce time/money for operating the individual system ❍ Carrying out the National ID federation for the integrated collaborative research environments • Representing KOREA as a national representative for the ID federation at the REFEDS • Federating KISTI ID with the ID in the domestic S&T focused university, DGIST for the first in Korea ❍ Federating international testbeds with the Korea-EU SmartFIRE project • Providing future internet research environment on the globally federated testbeds • Being registered at the Fed4Fire as an advanced member testbed with SFA v2.0 C. Building of the cyber security service for KREONET ❍ Establishment of a cyber security system for important research data on KREONET • Establishment and operation of "Non-Stop" system based real-time security monitoring infrastructure • Established role of KREONET Security Operating Center(SOC) • Established a management procedure for that security monitoring and computer emergency response of KREONET ❍ Establishment of a cyber crisis response system of researchers for guiding the global_KREONET • Excavation and application of the security services model for researchers • Collaboration with security service model and a research result of practical cyber security technology