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  • KREONET(Korea Research Environment Open NETwork)

    KREONET is a high-performance backbone network designed to support the research and education community in Korea. By connecting 18 regional centers across the country, it offers transmission speeds ranging from 200 Gbps to 1.2 Tbps. By linking with domestic and international backbone networks, Internet Exchange nodes (IX), and National Data Exchange nodes (NDex), KREONET provides research network services and internet services to over 200 member institutions.

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  • KREONet2

    By 2025, KREONet2 has established a global 100 Gbps ring connecting Asia (Daejeon, Hong Kong), North America (Seattle, Chicago), Europe (Amsterdam), and Asia (Singapore, Daejeon) to support international research collaboration.

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  • KREONET NOC

    KREONET-NOC has been providing uninterrupted and reliable 24×7×365 services for over 35 years, since the launch of the national science and technology research network project in 1988.

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  • KAFE(Korea Access Federation)

    KAFE is a trust-based global authentication and access management service that allows users to access global research and science technology platforms with a single account.

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  • Network slicing: VDN

    KREONET provides network slicing services based on Virtual Dedicated Network (VDN) system and Wide-area SDN (Software Defined Network) Infrastructure (KREONET-S).

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  • eduroam

    eduroam is a service that allows users to access Wi-Fi at affiliated institutions worldwide with only their institutional authentication information.

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  • Globus

    KREONET provides a software-based data transfer platform service (Globus) that supports high-speed transfer of large-capacity data between collaborative research institutions in the form of SaaS (Software as a Service).

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  • perfSONAR

    KREONET provides a network performance measurement service based on perfSONAR. This service continuously monitors various network performance metrics, helping to proactively detect and resolve network issues.

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  • NDeX

    The KISTI National Data Exchange Node (NDeX) project aims to build infrastructure and operational systems for ultra-high-performance national large-scale data exchange nodes, including development of core technologies(non-blocking optical packet switching, Software data exchange, T&I, operation and management).

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  • Infrastructure

    KREONET Optical backbone network

    By applying ROADM/PTN-based 600 Gbps (per single lambda) transmission technology, five optical backbone rings were built to connect 18 regional network centers nationwide.

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  • Infrastructure

    KREONET L2/L3 network

    By building an L2/L3 backbone network, KREONET provides users with a high-speed network ranging from 1 Gbps to 400 Gbps.

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  • Infrastructure

    KREONET International network

    100 Gbps international backbone circuits: Hong Kong – Daejeon, Singapore – Daejeon, Daejeon – Chicago, Daejeon – Seattle, Chicago – Amsterdam, Amsterdam – Singapore

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  • Infrastructure

    KREONET-S

    KREONET-S is Korea's first software-defined wide-area research network, built in 2015 based on KREONET. It was designed and built to implement an end-to-end, on-demand virtualized/intelligent programmable network for advanced and applied research.

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  • Infrastructure

    KREONET-NOC

    KREONET-NOC has been providing uninterrupted and reliable 24×7×365 services for over 35 years, since the launch of the national science and technology research network project in 1988.

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  • R&D

    AI Research platform for KREONET

    The KREONET AI platform provides researchers with a big data-based AI research environment (virtualized resources such as computing, storage, and distributed computing) utilizing high-speed networks.

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  • R&D

    SCION

    SCION (Scalability, Control, and Isolation on Next-generation Networks) is a next-generation internet architecture designed to maximize network availability, usability, and reliability, while significantly enhancing security.

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  • R&D

    AutoGOLE / SENSE

    AutoGOLE, a project under the Global Network Advancement Group (GNA-G), facilitates global collaboration between Open eXchange Points and Research and Education (R&E) networks. SENSE enables multi-domain orchestration of network and cyberinfrastructure resources, integrating beyond-network elements such as computing, storage, and Data Transfer Nodes (DTNs).

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  • R&D

    Intercontinental Optical Clock Comparison

    The project integrates the highest-precision time measurement capabilities of optical clocks with the ultra-high spatial resolution of next-generation broadband Very Long Baseline Interferometry (VLBI).

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  • NDeX

    National Data eXchange

    The KISTI National Data Exchange Node (NDeX) project aims to build infrastructure and operational systems for ultra-high-performance national large-scale data exchange nodes, including development of core technologies(non-blocking optical packet switching, Software data exchange, T&I, operation and management).

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Latest news

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2026.04.14.

KISTI Builds the World’s First Secure Global Research Backbone… Accelerating International Joint Research Collaboration

KISTI Builds the World’s First Secure Global Research Backbone… Accelerating International Joint Research Collaboration - KISTI and ETH Zurich Sign MOU to Build and Operate a Secure Global Research Backbone Network  □ The Korea Institute of Science and Technology Information (KISTI, President Sik Lee) signed a memorandum of understanding (MOU) with ETH Zurich on April 9 to advance the establishment and operation of the world’s first secure global research backbone and to promote future international joint research. The initiative is based on SCION, a next-generation Internet architecture that addresses the limitations of the conventional Internet built on Internet Protocol (IP) and Border Gateway Protocol (BGP).    * SCION (Scalability, Control, and Isolation On Next-Generation Networks) is a future Internet architecture developed by ETH Zurich’s Network Security Group, led by Professor Adrian Perrig. Designed to address security issues in the current Internet, SCION significantly enhances network security. It is already being used in Switzerland, including by the Swiss National Bank and more than seven ISPs. □ KISTI’s Korea Research Environment Open NETwork (KREONET) has been pursuing cooperation with ETH Zurich’s Network Security Group since 2017. Following in-depth discussions beginning in 2021 on SCIERA, a secure global research backbone based on SCION, KREONET of Korea, G&Eae;ANT of Europe, and SWITCH, the Swiss National Research and Education Network, have jointly built and are now operating the SCIERA backbone.    * SCIERA (SCION Education, Research and Academic Infrastructure) is a SCION-based global research network that connects researchers across Asia, North America, South America, Europe, and even Africa. KISTI has established and is operating the SCIERA infrastructure over KREONET across the Asia–North America–Europe segment. □ KREONET is a world-class national research and education network capable of transmitting massive volumes of data at ultra-high speed for big science, convergence research, and the fields of artificial intelligence (AI), quantum, and high-performance computing (HPC). Through this MOU, the two institutions will pursue △ the joint development and operation of SCIERA, △ the establishment of a secure science and technology research backbone based on SCION, and △ the development of advanced testbeds. In addition, the two sides plan to expand SCION-based international joint research through international collaborative research programs, including the European Union’s Horizon programme. □ Buseung Cho, Director of KREONET Center at KISTI, said, “Through cooperation with the ETH Zurich SCION team, we will not only advance the establishment and operation of the SCIERA infrastructure as a secure global research backbone, but also prepare joint international research to develop SCION-based high-performance virtual private network (VPN) technologies between Korea and Switzerland, as well as between Korea and Europe. We will further strengthen practical research collaboration so that these technologies can be applied to global scientific and technological research fields that require highly secure and high-performance networks.” □ Professor Adrian Perrig of ETH Zurich, who leads the SCION project, said, “KISTI is a highly innovative research institute in networking, and KREONET is a globally leading research and education network. We are very excited to collaborate with KISTI to build the world's first high-security research network.” KISTI–ETH Zurich MOU Signing Ceremony Architecture of the SCION-based Global Research Network https://www.kisti.re.kr/eng/news/post/eng_news/6939?t=1776141165134#

29 2025.08.

KREONET Workshop 2025
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