MSK-IX

MSK-IX
Name	MSK-IX
Type	Nonprofit association
Founded	1995
Headquarters	Moscow, Russia
Area served	Russia, Eurasia
Industry	Internet exchange point

MSK-IX

MSK-IX is a major Internet exchange point headquartered in Moscow that interconnects Internet service providers, content delivery networks, cloud providers, and enterprise networks. It operates a distributed switching fabric and colocation footprint to reduce transit costs and improve resilience for regional and international traffic. The exchange interfaces with global networks, peering platforms, and regional carriers to support high-capacity routing and content distribution.

Overview

MSK-IX serves as a central peering hub linking operators such as Rostelecom, MTS, MegaFon, Beeline, Cloudflare, Akamai Technologies, and Amazon Web Services. Its facilities interconnect with data centers operated by Equinix, Digital Realty, IXcellerate, and Stack]). MSK-IX supports both IPv4 and IPv6 sessions and offers services familiar to participants of exchanges like LINX, DE-CIX, AMS-IX, and IX.br.

History

MSK-IX was established in 1995 amid a period of Internet expansion following the breakup of the Soviet Union and the liberalization of Russian telecommunications. Early connectivity involved partnerships with backbone providers such as TAT-14 participants and links to transit operators like Level 3 Communications and TeliaSonera. During the 2000s the exchange expanded capacity paralleling trends seen at Telehouse, MAE-East, and MAE-West, and adopted carrier-neutral practices common to exchanges like NL-ix and Netnod.

Network Infrastructure

MSK-IX operates a multi-site Ethernet switching fabric across metropolitan and regional data centers, utilizing equipment vendors such as Cisco Systems, Juniper Networks, and Arista Networks. The physical layer spans fiber routes connecting Moscow to hubs in Saint Petersburg, Novosibirsk, and cross-border links towards Tallinn and Helsinki. Its backbone incorporates Dense Wavelength Division Multiplexing systems used by carriers like TE Connectivity partners and relies on routing platforms compatible with standards from the IETF and protocol implementations used by projects like FRRouting.

Services and Peering

MSK-IX offers peering VLANs, route server services, remote peering similar to platforms like Equinix Fabric and Megaport, and private interconnect options akin to Direct Connect (AWS). Members exchange traffic for content from providers including YouTube, Netflix, VK, Yandex, and social platforms such as Instagram and Telegram Messenger. The exchange supports BGP communities, route filtering best practices modeled after MANRS, and allows participation in multicast exchanges used by broadcasters comparable to systems in NorduNet.

Governance and Membership

MSK-IX is governed by an association board and membership council with representatives from commercial carriers, content providers, and academic networks similar to governance structures at RIPE NCC and Internet Society. Membership categories include full members, connectors, and observers paralleling models at Euro-IX. Participants include national research networks like RUNNet, academic institutions, mobile operators, content delivery networks, and cloud providers such as Google Cloud Platform and Microsoft Azure.

Traffic Statistics and Performance

MSK-IX publishes aggregate traffic statistics reporting peak throughput, average utilization, and port counts comparable to reports from DE-CIX Frankfurt and LINX London. Metrics track 10 GbE, 40 GbE, 100 GbE, and 400 GbE port deployments and monitor packet loss, jitter, and latency with targets aligned to service-level expectations used by carriers including Orange S.A. and Deutsche Telekom. Historical growth reflects expansion of video streaming, gaming, and cloud services similar to trends observed in reports by Akamai (company) and the Cisco Visual Networking Index.

Security and Incidents

MSK-IX implements operational security measures including route filtering, DDoS mitigation partnerships with scrubbing providers like Prolexic and Arbor Networks, and secure management channels following practices promoted by ENISA and CERT-EU. Notable incidents in the regional Internet ecosystem—such as optics failures, fiber cuts, and policy-driven routing changes—have involved coordination among operators akin to incident responses coordinated by NCC Group and national regulators like Roskomnadzor.

Category:Internet exchange points