High-Performance Global Network

Global Network Infrastructure

Our network is engineered for performance, redundancy, and reliability - backed by decades of operational experience and a commitment to doing things the right way. DigitalFyre maintains direct and indirect connectivity with a broad mix of Tier 1 providers including Lumen (AS3356), Orange (AS5511), Arelion (AS1299), NTT (AS2914), and others, providing diverse upstream paths, minimal latency, and optimal routing across continents.

Our infrastructure is anchored in strategic locations across North America, Europe, and Asia.

In North America, Ashburn, Virginia serves as our primary flagship, followed closely by New York City and New Jersey — major transit-rich hubs that form the backbone of our U.S. East Coast presence. In the central and western U.S., we operate from Dallas and Los Angeles, ensuring strong regional coverage and West Coast redundancy.

In Europe, we maintain infrastructure in London, Amsterdam, and Frankfurt, extending our reach into the European Continent with low-latency access to global markets.

In Asia, we operate from Singapore, with additional presence in Tokyo, further expanding our global footprint and improving connectivity across the region.

BGP redundancy and multi-homed uplinks are in place at all core facilities, and all locations are backed by DDoS mitigation. DNS services are powered by a globally distributed AnyCAST network, and both IPv4 and IPv6 are fully supported using our own IP space. Clients can monitor real-time network conditions through our Looking Glass and Network Status pages, ensuring full transparency. Whether you're deploying a single site or scaling globally, our network is built to support your workloads with confidence and consistency.

What Our Network Delivers

Built for performance, resilience, and real-world demands-without shortcuts or compromises.

Native Dual-Stack Connectivity

Every location supports native, GeoLocated IPv4 and IPv6 routing with global announcements, ensuring full compatibility, speed, and future-ready connectivity.

Redundant by Design

BGP-based multihoming across North America and Europe, with failover-ready paths and diverse upstreams across major metros.

100% Uptime SLA

Every facility and transit path is covered by strict uptime SLAs, proactive monitoring, and redundant routing.

AnyCAST DNS Infrastructure

DNS requests are resolved by the nearest server for faster responses, improved redundancy, and stronger DDoS protection.

DDoS Mitigation

Optional volumetric and application-layer protection designed to absorb and deflect threats without degrading normal traffic.

Carrier-Neutral Facilities

We operate in carrier-neutral, high-connectivity data centers, enabling greater flexibility, cost efficiency, and cross-connect availability.

Our Global Network Peers

A blend of direct, indirect, and transit-based connections to top-tier carriers, ensuring optimal reach, routing, and redundancy.

AS1299

Arelion (formerly Telia)

AS2914

NTT Communications

AS3320

Deutsche Telekom AG

AS3257

GTT Communications

AS7018

AT&T Services, Inc.

AS6453

Tata Communications

AS6762

Telecom Italia Sparkle

AS174

Cogent Communications

AS5511

Orange S.A.

AS12956

Telefonica (TATA Communications)

AS3491

PCCW Global

AS6939

Hurricane Electric

AS6830

Liberty Global (UPC)

AS6461

Zayo Group

AS64245

Worldstream

AS42831

UK Servers

AS149020

WebHorizon

AS397423

TierNET

AS19318

InterServer

AS26666

InterServer

0+

Global Carries

0

Continents Covered

0+

Data centers Worldwide

0Tbps+

Total Network Capacity

Efficiently Distributed, Performance Focused

Our infrastructure spans key locations across North America, Europe and Asia, delivering low-latency performance and reliable access wherever your users are.

New York
New Jersey
Ashburn
Dallas
Los Angeles
Amsterdam
London
Singapore
USA, New York
USA, New Jersey
USA, Ashburn
USA, Dallas
USA, Los Angeles
Netherlands, Amsterdam
England, London
Singapore, Singapore
Looking Glass

Certifications & Compliance

Our data centers meet global standards for security, availability, and operational excellence.

Location
New York New Jersey Ashburn Dallas Los Angeles London Amsterdam Singapore
ISO 27001
ISO 9001
PCI-DSS
SOC 2 Type II

Frequently Asked Questions

We maintain a diverse mix of Tier 1 and regional peers, including Arelion (AS1299), NTT (AS2914), GTT (AS3257), Tata (AS6453), and others. Our peering strategy blends direct and transit-based relationships to optimize performance and resiliency.
Yes - our entire network is dual-stack native. All services support both IPv4 and IPv6 with globally routed prefixes and no tunneling.
Yes. Network-wide DDoS mitigation is available and can be enabled per service. Protection covers both volumetric attacks and targeted application-layer threats.
We offer a 100% uptime SLA on core network services. The network is fully redundant, monitored around the clock, and proactively maintained.
Yes. Our Looking Glass currently supports real-time ping tests from multiple locations.
Yes — we support Bring Your Own IP (BYOIP) on bare metal deployments. BYOASN is available on a per-case basis in select locations. Contact our team to discuss onboarding custom network resources.
Yes. All DigitalFyre's IP ranges are actively maintained and correctly registered with major geolocation providers. We publish and continuously update our GeoFeed to ensure accurate, up-to-date location data for all IP assignments.
Direct peers refer to networks we connect to at the ASN level, such as our datacenter partners. These are physical or logical BGP connections within the same facility or over Internet Exchanges.

Indirect peers are the upstream carriers and global networks reachable through those direct links. By peering with our datacenter provider's ASN, we inherit access to their optimized carrier blend, benefiting from their high-capacity routes, diverse paths, and overall reach — without needing to peer with each carrier individually.

This setup allows us to maintain a lean network design while delivering exceptional global routing performance and redundancy.