Discover how the cyber protection leader, Acronis, cut network costs by over 50%, simplified operations, and preserved customer performance by rethinking its North American architecture.
Quad9 achieved 95% local routing and lower latency by partnering with i3D.net. Learn how this upgrade strengthens DNS security and user experience.
Read more about how Funcom scaled Dune: Awakening with i3D.net’s FlexMetal with fast global deployment, high performance, and seamless MMO growth.
Ubisoft moved from VM-based K8s to direct-to-metal infrastructure using i3D.net’s bare metal cloud, achieving 2.5× cost optimization and reducing control-plane infrastructure costs by over 80%.
See how Discord delivers real‑time voice and video at scale with i3D.net’s ultra‑low‑latency backbone and extensive direct peering network.
Learn how Alta optimized latency and cost by complementing AWS/GCP with i3D.net’s direct‑to‑metal compute for multiplayer VR.
Prophecy Games enhanced global FPS matchmaking with i3D.net’s low‑jitter network, reducing wait times and improving in‑match responsiveness.
Explore how Quad9 enhances threat‑intelligence coverage using i3D.net’s robust backbone to counter millions of malicious domains per day.
Hi‑Rez cut ping by up to 55ms with ~50% lower latency by running Divine Knockout on i3D.net bare metal with Anti‑DDoS.
Psyonix responded to community latency demands by deploying Rocket League servers across i3D.net’s global low‑latency backbone.
Victa accelerates BI insights using i3D.net’s reliable network architecture, eliminating slowdowns in multi‑source data processing.
Learn how Massive relies on real‑time, engineer‑to‑engineer collaboration with i3D.net to troubleshoot live services, tune infrastructure, and keep Division 2 sessions stable under peak demand.
Discover how Kwebbl ensures reliable, low‑latency VoIP using i3D.net’s fully redundant backbone, wave connections, and high‑quality Dell and Juniper hardware.
Sona Business unlocks carrier-grade reliability by leveraging i3D.net for secure colocation, low‑latency routes, and always‑on operations.
