Network Intelligence for Gaming | Kentik

Optimize gameplay efficiency at international scale with AI-driven community intelligence

Global gaming platforms function beneath fixed stress to ship low-latency, always-available gameplay to tens of millions of concurrent gamers. Launch-day spikes, international tournaments, and seasonal updates drive unpredictable site visitors surges that stress hybrid infrastructure spanning information facilities, multi-cloud environments, CDNs, and international transit networks. Milliseconds of latency or packet loss can affect participant retention, aggressive equity, and income. At the identical time, DDoS assaults, ISP instability, and cloud visibility gaps sluggish root-cause identification throughout stay gameplay incidents.

The Kentik Network Intelligence Platform brings stream, routing, cloud telemetry, and AI-driven evaluation collectively to disclose the place participant site visitors strikes, detect points quicker, and keep constant gameplay efficiency at international scale.

Unified community visiblity
Leverage AI-driven insights to unify information right into a single operational view. Accelerate investigation time, eradicate blind spots, and assist assured choices throughout spine, cloud, CDN, and web paths.

Reduced infrastructure prices
Analyze site visitors patterns, interconnect utilization, and cloud egress habits to cut back pointless transit and cloud prices whereas sustaining constant latency and capability for international participant populations.

Reliable gameplay efficiency
Detect latency, packet loss, jitter, and routing instability throughout international infrastructure earlier than gameplay degrades, defending participant expertise throughout launches, tournaments, and peak gameplay durations at a world scale.

Kentik community intelligence helps you:

Ensure end-to-end efficiency and shield participant expertise

Gain a unified view of participant site visitors throughout ISPs, transit suppliers, cloud areas, and information facilities to know how gameplay strikes throughout hybrid infrastructure. By correlating stream, routing, and cloud telemetry in a single platform, groups detect latency, congestion, routing instability, anomalies, and DDoS exercise earlier than they affect gamers. AI-driven evaluation highlights prime contributors throughout areas, providers, and ASNs, whereas root trigger evaluation and community forensics pinpoint whether or not points originate from cloud, transit, ISPs, or inner providers. This accelerates remediation, reduces MTTR, and protects participant expertise throughout launches and peak occasions.

Optimize cloud, transit, and interconnect prices

Identify inefficient routing paths, cloud egress prices, and interconnect utilization throughout hybrid infrastructure. By analyzing site visitors flows and supplier dependencies, groups uncover overprovisioned hyperlinks and peering alternatives, enabling cost-efficient scaling whereas sustaining efficiency and capability.