Insights

This article highlights how Diarkis’ built-in metrics enable real-time analytics for multiplayer games, offering JSON and Prometheus support to track KPIs, optimize performance, and enhance player experience.

This article introduces Diarkis CSAR, a module for managing multiplayer game infrastructure. It covers how CSAR enables resilient DGS orchestration, supports hybrid communication between server relay and peer-to-peer, and automates host assignment in Client-Host setups, reducing costs and development complexity.

This article explains how Diarkis’s distributed architecture supports edge deployment using containers, Kubernetes, and in-memory state sharing enabling low-latency, fault-tolerant infrastructure for real-time applications.

In this article, we explain how we use Diarkis MatchMaker, Room, and P2P to support rollback netcode and lockstep, enabling us to build scalable, low-latency infrastructure for competitive fighting games.

Asymmetrical multiplayer games require specialized matchmaking for role and team balance. Diarkis MatchMaker delivers low-latency, decentralized matchmaking with customizable rules and fault-tolerant architecture. Ideal for real-time, role-based pairing at scale.

Diarkis Field manages location-based updates at scale, reducing network load with packet culling and requiring no complex developer logic.

Diarkis improves peer-to-peer communication with a fallback relay that ensures low-latency reliability when direct connections fail, solving NAT and firewall issues as seen in TEKKEN 8.

Diarkis uses a decentralized architecture to deliver scalable, low-latency, and fault-tolerant infrastructure for real-time applications.

Diarkis MatchMaker delivers fast, scalable, and fault-tolerant matchmaking for fair multiplayer experiences without single points of failure.