High player count for UE (FPS games)
Optimized replication and bandwidth management for high player counts in Unreal Engine.
Network & Multiplayer
High-end network solutions for smooth, secure multiplayer gameplay across all platforms and network architectures.
Our teams work across the entire multiplayer stack. From low-level replication and transport layers through to backend infrastructure, matchmaking, and social features—we’re fluent on any architecture, any engine, and any major framework.
What we do
Gameplay replication
Optimized network replication for movement, combat, physics, and state synchronization.
Network communication
Transport layers, protocols, packet optimization, and bandwidth management.
Cross-play support
Seamless cross-platform multiplayer via PlayFab, GameLift, Photon, EGS, or custom solutions.
Social features
Friends lists, parties, invites, voice chat, and social UI systems.
Local & co-op multiplayer
Split-screen, couch co-op, and local network play with proper input and camera handling.
Scalable dedicated server infrastructure
Production-ready architecture that scales horizontally with player demand.
High-load MMO solutions
Server clustering, spatial partitioning, and optimized replication for massive player counts.
Network optimization
Bandwidth reduction, latency compensation, prediction/correction, and performance profiling.
Our work
Our expertise
High player count (64+) for proprietary engines
Custom networking supporting 64+ players in fast-paced FPS games.
Server-to-server synchronization
Server mesh and cross-server communication for MMOs and large-scale multiplayer.
PlayFab, GameLift, Photon, EGS integration
Major multiplayer frameworks and services for cross-play and matchmaking.
Deterministic replication
Lockstep and deterministic networking for competitive games requiring perfect sync.
Automated network performance profiling
Custom frameworks that continuously monitor performance and flag issues.
Load testing & full-scale MP testing
Validation under real-world conditions and peak loads.
Process Breakdown
01
Architecture design & planning
Replication strategy, server topology, scalability approach, infrastructure costs—all based on your requirements.
02
Core networking implementation
Transport layers, replication, session management, matchmaking. First playable multiplayer builds for validation.
03
Feature development & optimization
Movement prediction, lag compensation, cheat prevention, social features. Continuous bandwidth and latency tuning.
04
Infrastructure & backend deployment
DevOps, monitoring, scaling, and services for persistence, matchmaking, and analytics.
05
Comprehensive load testing & launch support
Capacity validation, post-launch monitoring, and optimization based on real player data.
Related Solutions
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