Compare Game Backends

Feature checklists only tell part of the story. Two backends can both tick "server authoritative" while implementing it in fundamentally different ways. This comparison focuses on the architectural dimensions that reveal the deeper differences between platforms.

Architecture Comparison

How each platform approaches the nine dimensions that matter most. Scroll horizontally to see all platforms.

PlatformServer AuthorityShared LogicIntegrationSource AccessConfig PipelineDashboardDeploymentScalabilityDev Experience
AccelByteOrchestrates developer-built dedicated serversSeparate codebases (REST clients vs gRPC server)Modular microservices (Foundations + add-ons)SDKs + templates open; platform closedCloudSave JSON records (no dedicated config service)Fixed admin portal + optional AIS analyticsShared cloud, private cloud, or BYO AWSMicroservices with per-namespace isolationCloud-only for platform services
AWS GameLiftHosts developer-built server binary (no game logic)Separate codebases; developer builds everythingServer hosting only; assemble other AWS servicesServer SDKs open source (Apache 2.0)None — use AWS AppConfig or DynamoDBAWS Console (infrastructure management only)AWS managed fleets + Anywhere (hybrid)EC2 auto-scaling fleets with Spot instancesLocal testing via GameLift Anywhere
brainCloudAPI restrictions + JavaScript pre/post hooksSeparate codebases (JS server, C#/C++ clients)Single integrated platform (30+ features)Client libraries only; server and portal closedKey-value string properties with categoriesFixed integrated portal (Design + Monitor + Report)Managed cloud; private instances for enterpriseManaged multi-tenant; elastic API billingCloud-only development
ColyseusServer-owned state with delta syncSchema definitions shared (JS/TS); codegen for C#Multiplayer framework only; no backend featuresFull source (MIT license)None — build your ownBasic monitoring panel (@colyseus/monitor)Self-hosted (free) or Colyseus CloudVertical only; horizontal via Redis (roadmap)npm create, instant local server
Heroic LabsDeveloper-written match handler callbacksTypeScript reuse possible, not deterministicThree separate products (Nakama + Satori + Hiro)Nakama server open source (Apache 2.0)No built-in system; Satori feature flags optionalTwo fixed dashboards (Nakama Console + Satori)Self-hosted (free) or Heroic CloudSingle node ~10K CCU; Enterprise for clusteringDocker Compose local setup
MetaplayDeterministic re-execution with checksum validationSame C# compiles to Unity client and .NET serverSingle integrated platform (actor model)Full source: server, client SDK, and dashboardSpreadsheets → typed C# objects → OTA binary deliveryVue.js source available, designed to be extendedManaged cloud + self-hosted on your AWSStateful actor model; ~1,000 CCU per vCPUdotnet run starts full server locally
PlayFabDeveloper writes CloudScript or Azure FunctionsSeparate codebases (client vs CloudScript)Collection of independent Azure microservicesClient SDKs only; server and dashboard closedKey-value title data stored as stringsFixed SaaS dashboard (Game Manager)Managed only (Microsoft Azure)Azure-managed horizontal scalingCloud-only; no local backend server
Unity Gaming ServicesServerless Cloud Code validation scriptsPartial — shared .NET types only, not executionSuite of independent cloud servicesMostly closed; Netcode for GameObjects open sourceKey-value Remote Config with JSON schemaFixed SaaS dashboard (Unity Dashboard)Managed only (Unity cloud)Serverless auto-scaling per serviceCloud-only for backend services

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