Headless server builds
Repeatable Linux or supported target builds, configuration, content versioning and runtime diagnostics.
DEDICATED GAME SERVER HOSTING
Dedicated Game Server Hosting & Operations
Deployment, allocation, regions, health and version-safe releases for studios running dedicated servers for their own multiplayer games.
Capacity follows session demand while active matches remain protected and failures remain diagnosable.
WHAT WE BUILD
Dedicated server infrastructure shaped around active matches.
We package and deploy authoritative game-server builds, then connect them to allocation, regions, capacity, health and safe version rollout. The infrastructure understands that an active match cannot be treated like a stateless web request.
Allocation and admission
Match requests, placement, connection details, authentication, readiness and failure-safe handoff.
Capacity and regions
Warm supply, scaling signals, geographic placement and cost controls based on session demand.
Health and rollout
Process health, match-aware draining, crash recovery, canary versions and protection for sessions already in progress.
WHO THIS IS FOR
Server hosting for studios, not server rental for players
This service is for studios and publishers that run dedicated servers for their own multiplayer game. We do not rent community servers for existing games to players.
Build and deployment engineering
We package your server build and set up deployment, allocation, regions and releases for your team to run.
Ongoing operation
We continue to operate capacity, releases, monitoring and incidents under an agreed scope.
Managed server hostingSession-aware infrastructure design
Architecture for fleets, orchestration and capacity when the game outgrows a simple setup.
Game server infrastructureHOW WE WORK
How we move from server binary to reliable session capacity
We measure startup, resource use, match duration and regional demand, then select the simplest hosting model that can protect sessions and meet recovery goals.
- 01
Characterize the workload
Benchmark server CPU, memory, bandwidth, startup, session length and build compatibility.
- 02
Package and instrument
Create immutable builds with configuration, logs, metrics and termination behavior suitable for automation.
- 03
Connect allocation
Integrate matchmaking or session services with placement, readiness, admission and cleanup.
- 04
Exercise operations
Test demand spikes, crashes, deployment, draining, rollback and regional impairment.
DELIVERABLES
Dedicated-server deliverables
We can deliver the platform to your operators or continue under a managed-hosting engagement.
- Headless build and container package
- Allocation and session integration
- Regional capacity and scaling policy
- Metrics, logs, alerts and dashboards
- Deployment, drain, rollback and recovery runbooks
TEAM EVIDENCE
Projects behind this service
Projects include original Backend Alchemist productions and work delivered by current team members in previous studio, leadership and contract roles. Each project page states the team's contribution.
COST & CAPACITY
What determines hosting effort and running cost
Hosting cost is measured, not guessed. We characterize your server build before recommending providers, regions or capacity.
We do not quote uptime or capacity figures before measuring the workload. Availability targets and response responsibilities are agreed in writing.
- CPU, memory and bandwidth per session
- Session length and peak concurrency pattern
- Number of regions and latency targets
- Provider model: cloud, bare metal or a mix
- Release frequency and version overlap
- Whether your team or ours operates the platform
FAQ
Questions specific to this path.
Do we need Kubernetes?
Not necessarily. We choose orchestration only after server workload, scale, team capability and operating economics justify it.
How are active matches protected during releases?
New allocation moves to the approved version while older capacity drains existing sessions according to explicit compatibility and timeout rules.
Can this run in more than one region?
Yes. Region choice is connected to latency, population, warm capacity, data dependencies and the cost of maintaining useful availability.
NEXT STEP
Bring us the constraint, not a polished brief.
A technical lead will review the current state and recommend the smallest useful next step.
Start a project
