Typical time from brief to first sprint output is 1 to 2 weeks.
Game-Ace provides dedicated back-end game developers for studios building multiplayer titles, live ops infrastructure, or scalable game services. Engineers work in Node.js, Go, C#, and Java, deploy to AWS, GCP, and Azure, and handle real-time synchronisation, matchmaking, anti-cheat, and player data layers. Engagements run from single developer hires to full back-end teams covering infrastructure, services, and live operations.
Hire back-end game developers now
More than two decades in game development.
In-house production team across key disciplines.
Delivered across selected game genres.
Back-end engineering for games operates under different pressure than typical web back-end work. Real-time multiplayer demands authoritative server logic with millisecond-scale response times, player data has to survive client disconnects and device migrations, and the same infrastructure has to handle quiet midweek traffic and major launch spikes without per-event rearchitecting. Game-Ace back-end engineers work on shipped multiplayer and live ops titles, so the engineering output is graded on uptime under real load rather than only against synthetic benchmarks during the test environment.
Clients hire individual back-end engineers, paired infrastructure and services specialists, or full back-end teams on a dedicated monthly basis. Teams plug into your Git, Jira, and infrastructure pipeline from day one of the engagement. NDA and IP transfer are signed before any access to repositories or cloud credentials. Game-Ace can also extend the engagement with DevOps, QA, and live ops capacity from the same studio when the project needs full infrastructure pipeline coverage.
Game-Ace back-end engineers ship infrastructure that holds up under live player load rather than only synthetic test conditions.
Hiring a dedicated back-end developer from Game-Ace starts from €5,500 per month for a mid-level C# engineer, with Node.js and Go engineers in a similar range. Senior back-end specialists with shipped multiplayer credits and production cloud infrastructure experience are priced higher. Full back-end teams are quoted per scope and target concurrency.
We review the multiplayer model, target concurrency, cloud platform, and live ops scope to define the seniority profile and engineering mix the project needs.
We identify back-end engineers from our in-house team whose shipped titles match the multiplayer model, language stack, and cloud platform of the project.
Shortlisted engineers are evaluated on code samples, architecture experience, and prior live ops or multiplayer launch incidents handled on the target stack.
Client reviews shortlisted candidates with portfolio and technical notes provided. Interviews are scheduled at the client's preferred cadence.
Engagement terms, deliverable schedule, and communication setup are agreed. NDA and IP transfer are signed before any repository or cloud credential access.
Engineers join the client's sprint cadence with weekly deliverables and milestone services validated against the agreed concurrency and uptime targets.
Typical time from brief to first sprint output is 1 to 2 weeks.
Game-Ace back-end developer engagements deliver source code committed to the client's repository, infrastructure documentation, API specifications, and full IP transfer at engagement close.
GSN Games is one of the global leaders in mobile social casino games.
Program-Ace and GSN Games have been working closely together on the development of several online games.
Game-Ace’s support was integral to the success of this project. Without them, the client wouldn’t have been able to complete the work on time.
They were responsive and their work was high quality – the client rarely had to share constructive criticism.
Game-Ace has successfully integrated with the in-house development team and has earned more responsibility as the engagement has prospered.
By quickly adapting to a sophisticated technology stack, they have helped to increase product quality and reduce an extensive task backlog.