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Currently available for select engagements

Hire Software Developer for Game Studios
Senior, direct, no layers

Hire a Software Developer for Game Studios: a software developer builds reliable custom software: clear requirements, tested code, and systems the business can maintain for years. Built around how game studios actually work, starting from the systems you already run.

15+
Years Experience
100+
Projects Delivered
6
Countries Served
$25M+
Revenue Enabled
Game Studios — Software Developer

A senior software developer for game studios

Launch week exposes every gap at once: store pages, patches, community answers, and platform checks competing for the same small team. A software developer starts from that pattern, because it is where players feel the cost first.

A software developer builds reliable custom software: clear requirements, tested code, and systems the business can maintain for years. For game studios, that means work shaped around pre-production, vertical slice, alpha and beta, launch, and seasonal live-ops, with players, publishers, and platform holders as the people it ultimately serves. Because players, not viewers, are the audience, everything is tested against real play, not just review.

Games are interactive products, not linear content: players break things in ways no test plan predicts, and the work has to be built around that reality. Start with a discovery call on one real workflow, and judge the fit on that before any wider scope is agreed.

What you get

What this engagement covers for game studios

  • Build the core features behind playtest feedback and build stability with tests that protect the parts that matter most.
  • Rebuild the fragile or undocumented parts behind live-ops events and seasonal content and documentation a new developer can actually follow.
  • Build the integrations that connect player telemetry and progression balance to other systems with tests that protect the parts that matter most.
  • Build the automated tests that protect store pages and launch checklists from regressions with tests that protect the parts that matter most.
  • Build the deployment pipeline behind community reports and bug queues and documentation a new developer can actually follow.
  • Fix the performance problems hiding in patch and hotfix releases with evidence so releases are routine instead of stressful.
The systems game studios actually run

Built on your stack, not on top of it

Most game studios already run on game engines, large-asset version control, automated build pipelines, live-ops tooling, playtest scheduling, store pages, and player telemetry. The work passes between systems by hand, and the current state of a job is genuinely hard to see. A software developer connects that stack, using modern languages and frameworks, automated testing, and deployment pipelines, and standardises the routines around it.

A change to a live game reaches every player at once, so releases are staged and rollback is planned before launch, not after. Custom software is a long-term commitment; if an existing tool already does the job, buying it is recommended over building.

A sensible first project is one loop, such as playtest feedback into the next build, measured on how fast reported issues reach a fix or a decision. Scope stays narrow until the result is proven on that one job.

How it works

From kickoff to delivery for game studios

  1. Discovery and workflow pick

    One workflow first, usually playtest feedback and build stability, chosen from where game studios actually lose time, with a clear success measure agreed before build.

  2. Build on your existing stack

    The work starts from engines, build pipelines, and live-ops tooling and connects them, rather than replacing tools the team knows. A software developer builds reliable custom software: clear requirements, tested code, and systems the business can maintain for years.

  3. Review and harden

    Real game studios work is run through the result before launch: edge cases, errors, and the human review steps that must never be skipped, especially where age ratings and platform certification applies.

  4. Launch and improve

    Go live to one team or one workflow, measure against build stability, patch turnaround, and player retention across seasons, and expand scope only on evidence.

Why Omer

Why hire Omer

  • Code tested where it matters, not everywhere equally, measured for game studios by build stability, patch turnaround, and player retention across seasons.
  • Documentation a new developer can follow, measured for game studios by build stability, patch turnaround, and player retention across seasons.
  • Releases that are routine, not stressful, measured for game studios by build stability, patch turnaround, and player retention across seasons.
  • Systems built to be maintained for years, measured for game studios by build stability, patch turnaround, and player retention across seasons.
  • Requirements agreed before code, not during it, measured for game studios by build stability, patch turnaround, and player retention across seasons.
Outcomes

What changes in practice

The realistic outcome is steadier builds, faster patch turnaround, and live-ops seasons that ship on the dates players were promised. In daily terms, that means pre-production, vertical slice, alpha and beta, launch, and seasonal live-ops run with fewer surprises and less chasing between systems.

That is the standard this engagement is measured against: not a launch announcement, but work game studios still use months later, maintained by their own team with documentation handed over at the end. To start, discuss your workflow — or browse the full hire hub.

FAQ

Questions, answered

Will this work with engines, build pipelines, and live-ops tooling?
Yes. The work starts from the game studios stack you already run: game engines, large-asset version control, automated build pipelines, live-ops tooling, playtest scheduling, store pages, and player telemetry. A software developer builds on those systems rather than replacing them, connecting modern languages and frameworks, automated testing, and deployment pipelines where the work actually happens, so the team keeps tools it knows.
What about age ratings and platform certification?
Age-rating requirements, platform certification rules, consumer-protection rules for in-game purchases, and privacy rules for younger players all shape this work. Anything built here respects those duties from the start, and steps that carry regulatory consequences keep a human check. Custom software is a long-term commitment; if an existing tool already does the job, buying it is recommended over building.
What is a sensible first project?
One loop, such as playtest feedback into the next build, measured on how fast reported issues reach a fix or a decision. One job done well gives the team something real to judge before wider scope is agreed, and the success measure is agreed before build starts.
Who inside game studios usually owns this work?
Usually the producer, with design and engineering leads on anything that changes gameplay or the build pipeline. The engagement is scoped so that owner can run it after handover, with documentation that does not depend on one person.
Build or buy for this?
Buy when an existing tool covers playtest feedback and build stability well, build when live-ops events and seasonal content is genuinely specific to how this business works. For game studios, that line is drawn on evidence from the workflow, not on a preference for building.
Currently available for select engagements

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