Performance, stability, ports, and the update your players keep asking for.
We work on isolated branches in your repository, price by fixed milestones, and back every merge with before-and-after benchmarks on target hardware.
Post-launch pressure adds up fast when one or two programmers are juggling live hotfixes, hardware quirks, and the next content update at the same time. These are the engagements we take on most often.
Crashed two hours into a deep run and wiped my entire save file.
Runs great for the first 30 minutes, then turns into a slideshow whenever combat gets busy.
Love the core loop, just really hoping the promised endgame update hasn’t stalled out.
Text is tiny on Steam Deck and half the menus still make you use the touchscreen.
Every hotfix patches one bug and somehow breaks two completely unrelated things.
Really enjoying this—please add Simplified Chinese and Japanese support!
You don’t need an open-ended retainer to start. Every engagement begins with a bounded technical assessment—so you have exact root causes, scope, and fixed milestone pricing before committing.
Under mutual NDA, we pull your repository, reproduce key issues, and deliver a written breakdown of root causes, technical options, and milestone quotes. The report is yours to keep either way.
Agreed work is broken into self-contained milestones with clear acceptance criteria and fixed pricing—no unpredictable hourly billing.
We work on dedicated branches inside your Git or Perforce repo, sharing testable builds and brief written updates your lead can review asynchronously.
Every change is profiled and verified on target hardware before merge, complete with engineering notes. Optional monthly capacity is available around major patches.
Every bug fix and optimization pass ships with a concise technical record—covering reproduction steps, root cause, code changes, and before-and-after hardware numbers—so your team never inherits a black box.
Whether you are shipping on a current LTS build, maintaining a years-old engine branch, or running your own C++ framework, we get local builds and hardware profiling running quickly.