Game engine work
Sniper 3D: Gun Shooting Games
Engine programming under NDA: shot ballistics, low-end performance, and game systems. Most of the studios we work with don't put our name in the credits — this is one of the few we can name.
Screenshots
Official screenshots pending publication — they'll be added once we have rights confirmed by the studio.
About the game
Sniper 3D: Gun Shooting Games is a mobile sniper shooter developed by Wildlife Studios, with over 500 million downloads on Google Play. Players take on precision shooting missions with realistic bullet physics, across hundreds of different scenarios, in story mode and multiplayer.
What is "the engine" in a game like this?
The engine is the software underneath the game: it doesn't decide what a weapon looks like or how a scenario is rendered — it decides how many frames per second a given phone can sustain without overheating, how every bullet's trajectory is calculated, how much memory each loaded texture takes up, and when to unload it so the phone doesn't run out of RAM. The game is the rules and the art; the engine is what makes them run the same on a 2018 phone as on a 2026 one, without the player noticing the difference. Here it also has to sustain that through a real-time shooting session: bullet physics, impact physics, and loading/unloading a new scenario's assets every few seconds — all without the framerate ever dipping. It isn't level design or art — it's pure engineering, and it almost never gets a byline.
Eleven years of engine work in production, nonstop
Sniper 3D has been on Google Play since November 2014 — almost eleven years of continuous live service, with over 500 million downloads and an average rating of 4.5-4.6 out of 5 across more than 16 million reviews. The engine challenge here isn't a rocky launch — it's the opposite. Keeping a single engine performing well across thousands of different phone models, from very low-end to today's flagships, while still shipping new content every few weeks and never being able to afford a full rewrite that would break backward compatibility.
That's Android fragmentation at its most extreme: every processor generation, every RAM size, and every OS version since 2014 still has active devices playing the game today. That's exactly where our engine work comes in — automatic graphics quality profiles based on detected hardware, aggressive texture memory management so the game doesn't depend on how much free RAM the phone happens to have at that moment, and backward compatibility verified on every update, never assumed.
Our engine work
Available on
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