tinyBuild releases hit
game Hello Neighbor
for mobile with help
from pingle studio
deliver Hello Neighbor’s innovative procedural AI gameplay experience to a new audience on mobile for tinyBuild
tinyBuild received the mobile port of their hit game in just one quarter, helping more gamers to enjoy Hello Neighbor than ever before
commercial reception
– 4.2/5 rating on Google Play
from 160K+ reviews.
Alex Nichiporchik - CEO at tinyBuild
We often require help with projects “on fire”.
Pingle has always been flexible enough to accommodate our needs. They’ve not been scared by challenging projects.
We were able to ship multiple projects on tight deadlines with the challenging tech behind them. Pingle were able to deliver on time.
adaptive in porting
console-grade
graphics to mobile
devices
agile with
optimization of any
game’s code and
assets
vision grounded in
15+ years of
experience with
unreal engine
tinyBuild reached more
paying players by letting us
port Hello Neighbor to iOS
and Android
Adapting existing code<br>
to mobile stores requirements.<br>
Console-like graphics and
performance on Android devices via
content optimization pipeline.
Touchscreen controls for
mobile designed from
scratch.
here are some solutions we’re
especially proud of
It took ten developers from our team two months to create the iOS version of Hello Neighbor and three months for the Android version. Throughout that time, they overcame many challenges to help tinyBuild bring Hello Neighbor to life on mobile.
Reproduce Hello Neighbor’s console-grade graphics on mobile devices.
01. Analyze CPU/GPU profiles to detect the most resource-consuming assets of the game.
02. Analyze the most resource-consuming assets from an art perspective.
03. Make required changes to adapt graphics without loss of artistic quality:
– remove unnecessary geometry
– decrease shader complexity
– simplify post-processes
Design touchscreen controls for the mobile game from scratch.
01. Create multiple control prototypes.
02. Test the prototypes on a focus group.
03. Adjust the most popular scheme based on user feedback and implement it into the final design.
Achieve high performance for Hello Neighbor on mobile devices.
01. Analyze CPU/GPU profiles to detect the most resource-consuming assets of the game.
02. Create a content optimization pipeline based on the CPU/GPU profile results.
03. Test the content optimization pipeline on a small slice of the game, and replicate results once successful.
Ensure a seamless gameplay experience for players to enjoy on mobile devices.
01. Perform playtests to detect most difficult places for players
02. Modify gameplay to enable better control through those parts of the game.
achieve greater
success
related cases
