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+23% Day-14 Retention

Delivered a high-performance mobile shooting simulator with stronger retention and monetization loops.

Built a stable and engaging gameplay loop optimized for mobile performance.

Project: Shooting Range Rifle Sim 3D

GameUnitySimulation

Executive Summary

A quick leadership snapshot of platform scope, delivery approach, and measurable outcomes.

Industry

Gaming / AR/VR

Platform

Mobile

Tech Stack

Unity, C#, Mobile SDK

Result

+23% Day-14 Retention

Timeline

10 weeks

Service Category

Game Development

Type

Client Project

Problem

Client Background

The game required stronger core-loop retention and lower device-specific performance issues.

Critical Risk Area

Early gameplay sessions did not create enough progression momentum for sustained retention.

  • Frame drops on lower-end devices
  • Weak progression motivation
  • Short average sessions

Solution

Delivery Outcome

We optimized gameplay systems, progression rewards, and rendering performance for smoother and longer sessions.

Why this approach

Retention in simulation games depends on stable controls, predictable progression, and session continuity.

Gameplay balancing

Progression economy

Performance tuning

Session analytics

Process

How we made key decisions, handled technical complexity, and applied engineering expertise to deliver measurable outcomes.

1

Product & Architecture Decisions

  • Modularized gameplay modes for faster tuning
  • Optimized rendering pipeline by device segment
2

Technology Selection Reasoning

  • Unity for rapid gameplay iteration
  • C# tooling for deterministic simulation updates
3

Complexity Managed

  • Reduced mid-session FPS drops
  • Improved progression clarity for returning users
4

System Design Approach

Launched gameplay stability updates first, then tuned retention and monetization layers through live telemetry.

Engineering Highlights

Key technical decisions that enabled production-grade reliability, maintainability, and system scale.

Backend Architecture Design

Modularized gameplay modes for faster tuning

API Integrations

Unity for rapid gameplay iteration

Performance Optimization

Optimized critical execution paths to improve response times and reduce operational overhead.

Scalability Considerations

Modularized gameplay modes for faster tuning

Data Processing Workflows

Session analytics

Tech Stack

A modern technology stack selected to maximize performance, scalability, and delivery speed.

Our stack is selected for reliability, maintainability, and production scale.

Core Stack

Unity
C#
Mobile SDK
Analytics

Supporting Tools

We also work with a wide range of modern technologies based on project requirements.

Ad SDKGame ServicesCloud SavePush Notifications

Infrastructure / Workflow

Git
GitHub
GitLab
CI/CD
Code Reviews
Agile
Testing & QA

Results

Measured outcomes across efficiency, scalability, and system performance improvements.

Efficiency

+23%

Day-14 Retention

Automation

+27%

Sessions per User

Scalability

-39%

Crash Rate

Day-14 Retention

Before

17%

After

20.9%

Sessions/User

Before

4.8

After

6.1

Crash Rate

Before

3.1%

After

1.9%

Business Impact Snapshot

  • Improved day-14 retention by 23% and increased session count per user by 27%.
  • The game achieved stronger repeat play behavior and healthier monetization readiness.

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