iGAMING Game Development
in Our Portfolio
Some samples of our work showcase the creativity, technical expertise, and dedication our team brings to every project. At Red Apple Technologies Pvt. Ltd., we have successfully delivered a wide range of game development solutions.

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Slots
RTP
97.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Slots
RTP
86.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Slots
RTP
95.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Slots
RTP
82.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Crash
RTP
82.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Crash
RTP
95.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Crash
RTP
86.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Crash
RTP
97.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Table
RTP
97.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Table
RTP
86.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Table
RTP
82.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Table
RTP
95.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Instant
RTP
97.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Instant
RTP
95.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Instant
RTP
82.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Instant
RTP
86.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Slots
RTP
97.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Slots
RTP
86.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Slots
RTP
95.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Slots
RTP
82.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Crash
RTP
82.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Crash
RTP
95.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Crash
RTP
86.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Crash
RTP
97.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Table
RTP
97.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Table
RTP
86.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Table
RTP
82.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Table
RTP
95.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Instant
RTP
97.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Instant
RTP
95.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Instant
RTP
82.00%
Volatility
Medium

Map users, workflows, goals, constraints & dependencies before scope.
Game Type
Instant
RTP
86.00%
Volatility
Medium
iGaming games combine gameplay, mathematics, RNG, backend systems, platform integrations, QA, and certification preparation. We develop these disciplines as one coordinated production pipeline.

1
stage
Ground the game concept in market, format, feature, and audience research before production begins
Benchmark comparable titles, mechanics, and market patterns to define a stronger product direction.
Align theme, visual direction, and volatility with the client's intended market and audience.
Assess mechanics, bonus features, and interaction patterns before locking the production scope.
Define hit frequency, variance & RTP parameters for the approved mathematical model.
Define themes, palettes, style frames, and visual references before asset production begins.
Create production-ready 2D/3D symbols, characters, environments, and animation assets.
Design responsive interfaces, win presentation, audio cues, and moment-to-moment feedback.
Map base-game flows, bonus rounds, progression, and interactions before development begins.
2
stage
Turn the concept into a defined game experience, visual language, feature set, and production plan.


3
stage
Implement game mathematics, RNG logic, and simulation around the approved product requirements.
Implement RNG-determined Class III & HHR pari-mutuel mathematics where required.
Implement secure RNG logic with outcome mapping, scaling, testing, and documentation.
Build paytables, hit frequency, volatility, and RTP around the approved game model.
Run large-scale simulations to validate return, variance, distributions, and edge cases.
Build RGS architecture for game logic, RNG, state management, configuration, and APIs.
Implement bet, win, rollback, refund, and free-round flows with reconcilable transactions.
Connect client-selected wallets, aggregators, and platform APIs through secure service layers.
Engineer low-latency, high-availability backend services for production workloads.
4
stage
Engineer the server-side systems, game-round logic, and APIs required for platform integration.


5
stage
Prepare builds, technical evidence, and documentation for independent testing and review.
Develop against applicable GLI-19 or GLI-11 technical requirements defined for the project.
Prepare simulation reports, PAR sheets, and RNG documentation for independent lab review.
Support review queries, defect resolution, and required build changes during the lab cycle.
Prepare technical documentation and builds for the testing laboratory selected by the client.
Build dashboards for GGR, RTP, session, round, and title-level operational metrics.
Implement engagement, retention, and feature-usage analytics for client product teams.
Track actual versus theoretical RTP and surface anomalies through client dashboards.
Build configuration and experimentation tools for features, content, and controlled variants.
6
stage
Build the client-side tooling required to monitor, configure, analyse, and evolve released titles.

SPECIALIST GAME MATHEMATICS
Different projects require different mathematical architectures. We implement RNG-determined Class III models and Historical Horse Racing pari-mutuel logic where those frameworks form part of the client brief.
RNG-DETERMINED
RNG-based mathematics implemented around the approved game and technical requirements.
Probability & Paytable Models
Implement probability, payout, and paytable logic around the approved game design.
CSPRNG Integration
Map secure RNG outputs to game outcomes through defined scaling and outcome logic.
RTP & PAR Modelling
Define return, hit frequency, volatility, and paytable behaviour within the math model.

PARI-MUTUEL
Pari-mutuel mathematics implemented around approved historical-race result structures.
Historical-Race Mapping
Map the game presentation to historical-race result structures defined for the project.
Pari-Mutuel Logic
Implement pool, outcome, and settlement calculations to approved specifications.
Distinct Math & Audit
Document mappings, calculations, and controls independently from Class III logic.
Independent review requires more than a finished game build. We prepare everything required for client.
Formal certification remains with the selected independent testing laboratory.

Build game logic, mathematics, RNG, art, frontend, and backend against the approved technical requirements.

Connect the game to the target RGS, wallet, aggregator, and platform APIs and validate round flows.

Prepare game builds, PAR sheets, simulation results, RNG evidence, and technical documentation.

Address technical queries, defects, and required development changes during independent lab review.
Our development stack supports responsive game clients, mathematical simulation, RGS integration, analytics tooling, and structured technical handover.
Cocos · Phaser · PixiJS
Unity (2D/3D)
HTML5 · WebGL
Spine/Skeletal Animation
Csprng Entropy
Simulation Engines
Par-sheet Modelling
Class Iii & Hhr Logic
Node.js · .NET · Go
Redis · PostgreSQL
Event-Driven Services
Aggregator & Wallet APIs
LiveOps Portal
Real-Time RTP Tracking
A/B & Config Tooling
Cloud & Observability
Red Apple Technologies provides B2B iGaming game development services covering game design, mathematics, RNG implementation, art and animation, frontend development, backend and RGS development, API integration, QA, certification preparation, and post-launch technical support.
Clients can engage us for complete game production or for specific development disciplines.
We develop multiple iGaming game formats, including slots, crash games, table games, instant-win games, mines-style games, and bespoke concepts.
The development scope can include game mechanics, mathematics, UI/UX, art, animation, backend systems, RGS connectivity, and platform integration.
Yes. Our technical scope can include game mathematics implementation, RTP and volatility modelling, PAR sheets, RNG and CSPRNG integration, simulation, backend game logic, and Remote Game Server development.
The exact architecture is defined around the approved game design and target platform environment.
Yes. We can support technical preparation for independent testing through QA, simulation reports, PAR sheets, RNG documentation, build preparation, defect resolution, and development changes required during review.
Formal certification and regulatory approval remain with the applicable independent testing laboratory and client.
Yes. Studios, investors, and platform teams can engage our developers, game artists, animators, UI/UX designers, QA specialists, and technical professionals as additional production capacity.
The engagement can cover a defined discipline, dedicated team, or complete game-development scope.
The timeline depends on the game format, mechanics, mathematical complexity, art and animation requirements, backend systems, integrations, testing coverage, and review cycles.
A focused title may require a shorter production cycle, while technically complex or content-heavy games require additional design, development, testing, and integration time.
The cost depends on the game format, feature scope, mathematical requirements, art and animation complexity, backend architecture, integrations, QA coverage, team structure, and post-launch requirements.
A reliable estimate should therefore be based on a defined production scope rather than a generic per-game price.
Yes. Our creative teams support concept art, 2D and 3D game art, symbols, characters, environments, animation, visual effects, UI design, and production-ready assets.
Creative specialists can work independently or alongside the game-development team throughout production.
Yes. We can integrate games with client-selected aggregators, wallet APIs, RGS environments, analytics systems, and platform services.
The integration scope can include authentication, session handling, transaction flows, rollback and refund logic, error handling, and technical testing.
Source-code ownership, intellectual property rights, asset ownership, licensing terms, and handover requirements are defined in the project agreement.
For custom game development, the commercial structure can be aligned with the client's required ownership and usage model before production begins.
We're here to discuss your ideas and requirements