iGaming Platform Development Company

Yes. We can develop a custom iGaming platform around the client's product requirements, architecture, integrations, workflows, and delivery scope.

The build can include user-facing interfaces, backend services, wallet architecture, administration tools, integrations, reporting systems, security controls, and supporting infrastructure.

Yes. We can develop seamless, transfer, or hybrid wallet architectures depending on provider requirements and the wider platform design.

The scope can include balance APIs, debit and credit flows, rollback logic, transaction ledgers, reconciliation, provider transfers, and related administrative tooling.

Yes. We provide game-provider, aggregator, and RGS integration services through structured APIs and middleware.

The work can include authentication, game launch, session handling, wallet calls, transaction flows, rollback and refund logic, provider configuration, error handling, and integration testing.

Yes. We can integrate client-selected payment gateways, PSPs, identity-verification services, KYC providers, AML tools, and risk-management systems.

Red Apple Technologies develops the technical integrations; provider selection, compliance decisions, financial operations, and regulatory responsibilities remain with the client and its authorised service providers.

Yes. We can build back-office systems for content configuration, game management, reporting, administrative workflows, user roles, permissions, platform settings, and operational dashboards.

The exact modules depend on the client's product architecture and internal workflows.

Security can be addressed through role-based access, encryption, secrets management, audit logging, rate limiting, monitoring, secure API design, vulnerability remediation, and infrastructure hardening.

Security requirements are defined around the architecture, data flows, integrations, and deployment environment of the project.

Yes. We can support an existing platform through module development, architecture improvements, API integration, performance optimisation, frontend modernisation, backend restructuring, security improvements, and technical migration work.

The first step is typically an assessment of the current architecture, dependencies, risks, and intended product direction.

The timeline depends on platform scope, architecture, number of modules, integrations, security requirements, wallet model, administrative tooling, testing coverage, and existing technology.

A focused module may take substantially less time than a complete platform build, so discovery and technical planning should establish milestones before full production begins.

The main cost drivers include product scope, architecture, frontend and backend complexity, wallet requirements, third-party integrations, back-office modules, security requirements, QA coverage, infrastructure, and team composition.

A reliable estimate should therefore be based on a defined technical scope rather than a generic platform-development price.

Source-code ownership, intellectual property rights, licensing terms, asset ownership, and handover requirements are defined in the project agreement.

For custom development, the engagement can be structured around the client's required ownership and usage model.

Yes. Post-launch support can cover maintenance, bug fixes, performance optimisation, new modules, additional provider integrations, security updates, infrastructure improvements, and ongoing platform development.

The support model can range from planned release cycles to a dedicated extended development team.