Holdapp specializes in developing native casino and sports betting mobile applications, creating tailored native Android and iOS apps that deliver seamless gaming experiences combining casino games with sports betting features. They focus on custom mobile app development, UX/UI design, and integration with gaming APIs to enhance user engagement and operational efficiency.
Software developer and platform provider specializing in native mobile applications for the gambling industry, particularly casino and sports betting apps.
The primary purpose of Holdapp's products is to provide operators with native mobile casino and sports betting applications that enhance user experience, increase customer retention, and offer seamless access to a wide range of gambling services through mobile devices, targeting markets that require robust and user-friendly mobile gaming solutions.
Holdapp serves online casino and sports betting verticals through its native mobile app development, integrating diverse gambling options within a singular mobile platform.
Holdapp operates primarily on a B2B business model, providing development services and technological solutions to gambling operators who deploy their native casino and sports betting applications to end users.
Holdapp’s uniqueness lies in its specialization in native app development tailored for both Android and iOS platforms, combining sportsbook and casino functionalities in one app, and its focus on UX-driven design, extensive API integrations (payments, live statistics, AI), and comprehensive testing processes for reliability and security.
Holdapp
Holdapp was established before 2024; exact founding year information is not publicly detailed, but it is an active company specializing in native mobile app development for the iGaming sector by at least 2024.
The company is registered and operates primarily in European countries, with a notable presence in Czechia based on client projects and service descriptions.
Primary operational and development offices are located in Central Europe, particularly Czechia, serving clients both regionally and internationally.
Holdapp has been active in the mobile app development market for at least several years leading up to 2024, with a focus on casino and sportsbook app projects.
The development team size is not specifically disclosed; industry-standard companies of similar scope typically employ between 20 to 50 software developers and designers on native gaming applications.
Products are typically available in multiple languages depending on the client’s market, commonly supporting English, Czech, and other European languages for localization purposes.
Holdapp supports regional localization tailored to specific markets, including language adaptations, regulatory compliance features, and payment integration conforming to regional requirements.
Holdapp’s mission focuses on delivering professional, reliable, and cutting-edge native mobile casino and sportsbook apps that enhance the player experience and support operators in growing their user base through innovative mobile gaming technologies.
Holdapp is a privately held company with no public trading records publicly available.
There is no publicly available information specifying awards; however, Holdapp follows industry best practices in security, quality assurance, and regulatory compliance customary to licensed software providers.
There is no public data on specific gambling industry associations, but companies in this sector typically engage with associations like iGaming Business, Gambling Compliance, or local regulatory bodies.
Key milestones include successful delivery of native apps for operators such as CZ forBET in Czechia, combining sports betting with casino features in 2024, and broadening API integrations for payments and AI enhancements.
No publicly available information on IPO or investment plans.
Holdapp offers partnership and integration programs for casino operators and gaming companies requiring tailored native app development and API integration solutions.
Holdapp supports client integration of responsible gambling features such as deposit limits, self-exclusion tools, and compliance with responsible gambling regulations within their app solutions.
No specific information available; typical industry practice includes efforts to optimize development processes for energy efficiency but is generally dependent on client and hosting infrastructure.
Holdapp provides UX workshops and consulting for client teams, supporting better product understanding and improved end-user experiences.
Focus on enhancing native app performance, expanding cross-platform capabilities, stronger API integrations including AI and payment innovations, and continuous improvements in UX/UI to meet evolving mobile gaming demands.
Primarily focused on Central and Eastern European markets with ambitions to extend app services to additional regulated markets as demand for native casino and sportsbook apps grows.
The company maintains an internal R&D focus on mobile app development technologies, UX/UI design, API integrations, and quality assurance processes to stay competitive.
Emphasizes native Android and iOS app development, AI-powered UX improvements, secure payment integrations, one-handed play design, and crypto-friendly banking options.
No publicly stated programs specific to startups; however, consultancy and prototype development offerings may support emerging operators or projects.
Holdapp holds a niche position in the native casino and sports betting mobile app development market, with notable projects in Czechia but not among the largest global providers.
Major competitors include BetConstruct, SoftSwiss, Gaming Innovation Group (GiG), and other bespoke mobile casino app developers specializing in native solutions.
A strong focus on native app performance, combined sportsbook and casino functionality, flexible API integrations, and UX design expertise tailored to operator needs.
Serves primarily Central Europe, especially Czechia, with services extendable to broader European regulated markets.
iGaming operators, online casino platforms, and sportsbook companies seeking custom native mobile applications for Android and iOS.
No direct evidence of white-label solutions; typical industry practice includes offering bespoke app development tailored per operator requirements rather than standard white-label products.
Pricing is generally project-based for development services, involving fixed or milestone payments depending on scope and integrations, consistent with software development outsourcing standards.
Marketing primarily through B2B channels, industry events, case studies, and direct client engagement emphasizing product reliability and UX advantages.
Services are provided directly to operators without a broad reseller or distributor network.
Not a game provider itself; focuses on app development integrating third-party games, so game count depends on operator content.
Supports integration of various game types including slots, table games, poker, and sports betting within native apps depending on client choice.
Apps support live dealer game integration through API connectivity based on operator’s content providers.
No specific support for VR/AR games reported; focus remains on native mobile platforms and optimized traditional casino game experiences.
Can integrate tournament and competition functionalities as per operator requirements through API services.
Support available via third-party game integrations providing progressive jackpot systems.
Multiplayer features depend on integrated game providers; Holdapp enables such capabilities through supported APIs.
Player chat functionality may be integrated via third-party services within the app if requested by the operator.
Ability to create private tables depends on operator content and backend systems integrated within the app framework.
Side-bets support depends on the integrated game provider’s offerings, configurable through API.
Achievement and rewards systems can be integrated as part of client-specific app features.
Gamification elements such as levels, experience, and badges can be incorporated into the native app architecture.
Gaming interface personalization is supported through configurable UI/UX options tailored for operator branding and user preferences.
Various game speeds are supported as allowed by the integrated game content providers.
Auto-play functionality for slots is supported if included with integrated game providers.
Player game history support can be implemented client-side through integration with backend systems.
Replay or hand history features depend on third-party game and platform integrations.
Multi-currency support is standard through payment API integrations and app wallet functionalities.
Real-time currency conversion may be supported via integrated payment providers or third-party services.
Increasing support for cryptocurrency payments and wallets is evident in recent native app developments.
No specific blockchain technology integration publicly reported; focus mainly on traditional mobile app tech stacks.
Native development primarily uses Android (Java/Kotlin) and iOS (Swift/Objective-C); also offers Flutter cross-platform development options.
Cloud deployment is typical for backend services supporting the apps, leveraging scalable cloud infrastructure.
Use of containerization technologies like Docker or Kubernetes is possible but no explicit public statement.
Compatible with common databases for backend services, typically SQL or NoSQL, depending on client infrastructure.
Supports microservices architecture in backend integration for scalability and flexibility.
Extensive API integrations supported for payments, live statistics, game content, and more.
RESTful APIs are commonly used for integration between native apps and backend systems.
No explicit information on GraphQL support, but modern API integration trends suggest potential availability.
Supports common data formats such as JSON and XML for API communication and data exchange.
Real-time updates for game events, odds, and bets are supported via websocket or other streaming technologies.
Uses HTTPS, WebSocket, and other secure communication protocols standard in mobile app development.
WebSocket support is implemented for live data streaming and real-time user interactions.
Optimized for mobile networks, balancing quality and data consumption to ensure smooth gameplay in varying network conditions.
Supports local data caching to improve performance and reduce latency.
Content delivery network (CDN) support is used to ensure fast content loading and performance globally.
Load balancing technologies are employed on backend servers to maintain service stability.
Automatic scaling on server infrastructure to cope with variable user loads is part of hosting strategies.
Monitoring systems are integrated to ensure app performance and uptime.
Centralized logging solutions are used for debugging, security, and operational insights.
Analytics are integrated to track user behavior, engagement, and operational metrics.
A/B testing support is available to optimize user interfaces and features.
Sandbox testing environments are provided for safe development and integration testing.
API versioning is practiced to ensure backward compatibility and smooth upgrades.
Provides standard development tools for app building, debugging, and deployment.
SDKs may be available primarily for native Android (Java/Kotlin) and iOS (Swift) platforms.
Automated testing is employed through unit, UI, and integration testing frameworks.
Continuous integration and deployment tools are used to streamline development pipelines.
Blue-green deployment strategies are employed to minimize downtime during updates.
Rollback mechanisms are implemented to restore previous stable versions if necessary.
Integrated performance monitoring systems track app responsiveness and user experience.
Potential support for distributed tracing in backend services to diagnose performance bottlenecks.
Profiling tools are used during development to optimize performance.
No explicit mention, but hot-swapping may be limited due to native mobile app constraints.
Typical hardware requirements correspond to modern Android and iOS mobile devices with sufficient processing power for smooth gameplay.
Supports multi-tenant architectures in backend to serve multiple operators or brands.
Scalability is built to support high concurrency levels as required by the operator’s user base.
Horizontal scaling of backend infrastructure is standard to accommodate growth.
Optimized for low latency in mobile networks to provide real-time betting and gaming responsiveness.
Supports geographically distributed server setups for latency reduction and regulatory compliance.
Disaster recovery plans and backups are implemented following industry best practices.
The platform allows integration of provably fair algorithms if used by the game providers.
Custom game feature development is possible via the app framework and client collaboration.
White-label game solutions depend on game content providers integrated into the app.
Promotional campaign tools can be integrated to support bonuses, tournaments, and seasonal offers.
Seasonal content and thematic updates can be supported through app update mechanisms.
Supports zero-downtime updates using blue-green deployment and phased rollouts.
Allows configurable RTP settings as per client and regulator specifications through game integration.
Supports volatility customization through integrated slot game providers.
Primarily native apps for Android and iOS, with some Flutter cross-platform development options.
Apps are optimized for various screen sizes and resolutions across mobile devices.
Offline play is generally unsupported given regulatory and operational requirements for real-time betting.
Supports integration with popular game engines such as Unity and Unreal indirectly via third-party game API providers.
Supports HTML5 games through embedded web views or direct API integration.
Extensive third-party integrations including payment gateways, KYC providers, and live content providers.
Can integrate with casino management systems (CMS) to synchronize user data and game content.
Supports multiple payment gateways including traditional and modern methods for deposits and withdrawals.
CRM system integration is available to help operators manage player relationships and marketing campaigns.
Marketing automation tools can be integrated to enhance user engagement.
Supports integration with affiliate marketing systems for operator programs.
Business intelligence tools can be connected to aggregate data analytics.
Supports integration for compliance and regulatory reporting as per jurisdictional requirements.
Supports multiple user registration methods including traditional forms and social login options.
Two-factor authentication support is available to enhance account security.
Supports KYC system integration to verify user identities and meet regulatory requirements.
Automated document verification can be integrated through third-party providers.
Age verification systems are part of compliance implementations within the app.
Geolocation verification to enforce jurisdictional restrictions and responsible gaming policies.
Player self-exclusion tools can be embedded to promote responsible gambling.
Supports configurable deposit and betting limits according to regulatory standards.
Cooling-off period enforcement is supported to help players take breaks as needed.
Supports monitoring and analysis of player behavior to detect problematic gambling.
Alerts for suspicious activities are integrated into compliance modules.
VIP program support can be included as part of gamification and loyalty features.
Personal manager assignment is feasible through CRM integrations for VIP players.
Player segmentation tools are supported to customize marketing and engagement.
Loyalty systems with point accumulation are supported for player retention.
Personalized bonus offers can be configured via marketing integrations.
Referral program support can be integrated to incentivize user acquisition.
Affiliate program functionalities are available through third-party integration.
Full CRM integration services offered to unify player data and marketing.
Email marketing capabilities are supported via CRM and third-party tools.
SMS notification services can be integrated for operational and marketing purposes.
Push notifications are supported in native apps for user engagement and promotions.
Complaint management systems can be integrated to handle player support.
Live chat support integration is supported to facilitate real-time customer service.
Multi-level support structures can be implemented through integrated helpdesk solutions.
Multilingual customer support services are supported in operator implementations.
Knowledge base or FAQ modules can be integrated for user self-service.
Video verification is not standard but can be integrated through third-party compliance providers.
Account blocking mechanisms are included for compliance and responsible gaming enforcement.
Temporary account freezing features are supported for player protection.
Standard password recovery systems are integrated in the app environment.
Apps are designed to comply with GDPR and similar data protection regulations.
Supports user requests for data deletion in compliance with privacy laws.
Allows data export functionality for users in line with GDPR requirements.
Supports integration with multiple payment systems including credit cards, e-wallets, and crypto wallets.
Supports bank transfer payment methods via integrated gateways.
Increasing support for cryptocurrency payments as part of native app wallet features.
Integration with popular e-wallet services is supported for deposits and withdrawals.
Mobile payment integration is standard including Apple Pay, Google Pay, and carrier billing.
Supports prepaid card payment options via gateway integrations.
Instant deposit functionality is enabled through modern payment gateway partnerships.
Scheduled or recurring deposits can be enabled depending on client payment system configurations.
Supports fast withdrawal processing aligned with payment provider capabilities.
Automated withdrawal processing is supported through backend automation.
Configurable deposit and withdrawal limits are supported in compliance with regulations.
Multi-currency support is integrated to handle diverse user bases across regions.
Real-time or batch currency conversion may be supported via payment integrations.
Supports platforms enabling simultaneous fiat and cryptocurrency balances.
No public information on DeFi protocol integration.
No publicly available information on crypto staking support.
No specific escrow system reported.
No explicit multi-signature crypto payment support detailed.
Supports anti-money laundering systems integrated through compliance modules.
Automatic transaction screening capabilities are included to detect illicit activity.
Sanctions list integration is commonly supported for regulatory compliance.
Supports suspicious activity reporting practices mandated by jurisdictions.
Tax accounting system integration is available for operator reporting needs.
Automated report generation is part of analytics offerings.
Supports integration with tax systems as required by operators.
Supports transaction fee accounting aligned with payments processing.
Payment reconciliation systems are integrated to maintain financial accuracy.
Chargeback management tools are integrated for dispute resolution.
Fraud detection systems are part of payment gateway integrations.
Supports 3D Secure authentication for payment transactions.
No specific credit risk assessment system details available.
No public data on installment payment support.
No information on buy-now-pay-later services integration.
No specific corporate banking support details.
Automated refund processing is supported as per client requirements.
Holdapp follows industry security standards, but specific security certificate disclosures are not public.
No public information confirming ISO 27001 certification.
No direct PCI DSS certification mentioned; however, client integrations ensure PCI compliance for payment handling.
Complies with GDPR data protection standards within app development and client services.
Apps are designed to support compliance with gambling commission licensing requirements through client frameworks.
No public confirmation of eCOGRA certification.
No specific GLI testing information available; dependent on client product.
No public data on iTech Labs certification involvement.
Regular security audits are part of development lifecycle adhering to industry best practices.
Penetration testing is conducted to ensure app security.
No known public bug bounty programs associated with the company.
Data encryption at rest is implemented following industry standards.
Data encryption in transit is ensured via TLS/SSL protocols.
End-to-end encryption support may be integrated depending on client security needs.
Key management systems are deployed to protect cryptographic keys securely.
No explicit mention of hardware security module support.
Intrusion detection systems are part of backend security infrastructure.
DDoS protection measures are implemented to safeguard service availability.
Firewalls and web application firewalls (WAF) are deployed for app and network security.
Rate limiting is implemented to protect against abuse and denial-of-service attacks.
Continuous security monitoring systems are in place.
Security Information and Event Management (SIEM) integration is part of security operations.
Automatic incident alerts are configured to rapidly respond to security events.
Incident response procedures are established to mitigate security breaches.
Backup and disaster recovery systems align with industry best practices to ensure operational continuity.
Geographic redundancy is employed for critical backend infrastructure.
Recovery Time Objective (RTO) and Recovery Point Objective (RPO) guarantees adhere to client SLA agreements.
Business continuity planning supports stable app operation during adverse events.
Strict access control systems are implemented following best security practices.
Role-based access control (RBAC) is used to limit permissions by user roles.
Comprehensive audit trails track user and system actions for compliance.
Built-in analytical tools monitor app usage and performance.
Real-time analytics support is integrated for operational insights.
Operator dashboards are provided or integrated for game and user management.
Custom reporting functionalities support diverse operator needs.
Automated report generation is part of analytics offerings.
Scheduled reporting options are available to operators.
Supports data export in formats such as CSV, JSON, and XML.
Data mining tools may be integrated depending on client requirements.
Predictive analytics capabilities can be added through AI integrations.
Machine learning analytics support is available for advanced player behavior analysis.
Player behavior analytics tools help identify patterns and promote responsible gaming.
Cohort analysis is supported for marketing and retention strategies.
Lifetime value (LTV) calculations for player segments are supported through integrated analytics.
Churn prediction tools use machine learning to forecast player departure risks.
Revenue optimization tools are integrated to improve operator profitability.
Offers technical support via ticketing, email, and direct contact.
24/7 technical support availability is not explicitly stated but may be offered depending on contracts.
Multi-level support structures are typical in software service delivery.
Remote diagnostics capabilities help troubleshoot client issues.
Onsite support is not typically part of mobile app development services.
Ticketing systems manage development and client support requests.
Service Level Agreements (SLAs) define uptime and quality commitments.
Priority support options may be available for key clients.
Dedicated account or project managers facilitate client communication.
Migration assistance is offered for transitioning clients to new or updated app versions.
