1. Custom .NET & ASP.NET Application Development
We transform your unique requirements into powerful, robust applications. Our architects build solutions that align perfectly with your operational workflows, industry regulations, and growth objectives.
- What We Deliver:
- Enterprise Web Applications (Responsive UI)
- RESTful APIs and Microservices
- Real-time applications using SignalR
- Multi-tenant SaaS platforms
- Progressive Web Apps (PWAs)
- Business Impact: Clients report 35% faster transaction processing and a 50% reduction in manual workflows.
2. .NET Web and API Development
We at Digital Dividend build the seamless digital backbone your business needs. Our API-first approach ensures smooth integration across your entire technology ecosystem.
- Our Expertise Includes:
- ASP.NET Core Web API development for microservices.
- GraphQL implementations for flexible data querying.
- OAuth 2.0 and JWT security implementation.
- Comprehensive API documentation (Swagger/OpenAPI).
- Why it Matters: Well-architected APIs enable 60% faster new feature deployment and superior partner integrations.
3. Legacy Application Modernization & Migration
Breathe new life into aging systems without disrupting business operations. Our phased migration approach minimizes risk while delivering modern functionality and performance.
- Key Migration Services:
- Migration to .NET Core / ASP.NET Core from .NET Framework
- Monolith to Microservices transformation
- On-premises to Cloud (Azure, AWS) migration
- VB.NET to C# conversion
- Business Benefit: Modernized applications can reduce maintenance costs by 50% and improve performance by up to 300%.
4. Cross-Platform Mobile App Development with .NET MAUI
Reach users on every device (iOS, Android, Windows, macOS) with near-native performance using a single codebase.
- Capabilities:
- Single codebase for all major platforms
- Native UI components for authentic user experiences
- Offline data synchronization and biometric authentication
- ROI Driver: Cross-platform development reduces overall development time by 40–50% compared to native-only approaches.