From early Framework estates through distributed platforms to modern .NET and AI.
Not every platform needs a rewrite, microservices, cloud or AI. SolidArc assesses the constraints in the estate you have today and defines a practical modernisation path aligned with your business goals.
SolidArc works with systems at different points in their lifecycle — from VB6 and .NET Framework estates through distributed applications, modern .NET platforms, complex enterprise architecture and AI-enabled systems.
SolidArc helps organisations stabilise and progressively modernise VB6 and client/server applications by identifying business-critical behaviour, data dependencies and integration points, then replacing obsolete presentation, runtime and deployment technology without discarding proven business value.
SolidArc modernises .NET Framework estates by separating valuable application behaviour from IIS-era hosting, System.Web, WCF and infrastructure-specific dependencies, then moving capabilities incrementally toward supported modern .NET, ASP.NET Core and maintainable application boundaries.
SolidArc strengthens distributed estates by making service boundaries, API and messaging contracts, transaction flows and failure behaviour explicit. Existing integrations are stabilised before orchestration, observability and more reliable cross-system coordination are introduced.
SolidArc engineers and improves modern .NET applications around clear application boundaries, maintainable domain behaviour, EF Core persistence, reliable APIs, observability and deployment practices, with cloud or distributed architecture introduced where the system genuinely benefits from it.
SolidArc works across complex enterprise platforms to define application and data ownership, transaction boundaries, integration responsibilities and deployment seams, while remediating architectural pressure points and modernising incrementally instead of defaulting to wholesale rewrites.
SolidArc introduces AI into engineered software platforms through explicit orchestration, domain policy, security and controlled actions. AI capabilities complement deterministic business systems and systems of record rather than bypassing the architecture that protects business rules and data.