ASP.NET Core Developers
Build modern web applications, services and backend platforms.
- ASP.NET Core
- MVC
- Minimal APIs
- Dependency Injection
Add experienced .NET developers to build enterprise applications, ASP.NET Core APIs, cloud-native platforms, microservices, business systems and Microsoft-stack solutions.
Dawn's .NET developers can work across C#, ASP.NET Core, Entity Framework, SQL Server, Azure, APIs, distributed services, security, testing, DevOps and application modernization.
Modern .NET development extends well beyond building C# classes or ASP.NET controllers. Production applications need clear architecture, secure APIs, reliable data access and operational visibility.
Microsoft-stack systems often connect business workflows, enterprise identity, SQL databases, cloud infrastructure, APIs and third-party platforms.
Dawn's .NET developers can augment an existing development team or form part of a dedicated engineering pod responsible for a larger application roadmap.
Enterprise applications, APIs, Azure-native systems, modernization programs and distributed backends require different combinations of .NET engineering expertise.
Build modern web applications, services and backend platforms.
Build maintainable business logic and backend application components.
Build independently deployable services around clear business capabilities.
Build secure application and integration APIs using the .NET stack.
Build and deploy applications using Microsoft Azure services.
Build reliable persistence and data-access layers for applications.
Upgrade legacy .NET applications toward modern runtime and cloud environments.
Connect Microsoft-stack applications with generative AI and intelligent services.
Well-structured .NET applications keep core business rules, application services, APIs, data access and infrastructure concerns clearly separated.
Define business entities, rules and application behavior.
Coordinate business use cases and application operations.
Expose functionality through secure application interfaces.
Manage relational and distributed application data.
Deploy, observe and scale production workloads.
Hire .NET developers for enterprise applications, APIs, SaaS products, microservices, Azure platforms and modernization initiatives.
Develop applications supporting multiple business roles, workflows, integration points and operational requirements.
Develop multi-user platforms with structured backend, authentication, subscriptions and data services.
Build secure APIs connecting applications, partners, mobile products and third-party systems.
Develop applications using Azure compute, data, messaging, identity and monitoring services.
Upgrade applications from older .NET technologies toward modern .NET and cloud-native architecture.
Connect enterprise applications with LLMs, AI services and intelligent automation.
Production .NET systems require engineering discipline around architecture, security, data access, resilience, performance, testing and observability.
Separate business concerns from framework and infrastructure code.
Apply secure authentication, authorization and API controls.
Optimize application, database and network workloads.
Handle dependency failures, retries and service degradation.
Validate business behavior and integration boundaries.
Monitor logs, metrics, traces and application health.
The technology stack should follow the application's architecture, integration needs, deployment model, security requirements and expected workload.
.NET projects frequently span application development, databases, Azure, enterprise integration, testing and DevOps. India offers access to engineering talent across this connected Microsoft technology ecosystem.
Add developers across C#, ASP.NET Core and enterprise applications.
Extend into Azure, SQL Server and Microsoft identity.
Integrate engineers with product, QA, cloud and frontend teams.
Begin with focused capacity and expand into a complete pod.
.NET hiring should reflect your runtime, architecture, Azure usage, integration requirements and expected engineering ownership.
Explain your application, stack and responsibilities.
Align developers with the actual Microsoft-stack requirement.
Validate C#, ASP.NET, API and architecture skills.
Developers work within your repositories and sprint process.
Add QA, Azure, frontend or additional .NET capability.
Add a .NET engineer directly into your existing development team.
Build a dedicated Microsoft-stack team around an ongoing roadmap.
Engage Dawn around a defined application or modernization initiative.
Modern .NET applications rarely exist in isolation. They connect databases, cloud infrastructure, enterprise systems, frontend applications and security services.
Dawn can support those connected engineering capabilities while your .NET developers remain focused on core application delivery.
Build long-lived software around business-critical workflows.
Work across .NET, Azure and Microsoft technologies.
Connect systems using secure application interfaces.
Add automated testing and QA around product delivery.
Connect application development with cloud delivery.
Extend your engineering team with dedicated offshore capacity.
Tell us your .NET version, architecture, Azure environment and engineering responsibilities. We can align ASP.NET Core, C#, Azure, API, microservices or modernization-focused .NET developers around the requirement.
Practical answers about ASP.NET Core, C#, Azure, APIs, microservices, modernization, databases and dedicated .NET development teams.
.NET developers can build enterprise applications, APIs, SaaS platforms, backend services, microservices, cloud applications, workflow systems and integrations.
Yes. Developer profiles can be aligned specifically around ASP.NET Core, MVC, Web API, Entity Framework, C# and related Microsoft technologies.
Yes. .NET supports microservices and distributed-system architectures using ASP.NET Core, containers, messaging technologies and cloud platforms.
Yes. Existing .NET Framework applications can be assessed for migration to modern .NET. The approach may involve dependency upgrades, application refactoring, API changes and phased migration rather than a full rewrite.
Yes. .NET developers can work with services such as Azure App Service, Azure Functions, Azure SQL, Service Bus, Key Vault, Application Insights and Kubernetes-based workloads.
Yes. SQL Server and Entity Framework Core are commonly used with .NET applications. Developers may also work with PostgreSQL, Redis, Cosmos DB and other databases depending on the architecture.
Evaluate more than C# syntax. Ask how the developer structures business logic, designs APIs, manages data, handles concurrency, secures applications, tests services and investigates production performance issues.
Yes. Depending on the requirement, .NET applications can integrate with Microsoft identity services, Microsoft 365 APIs, ERP platforms, CRM systems and other enterprise applications.
Yes. .NET applications can integrate with Azure OpenAI, model APIs, document intelligence services, retrieval systems and AI-enabled workflows.
Yes. A dedicated .NET developer can join an existing engineering team when architecture, QA, DevOps and other supporting capabilities are already available. Additional capacity can be added later.
Pricing depends on developer experience, C# and Azure specialization, architecture responsibility, application complexity, engagement duration and whether the requirement is for one developer or a wider team.