Netofficials provides dedicated .NET developers skilled in C#, ASP.NET Core, and Azure for B2B teams that need a reliable remote .NET developer without the overhead of a full recruitment cycle.
Service Overview
Hiring a .NET developer through Netofficials means adding a vetted C# and ASP.NET Core engineer directly to your team on a dedicated, staff-augmentation, or project-based basis. Netofficials, an India-based software development company, sources mid-level, senior, and lead .NET engineers and matches each candidate to your stack, domain, and working hours.
The engagement covers the full range of .NET work: building and maintaining REST API and gRPC services in ASP.NET Core, designing microservices architecture on Azure, writing data access layers with Entity Framework Core against SQL Server, and shipping real-time features with SignalR or component-based frontends with Blazor. Developers follow SOLID principles, write tests in xUnit or NUnit, and work inside CI/CD pipelines with Docker and Kubernetes. If your project also needs infrastructure automation, you can pair your .NET team with a DevOps engineer from day one.
This model suits teams that need specialist .NET 8 skills faster than an internal hire allows, want continuity across a long-running SaaS backend or legacy .NET Framework modernisation, or need to scale headcount up or down as delivery phases change. It is not the right fit for projects where requirements are entirely undefined and exploratory research is the primary output.
What We Deliver
Your developer designs and builds RESTful and gRPC services using ASP.NET Core on .NET 8. Work covers endpoint design, authentication, request validation, versioning and performance profiling. This applies when you need a backend API consumed by web clients, mobile apps or third-party systems and want it built to production standards from the start.
Your developer builds interactive Blazor WebAssembly or Server components, or integrates the ASP.NET Core backend with an existing React or Angular front end. This covers component architecture, state management and API consumption. It applies when your team needs a single C# codebase across client and server, or when connecting a new backend to an existing front-end application.
Your developer uses Entity Framework Core to define schema, manage migrations and write efficient queries against SQL Server or PostgreSQL. Work includes index strategy, query plan analysis and avoiding N+1 patterns. This matters when your application handles complex relational data, growing record volumes or reporting workloads that strain an unoptimised data layer.
Your developer configures Azure hosting, containerises services with Docker and orchestrates them with Kubernetes. Pipeline work covers build, test and deployment automation using Azure DevOps or GitHub Actions. This applies when you need repeatable, auditable releases and want infrastructure that scales without manual intervention. Pairs well with a dedicated DevOps engineer for larger environments.
How It Works
A Netofficials solutions consultant meets with your CTO, engineering manager or product owner to map the project scope, existing stack, target seniority level and start timeline. You receive a written summary of the agreed requirements, which becomes the basis for candidate matching and prevents misalignment later.
Netofficials selects pre-vetted .NET engineers whose skills align with your stated requirements across ASP.NET Core, C#, Entity Framework Core, Azure and related technologies. You receive a shortlist of candidate profiles, each showing relevant technical experience, so your team can make an informed decision before any interview is scheduled.
Your engineering lead or CTO conducts a direct technical interview with shortlisted developers. You set the format, whether that is a live coding session, architecture discussion or code review exercise. The outcome is a hiring decision made entirely by your team, based on direct evaluation rather than recruiter summaries.
The selected developer joins your existing tools: your Git repositories, CI/CD pipelines, project management boards and communication channels such as Slack or Microsoft Teams. Netofficials coordinates the access setup and initial handover so the developer can contribute to your codebase from the first working day without a prolonged ramp-up period.
Technology Stack
C#.NET 8.NET 6.NET Framework
F#ASP.NET Core MVCBlazor ServerBlazor WebAssembly
gRPCFAQ
Cost depends on the seniority level you need, the length of the engagement, the number of third-party integrations, and any compliance or security requirements specific to your industry. A mid-level C# developer working on a single ASP.NET Core API costs less than a senior .NET architect designing a distributed microservices system with Azure infrastructure and CI/CD pipelines. Review engagement models to see how billing structures differ.
Onboarding speed depends on the size and documentation quality of your existing codebase, the complexity of your Entity Framework Core data models, and how consistently SOLID principles have been applied. A well-documented ASP.NET Core project with clear API contracts and unit tests in xUnit or NUnit allows a developer to contribute meaningfully within the first week. Legacy .NET Framework codebases with minimal documentation take longer. Learn about modernising legacy .NET applications.
You own all source code, architecture decisions, and related intellectual property produced during the engagement. Netofficials engineers work as an extension of your team, and IP assignment is written into the contract before work begins. This applies to all deliverables: REST APIs, gRPC services, Blazor front ends, Docker configurations, and CI/CD pipeline definitions.
Netofficials schedules a defined daily overlap window that aligns with your working hours in the US, UK, or Australia. Developers join your existing tools, whether that is Slack, Jira, GitHub, or Azure DevOps, so communication stays inside your workflow. Sprint ceremonies, code reviews, and architecture discussions are planned within the overlap window. Asynchronous updates cover work completed outside that window. See how we structure remote collaboration.
