.NET Fullstack: market

Vacancy

an open job that cleared the quality gate and lists at least two technologies

Observed candidate

a candidate whose stack contains this technology; an aggregate — not a single record leaves the perimeter

Matchable candidate

not counted yet

Window

jobs open at the moment the snapshot was built

Top 5: angular, azure, react, typescript, bootstrap. Backend: C# (must — versions 12 / 13), .NET 8 / 9 (LTS — .NET 8), ASP.NET Core (web APIs and applications), Entity Framework Core (ORM) or Dapper, patterns (DI, middleware, Minimal API or controllers), REST / gRPC / GraphQL, background tasks. Frontend — depends on the variant of vacancy: either Blazor (Server / WebAssembly / unified .NET 8 model), or React / Angular + TypeScript for SPA; HTML / CSS in any case. Real-time: SignalR. DB: MS SQL Server (the classic for .NET) or PostgreSQL (growing, including due to import substitution), Redis. Tests: xUnit / NUnit, for the front — appropriate tools. Infrastructure: Docker + Kubernetes, CI/CD, Git. Cloud: Azure — natural for .NET, but in CIS often replaced with local clouds (Yandex Cloud, VK Cloud) and on-prem due to import substitution. Understanding the architecture of the application as a whole (rather than only your half of the stack) — key for the fullstack role.

This is the main fork of the specialization, and behind «.NET Fullstack» two different stacks hide in vacancies. Variant 1 — Blazor («pure» .NET Fullstack): both backend and frontend are written in C#. Blazor is Microsoft's component UI framework; the interface is C# components, JavaScript is almost not needed. Plus — one language and one ecosystem for the whole product, you can reuse code and models between back and front, no separate frontend specialist needed. This is the «real» fullstack-in-one-language. Variant 2 — .NET + SPA: backend on ASP.NET Core, and frontend — a separate SPA application on React, Angular or Vue with TypeScript. Here .NET Fullstack is a person who commands both the C# backend and the JavaScript frontend. This is the classic split, very widespread, especially at product companies and where a rich complex UI is needed. What to choose: both variants are in demand. Blazor — if you want to stay in one language and ecosystem (convenient for enterprise and small teams). .NET + React / Angular — gives a more universal frontend skill (React on its own — a huge market). Many strong .NET Fullstack engineers command both approaches. The main thing when applying — read the vacancy: which exact frontend is specified.

Blazor — Microsoft's framework for building user interfaces in C# instead of JavaScript. Components are written in C# and Razor markup. Blazor has several work models: Blazor Server (UI runs on the server, updates fly to the browser via SignalR — little code in the browser, but a constant connection is needed), Blazor WebAssembly (the application in C# compiles to WebAssembly and works right in the browser, like a full-fledged SPA), and in .NET 8 Microsoft combined the approaches — now you can mix server rendering, interactive server and WebAssembly components in one application and switch rendering modes (this is called «Blazor United»). What for: Blazor allows a .NET developer to do frontend without going into the JavaScript ecosystem — one language, one model, code reuse. Worth learning: yes, if you're in the .NET world — Blazor is mature, actively developed by Microsoft, increasingly occurs in vacancies (especially in enterprise and internal corporate applications), this is a strong competitive advantage for the .NET fullstack role. Important caveat: Blazor hasn't «killed» the JavaScript frontend — React / Angular still dominate the market overall, and for complex public products React/Angular are more often picked. The optimal 2026 strategy for .NET Fullstack — know Blazor AND command one JS framework (React or Angular): this covers both types of vacancies.

.NET Backend (see /research/backend/dotnet) — specialization on the server side: C#, ASP.NET Core, EF Core, databases, APIs, business logic, backend performance, service architecture. A backend developer usually doesn't touch the frontend. .NET Fullstack — responsible for the application as a whole: both the server side in C# and the user interface (Blazor or React / Angular). Pros of the fullstack role: you see the product as a whole, can take a feature from the database to the screen yourself, irreplaceable in small teams and startups, wider responsibility. Cons / nuances: harder to hold both sides of the stack equally deeply; on large products with a rich complex UI separate deep frontend specialists are more often needed. .NET Fullstack salary — on par with or slightly above .NET Backend of the same grade (thanks to breadth), but the highest salaries in the .NET world are with Seniors who have deep backend / architectural expertise. What to choose: Fullstack — if you like owning the product as a whole and working in product teams; pure Backend — if you want depth in server development and movement into architecture / high-load. Many start with Backend and pick up the frontend, becoming Fullstack.

Yes, 75% of .NET Fullstack vacancies — remote or hybrid. Development is done well remotely. The nuance specifically for .NET: the stack is traditionally strong in the enterprise segment (banks, insurance, public sector, corporate and industrial software), and enterprise projects on average are slightly less remote-flexible than product startups — hybrid is more often encountered, especially in the financial and public sector for security reasons. Nevertheless, there are many remote vacancies. English — needed for the international market and Microsoft documentation. Another CIS nuance: the Azure cloud (natural for .NET) is often replaced with local clouds or on-prem due to import substitution — this affects the stack, but not the ability to work remotely.

Roadmap: 1) C# as a language — syntax, OOP, async / await, LINQ, generics, exception handling; «C# in Depth» (Jon Skeet), official Microsoft Learn documentation (excellent and free). 2) .NET and ASP.NET Core — platform structure, web APIs, dependency injection, middleware, configuration, authentication. 3) Entity Framework Core — DB work, migrations, LINQ-to-SQL queries, fighting N+1. 4) Databases — MS SQL Server and / or PostgreSQL, SQL thoroughly. 5) Frontend — choose direction: Blazor (stay in C# — Microsoft Learn, official tutorials) or React / Angular + TypeScript (universal JS frontend skill, larger market). Optimally, over time master both Blazor and one JS framework. 6) HTML / CSS — base in any case. 7) Testing — xUnit / NUnit. 8) Infrastructure — Git, Docker, basics of CI/CD. 9) End-to-end pet project: application on ASP.NET Core (API + EF Core + DB) + frontend (Blazor or React) + authentication + Docker + deploy. Advice: start with backend (.NET Backend) and gradually pick up the frontend, moving toward Fullstack.

4 active open vacancies by exact query «.NET Fullstack» in the Zorky CRM sample. The real market is significantly wider: many .NET vacancies don't put the word «fullstack» in the headline, but by responsibilities are fullstack roles («.NET developer» with frontend tasks on Blazor / React / Angular); in addition, alongside there's a large pool of pure .NET Backend vacancies (see /research/backend/dotnet), from which a fullstack role is easily reachable. Geography: Russia / remote / Poland. Sources: hh.ru («.NET developer», «C# fullstack», «ASP.NET Core developer», «Blazor developer»), Habr Career, getmatch, Djinni, LinkedIn (including the large .NET market of Eastern Europe), Telegram (.NET communities and vacancy channels). .NET — a large stable enterprise stack; in Eastern Europe the .NET market is especially strong. Senior vacancy closing time — 4-8 weeks.

Senior .NET Fullstack owns the application as a whole — from database to interface. C# and .NET deeply: advanced C# (async / await and its pitfalls, LINQ, generics, span / memory, GC specifics), .NET internals, performance. Backend: ASP.NET Core at expert level (application architecture, DI, middleware, authentication / authorization, API design — REST / gRPC / GraphQL), EF Core (query optimization, migrations, fighting N+1, when Dapper / raw SQL is needed), patterns and clean architecture, organization of business logic. Frontend: confident command of either Blazor (Server / WebAssembly / .NET 8 rendering model, state management, performance), or React / Angular + TypeScript at production level; HTML / CSS, understanding of UX. Databases: MS SQL Server and / or PostgreSQL — advanced SQL, indexes, query plans, schema design. Architecture: design of the application as a whole, conscious choice «monolith vs services», caching (Redis), real-time (SignalR), scaling. Performance: profiling and optimization of both backend and frontend. Testing: mature strategy (xUnit / NUnit, integration tests). Infrastructure and DevOps: Docker, Kubernetes, CI/CD, clouds (Azure and / or local clouds and on-prem — relevant for CIS due to import substitution). Soft: code review, mentoring, communication with product, task estimation. English — for the international market and Microsoft documentation. In the .NET world the Senior → Solution Architect path is especially developed — a Senior .NET Fullstack with architectural skills easily moves into architecture (see /research/architect).