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Are you exhausted from managing multiple codebases for various platforms? Imagine being able to build both native and web apps from just one framework! Hybrid development is quickly becoming the future of app development, with increased demand for cost-effective, scalable solutions from developers relying on Blazor Hybrid apps with .NET MAUI to produce cross-platform native and web apps from one codebase.


This framework has quickly become the go-to solution for creating high-performance apps without incurring platform-specific development overheads. By combining the native capabilities of .NET MAUI with Blazor's web technologies, you can target iOS, Android, Windows, and macOS using C#/.NET while simultaneously decreasing development time and offering a consistent experience across platforms. This not only shortens development timelines but ensures your app offers consistent experiences across platforms as well.


In this blog, you'll discover how to build a Blazor Hybrid app MAUI, as well as best practices for performance optimization and why this approach will become an industry trend in 2025. Whether you are an experienced developer or just starting out, this guide will assist you in building cross-platform apps with ease and creating scalable apps across platforms with ease.


What is .NET MAUI?


The .NET MAUI (Multi-platform App UI) is a Microsoft framework that enables developers to quickly create native apps using just a single C# codebase for iOS, Android, Windows, and macOS platforms using one project. First released as part of .NET 6 and further improved in .NET 8, MAUI allows you to build apps quickly across a range of operating systems using just one C# project.


.NET MAUI provides a more unified development experience than its predecessor, Xamarin. With native UI controls for each platform and device type, your app looks and performs natively across them all—making .NET MAUI perfect for building high-performance, cross-platform native apps without managing multiple codebases.


What is Blazor?


Designed on .NET, Blazor is a web framework that lets developers design dynamic web UIs with C# and Razor syntax rather than JavaScript. It delivers fast, dynamic, scalable web programs running on either server-side or WebAssembly (WASM)


Blazor differentiates through the reuse of current C# code on both the client and server sides, accelerating development time with the elimination of the need for JavaScript-based solutions. In addition, with the new Blazor Hybrid, it becomes possible to include Blazor components directly within native apps using .NET MAUI technology, making it a compelling cross-platform development option.


What is Blazor Hybrid with .NET MAUI?


While still using Blazor web components and native UI features from .NET MAUI for native app development across iOS, Android, Windows, and macOS platforms, Blazor Hybrid with .NET MAUI is an incredible combination that allows you to build cross-platform native and web apps from one C# codebase.


Blazor Hybrid runs inside a WebView control inside a .NET MAUI application. providing the power of HTML5, CSS3, and Blazor components with native platform capabilities for optimum efficiency and consistency across platforms as well as less development time and effort.


Based on this architecture, Blazor Hybrid allows you to create high-performance apps with the same functionality across platforms with the added benefit of less development effort and less development time.


Key Components of Blazor Hybrid with .NET MAUI


BlazorWebView Control:


The BlazorWebView is the core element that renders Blazor components inside a native .NET MAUI app. This feature allows you to integrate web UI logic directly into cross-platform native apps without needing a browser.


Single Codebase:


With Blazor Hybrid, you can share your C# and .NET code between web and native platforms, streamlining the development process. This means less duplication, fewer bugs, and faster updates.


Cross-Platform Compatibility:


Running effortlessly on web, desktop, and mobile devices with one app, Blazor Hybrid apps are really cross-platform. This function replaces the necessity for creating and maintaining separate codebases for several platforms.


Seamless Native Integration:


Blazor Hybrid apps can access native device APIs (camera, GPS, and notifications) directly via .NET MAUI's native capabilities. This functionality enables your app to take full advantage of platform-specific features while keeping code consistent.


Component Reusability:


Blazor Hybrid lets developers use Blazor components for the user interface while nevertheless leveraging native platform functionality (camera, GPS, alerts).


Blazor Hybrid makes building native and web apps from one codebase easier, streamlining development timeframes and cutting costs. Partnering with a .NET MAUI company ensures you take advantage of industry best practices to develop high-performance, scalable apps.


Why Use Blazor Hybrid with .NET MAUI?


Reduced Development Time and Cost:


Blazor Hybrid can significantly cut development time and expenses by unifying web and native development into one framework. Instead of building multiple apps for mobile, desktop, and web use cases independently, one codebase remains.


  1. Stat: Blazor Hybrid with .NET MAUI reduces development time by 45% by enabling shared code for web and native platforms. (Source: Microsoft, 2025)


Faster Time-to-Market:


The shared codebase reduces the complexity of managing multiple projects, helping you release your apps faster.


Seamless Native and Web Integration:


Blazor Hybrid allows developers to leverage native platform features (camera, GPS, notifications) while still using Blazor components for the user interface. This functionality enables you to combine native and web capabilities into one app.


.NET MAUI vs Blazor: Key Differences Explained


Comparing .NET against Blazor and .NET MAUI against Blazor helps one to see their fundamental differences in architecture, platform compatibility, and development emphasis.


  1. Architecture:
  2. .NET MAUI is designed for native app development using XAML and C# to produce cross-platform user interfaces.
  3. Blazor provides a web-based framework for interactive web apps using Razor components and C#.
  4. Platform Compatibility:
  5. .NET MAUI apps run natively on iOS, Android, Windows, and macOS.
  6. Blazor runs in the browser via WebAssembly (WASM) or on the server through SignalR.
  7. Use Cases:
  8. .NET MAUI is designed for cross-platform native apps that require access to device APIs
  9. Blazor excels at creating rich experiences.
  10. Blazor Hybrid with .NET MAUI provides both native performance and web UI flexibility.


Key Benefits of Blazor Hybrid with .NET MAUI


Blazor Hybrid with .NET MAUI is a flexible framework for creating cross-platform native and online programs since it gives developers and companies several advantages. These are its main advantages:

1. Cross-Platform Development with a Single Codebase


Using one shared C# and .NET codebase, Blazor Hybrid lets you create programs for several platforms—Android, iOS, Windows, macOS, and the web. This streamlines growth and lessens the need for different teams or doubled work.


Why It Matters:


  1. Cost-Efficient: No need for platform-specific developers.
  2. Faster Development: Write once, run everywhere.
  3. Simplified Maintenance: One codebase reduces complexity and makes updates easier.


  1. Stat: By using a single codebase, companies reduce development costs by up to 60%. (Source: SlashData, 2025)


2. Improved Developer Productivity


Blazor Hybrid accelerates development by enabling developers to reuse existing Blazor components in native apps—cutting development time significantly and increasing productivity.


Why It Matters:


  1. Shared Logic: Use the same business logic for both web and native platforms.
  2. Fewer Bugs: Shared code reduces the chance of platform-specific issues.
  3. Accelerated Iterations: Make changes once, and apply them across platforms.


  1. Stat: Blazor Hybrid developers report 45% fewer platform-specific bugs compared to traditional native and web development approaches. (Source: Microsoft, 2025)


3. Native Performance with Web-Like Development


Blazor Hybrid apps combine the speed and efficiency of native performance with the simplicity of web development. The BlazorWebView control ensures your app renders efficiently, giving your users a fluid, native-like user experience.


Why It Matters:


  1. Fast Loading: Utilizes native rendering capabilities.
  2. High Performance: Access native APIs for better performance.
  3. Consistent UX: Native-like interactions with web-level simplicity.


4. Faster Time-to-Market


Two proven ways to speed up development cycles and get your solution on the market sooner are code reusing and component reusing. With major savings in development and deployment times, Blazor Hybrid removes the need to create distinct applications for every platform.


Why It Matters:


  1. Reduced Development Time: One codebase means faster iterations.
  2. Quicker Updates: Easily roll out updates across platforms.
  3. Enhanced Agility: Adapt to market demands faster.


  1. Statistics: Gartner reported that Blazor Hybrid accelerates time-to-market by 35% by simplifying multi-platform deployment.


5. Enhanced User Experience with Native Features


Blazor Hybrid with .NET MAUI lets you integrate native device functionalities (camera, GPS, notifications, and file system usage) into your application without having to compromise the use of the web-based UI offered by Blazor—giving your users the best of both worlds! This feature ensures an interactive and immersive user experience.


Why It Matters:


  1. Native Integration: Leverage camera, GPS, and storage access.
  2. Smooth UX: Combine web-based UI with native functionality.
  3. Flexible App Design: Create hybrid apps with both web and native features.


6. Easier Maintenance and Scalability


Blazor Hybrid apps combine native speed and efficiency with the convenience of web development. The Blazor WebView control enables your application to render efficiently, giving your users a native-like user interface with ease.


Why It Matters:


  1. Efficient Maintenance: Update once, deploy everywhere.
  2. Scalable Architecture: Easily add new features across platforms.
  3. Long-Term Viability: Future-proof your app with cross-platform scalability.


  1. Stat: Companies using Blazor Hybrid report a 50% reduction in maintenance overhead due to code unification.


How to Build a Blazor Hybrid App with .NET MAUI (Step-by-Step Guide)


This section will guide you through the process of developing a Blazor Hybrid app using .NET, covering all aspects of MAUI with step-by-step instructions. We will cover everything from prerequisites to building, running, and testing your app in this tutorial!


Before you start, make sure you have the following tools and environment ready:


Software Requirements:


  1. .NET SDK 8 or higher ? Ensures you have the latest framework version.
  2. Visual Studio 2025 ? With the .NET MAUI workload installed.


Step 1: Install the Required Tools


  1. Download and Install .NET SDK:
  2. Go to: Download .NET
  3. Select .NET 8 or higher and install.
  4. Install Visual Studio 2025:
  5. Download from: Visual Studio
  6. Choose the “.NET Multi-platform App UI” workload during installation.


Step 2: Create a New .NET MAUI Blazor Project


Once your environment is ready, it’s time to create the project.


  1. Open Visual Studio 2025 ? Select “Create a new project.”
  2. Choose Project Template:
  3. Select .NET MAUI Blazor App ? Click Next.
  4. Configure the Project:
  5. Enter the project name (e.g., BlazorHybridDemo).
  6. Choose the Location and click Create.
  7. Wait for the project to load. You’ll see a pre-configured solution with both Blazor and .NET MAUI components.


Step 3: Understand the Project Architecture


The Blazor Hybrid app architecture consists of


  1. BlazorWebView Control:
  2. BlazorWebView renders Blazor components inside the native app.
  3. It provides access to both native APIs and Blazor’s web-based UI.
  4. Shared Codebase:
  5. The app uses C# and .NET for both web and native platforms.
  6. You can reuse the same business logic across all platforms.
  7. Native and Blazor Components:
  8. The MainPage.xaml file contains the native UI elements.
  9. The Blazor components handle the web-based logic.


Step 4: Add a Blazor Component


Next, let’s add a Blazor component to display some basic content.


  1. In Solution Explorer:
  2. Go to the Pages folder.
  3. Right-click ? Select Add ? Razor Component.
  4. Name the Component:
  5. Enter Sample.razor.
  6. Add the Following Code:


razor


@page "/sample"
<h3>Welcome to Blazor Hybrid with .NET MAUI!</h3>
<p>This is a hybrid app running on native and web platforms using a shared codebase.</p>
<button @onclick="OnClick">Click Me!</button>
<p>@message</p>
@code {
private string message = "Hello, .NET MAUI!";
private void OnClick()
{
message = "You clicked the button!";
}
}


4. Update Navigation:

  1. Go to App.razor.
  2. Add the link to your new component:


razor

<NavLink href="sample">Go to Sample</NavLink>


Step 5: Run and Test the App


Once your app is ready, it’s time to build and run it.


  1. Choose Target Platform:
  2. Select Windows, Android, iOS, or macOS.
  3. Click Run.
  4. Test on Emulators and Physical Devices:
  5. Use the Android Emulator or iOS Simulator.
  6. Test on physical devices for accurate performance evaluation.


Step 6: Basic CRUD Example with Blazor Hybrid


To demonstrate a CRUD operation, add a simple Todo App.


Add a Model:


  1. Create a Models folder.
  2. Add a new class: TodoItem.cs.
  3. Add the following code:


C#


public class TodoItem
{
public int Id { get; set; }
public string Title { get; set; }
public bool IsCompleted { get; set; }
}


Add Service for Data Operations:


  1. Create a Services folder.
  2. Add a new class: TodoService.cs.
  3. Add the following code:


C#


public class TodoService
{
private List<TodoItem> items = new();
public List<TodoItem> GetTodos() => items;
public void AddTodo(TodoItem item) => items.Add(item);
public void DeleteTodo(int id) => items.RemoveAll(x => x.Id == id);
}


Add the CRUD Logic in Blazor Component:


  1. Go to the Pages folder.
  2. Add a new Razor component: Todo.razor.
  3. Add the following code:


@page "/todo"
@inject TodoService TodoService
<h3>Todo List</h3>
<input @bind="newTodo" placeholder="Add a new task" />
<button @onclick="AddTodo">Add</button>

<ul>
@foreach (var item in TodoService.GetTodos())
{
<li>
@item.Title
<button @onclick="() => DeleteTodo(item.Id)">Delete</button>
</li>
}
</ul>
@code {
private string newTodo;
private void AddTodo()
{
if (!string.IsNullOrWhiteSpace(newTodo))
{
TodoService.AddTodo(new TodoItem { Title = newTodo });
newTodo = string.Empty;
}
}
private void DeleteTodo(int id)
{
TodoService.DeleteTodo(id);
}
}


Unlike in traditional .NET vs Blazor development, where you have to build separate apps for web and native, Blazor Hybrid with .NET MAUI lets you use a single codebase for both platforms, streamlining development. To ensure optimal performance and faster time-to-market, it’s best to hire dedicated .NET developers with expertise in cross-platform frameworks.


Best Practices for Optimising .NET MAUI Blazor Hybrid Apps


1. Implement Code Splitting for Faster Load Times


Blazor Hybrid apps often contain multiple components, pages, and services. Instead of loading everything at once, use code splitting to improve initial load performance.


How to Apply It:


  1. Break large components into smaller, reusable parts.
  2. Load heavy JavaScript libraries and CSS files asynchronously.
  3. Use lazy loading for routes and modules.


  1. Stat: Apps optimized with splitting code experience 50% faster initial load times. (Source: Microsoft, 2025)


2. Use Lazy Loading to Enhance Performance


Lazy loading ensures non-critical components only load when they're needed—decreasing startup times while keeping apps more responsive for customers.


How to Apply It:


  1. Implement lazy loading for Blazor components:


razor


<RouteView RouteData="@routeData"
DefaultLayout="typeof(MainLayout)" PrefetchOnHover="true" />


  1. Use deferred execution for data-intensive components.
  2. Load images and assets only when they are in the viewport.


3. Optimise API Calls and Data Fetching


Excessive API calls can slow down your app and consume unnecessary resources. Optimizing data retrieval and caching can enhance performance.


How to Apply It:


  1. Use minimal APIs for improved efficiency.
  2. Implement caching strategies (e.g., in-memory caching, local storage).
  3. Fetch data asynchronously using .NET Task and Async/Await.


C#


private async Task<List<TodoItem>> FetchDataAsync()
{
return await
httpClient.GetFromJsonAsync<List<TodoItem>>("https://api.example.com/todos");
}


  1. Stat: “Optimized API calls reduce response time by 40%, improving overall app speed.” (Source: Forrester, 2025)

4. Reduce Blazor Render Cycles for Better Responsiveness


Blazor components re-render frequently, which can cause UI lags if not managed properly.


How to Apply It:


  1. Use ShouldRender() method to prevent unnecessary re-renders.
  2. Implement StateHasChanged() only when required.
  3. Minimize large DOM updates in Blazor components.


C#


protected override bool ShouldRender()
{
return SomeCondition ? true : false;
}


5. Leverage .NET MAUI Native Features for Improved UX


Although Blazor Hybrid provides a web-like development experience, it’s essential to utilize native .NET MAUI features to create a true cross-platform experience.


How to Apply It:


  1. Use native UI components where necessary for better performance.
  2. Access native device APIs (camera, GPS, file system) using dependency injection.
  3. Use hardware acceleration for animations and UI interactions.


C#


var location = await
Geolocation.GetLastKnownLocationAsync();


6. Monitor Performance with Profiling and Debugging Tools


Profiling tools can help ensure high performance by detecting bottlenecks and memory leaks.


Recommended Tools:


  1. Visual Studio Performance Profiler (CPU & memory usage).
  2. Application Insights (monitor API performance).
  3. Xamarin Profiler (for mobile performance tracking).


  1. Stat: “Developers using performance monitoring tools reduce debugging time by 30%.” (Source: Microsoft Developer Insights, 2025)


7. Keep .NET MAUI and Blazor Updated


Microsoft regularly releases .NET MAUI and Blazor updates with performance improvements and security patches.


How to Apply It:


  1. Upgrade to .NET 8 or higher.
  2. Follow the .NET MAUI roadmap for new feature updates.
  3. Stay active in developer communities for best practices.


To implement advanced caching strategies and API optimization, consider collaborating with the best .NET development company. Their knowledge of performance tuning and native enhancements will help you deliver faster, more efficient apps.


Conclusion


Blazor Hybrid with .NET MAUI has quickly emerged as a game-changer in cross-platform app development in 2025 and beyond, thanks to combining the web capabilities of Blazor with the native performance of MAUI for efficient cross-platform app creation using one codebase and a single development timeframe, creating powerful yet cost-efficient applications across platforms while providing consistent user experiences across them all.


With growing adoption, enhanced security features, and AI-powered development trends defining its future development trend, Blazor Hybrid stands to revolutionize app creation for developers, new or experienced alike. Adopting MAUI Blazor as part of your .NET MAUI development workflow will keep you ahead of the game by producing high-performing apps that remain future-proof—no matter the platform they use for app creation!


Looking for expert guidance? Our .NET MAUI App Development Services provide custom .NET MAUI development solutions to help you build secure, scalable, and high-performance cross-platform apps. Partner with a leading .NET software development company to bring your app ideas to life today!

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