.NET MAUI Development

Digisoft Solution builds cross-platform applications with .NET MAUI for companies that want native iOS, Android, Windows, and macOS apps from a single C# and XAML codebase. MAUI is the successor to Xamarin.Forms, rebuilt from the ground up to be faster, cleaner, and better integrated with modern .NET, compiling to genuinely native apps rather than wrapping a web view.

800+Projects Delivered
13+Years in Production Software
100+Engineers, Designers and QA
4Platforms From One Codebase: iOS, Android, Windows, macOS

Get a Free Consultation

Senior MAUI Engineers. Xamarin Migration Specialists. One Codebase, Native Performance.

0 / 500

Schedule a call with our tech expert (Optional)

30 Min Meeting
Meeting Platform
What is 1 + 3?
TopDevelopers — Top Software Developers G2 Best Software 2025 — Top 50 IT Management Products Clutch Top Software Developers India 2025 GoodFirms — Top IT Companies and Software SoftwareWorld — Top Rated App Development Companies DesignRush Best Design Awards 2025 The Manifest — Most Reviewed Software Developers Companies SoftwareWorld — Top Rated Software Development Companies

Senior MAUI Engineers. Xamarin Migration Specialists. One Codebase, Native Performance.

  • Clutch Top Developer 2024
  • GoodFirms Top .NET Dev Co.
  • 800+ Projects
  • 500+ Clients
  • 13+ Years
  • .NET 10 MAUI Ready
  • NDA Protected
  • Same-Day Response

Services

.NET MAUI Services We Provide

Cross-platform mobile and desktop application development on .NET MAUI, plus Xamarin migration. Senior engineering standards. Native performance from a single codebase.

01

Cross-Platform Mobile App Development

Native iOS and Android applications built from a single .NET MAUI codebase, cutting development time versus separate native builds while keeping genuinely native performance and platform feel intact across every device.

02

Cross-Platform Desktop Applications

Windows and macOS desktop applications sharing the same MAUI codebase as your mobile apps, ideal for internal tools and field applications that need both device and desktop coverage together from one codebase.

03

Xamarin to .NET MAUI Migration

Migration of existing Xamarin.Forms applications to .NET MAUI, since Xamarin.Forms reached end of support in 2024, moving your app onto a supported, actively developed framework with a real future going forward.

04

Blazor Hybrid and MAUI Applications

A single Blazor component set deployed across web, desktop, and mobile through MAUI, so your team builds one UI codebase instead of separate front ends for every single target platform you support.

05

Native Device Feature Integration

Camera, GPS, biometric authentication, and other native device feature integration within your MAUI application, accessed through platform-specific APIs where MAUI's shared abstractions fall short of what a specific feature actually needs.

06

Dedicated MAUI Development Teams

Senior .NET MAUI engineers embedded as an extension of your team for ongoing cross-platform application development, sized to your existing engineering organization's specific gaps and roadmap needs for the quarter ahead.

07

Offline-First and Data Sync Architecture

Offline-first application architecture with local SQLite storage and background synchronization, built for field and mobile applications that cannot depend on a constant, reliable network connection to function properly at all.

08

MAUI UI/UX and Custom Controls

Custom UI controls and platform-adaptive interfaces built for MAUI applications, so the app feels native to each platform rather than a generic cross-platform template stretched thin across every device type.

09

App Store and Enterprise Distribution

App Store, Google Play, and enterprise MDM distribution setup for MAUI applications, including the platform-specific certificates, provisioning, and review process management each individual store separately requires of every development team.

Get a Free Consultation

A senior consultant responds within the same business day.

Get a Free Consultation

Why Digisoft Solution

Why Companies Choose Digisoft Solution for .NET MAUI

The .NET MAUI market includes agencies still uncomfortable moving clients off Xamarin, and boutiques with limited real MAUI production experience. Here is what sets Digisoft apart.

800+Projects Delivered
13+Years in Production Software
100+Engineers, Designers and QA
500+Clients in 20+ Countries

01 Real Xamarin to MAUI Migration Experience

Migrating a mature Xamarin.Forms app to MAUI involves genuine platform differences, not a simple find-and-replace. We have done this migration in production, not just in a tutorial project.

02 We Know When MAUI Is the Right Choice

MAUI is not automatically the best cross-platform choice for every project. For apps needing the absolute tightest native integration, a native iOS and Android build may still fit better, and we say so honestly.

03 Blazor Hybrid Expertise for Web Plus Mobile Products

For teams needing both a web presence and a mobile app, we build the combined Blazor Hybrid and MAUI approach that lets one UI codebase power both, rather than building separate teams for web and mobile.

04 Full Service Breadth Across the Cross-Platform Stack

We deliver the MAUI application, native device integrations, backend API, and app store submission in a single coordinated engagement, not just a shared UI layer left for you to wire up.

05 Transparent, Scope Based Pricing

Every milestone, delivery date, and cost line is agreed and provided in writing before development starts. No scope creep invoices discovered partway through a project.

06 A Process Built for the Xamarin End-of-Support Reality

Xamarin.Forms is unsupported today, not in some future year. Our process treats a Xamarin migration with the urgency an unsupported production framework actually deserves.

Industries

Industries We Serve With .NET MAUI

.NET MAUI's single codebase advantage pays off most for teams already invested in .NET, and for field and enterprise applications needing both mobile and desktop coverage.

Field Service and Manufacturing

Field technician applications built on MAUI cover both mobile devices and ruggedized Windows tablets from a single codebase, common in manufacturing and field service operations spread across many different physical sites.

Healthcare and Clinical Apps

Clinical mobile applications benefit from MAUI's native performance for camera and biometric integration, while sharing a codebase with any companion desktop tool the broader care team also relies on daily.

Enterprise Internal Tools

Enterprise teams needing an internal app across employee mobile devices and desktop workstations use MAUI to avoid maintaining three entirely separate native codebases for what is really the same internal tool.

Logistics and Delivery

Delivery and logistics apps needing GPS integration and offline capability across Android devices in the field, built on MAUI's native device access without commissioning a costly, entirely separate native build.

Retail and Point of Sale

Point of sale and inventory applications spanning tablets and desktop workstations benefit from MAUI's shared codebase across every device form factor a busy retail location actually uses day to day.

Legacy Xamarin Applications

Any organization with an existing Xamarin.Forms application faces an unsupported framework today, making migration to MAUI a practical near-term priority rather than an optional project any team can defer indefinitely.

Construction and Field Inspection

Site inspection and reporting applications built on MAUI take advantage of native camera and GPS access across both mobile devices and rugged tablets used daily on active, changing construction sites.

Fleet and Vehicle Management

Driver-facing fleet management applications built on MAUI combine native GPS integration with the offline capability needed in areas with inconsistent mobile connectivity out on the road, far from a strong signal.

Hospitality and Field Sales

Field sales and hospitality staff applications built on MAUI give consistent functionality across company-issued mobile devices and desktop workstations from a single, well maintained codebase shared across every device type.

Architecture

.NET MAUI vs. Xamarin vs. Native: A Direct Comparison

Cross-platform mobile decisions carry real long-term cost. Here is how we frame the tradeoffs honestly for clients evaluating MAUI against the alternatives.

Why Xamarin.Forms Is No Longer a Safe Choice

Xamarin.Forms reached end of support in 2024

Any application still running on Xamarin.Forms is on an unsupported framework today, with no new platform features, no new OS compatibility updates, and no security patches from Microsoft. Migration to MAUI should be treated as near-term, not someday.

MAUI's Native Compilation Advantage

Not a web view wrapper, genuinely native output

Unlike hybrid frameworks that wrap a web view, MAUI compiles to native code for each target platform, which is why performance and platform look-and-feel hold up better than web-view-based cross-platform approaches.

When Native iOS and Android Still Wins

Honest tradeoffs we walk through during discovery

For applications needing the absolute latest platform-specific APIs on day one of an OS release, or extremely graphics-intensive interfaces, fully native development sometimes still outperforms a shared MAUI codebase. We discuss this tradeoff directly rather than defaulting to MAUI regardless of fit.

Blazor Hybrid for Web Plus Mobile Products

One UI codebase spanning browser, desktop, and mobile

Combining Blazor with MAUI through Blazor Hybrid lets a single component set built for the web also power a native desktop and mobile app, cutting the cost of maintaining separate front end teams for each platform.

Technologies

Technologies We Build With

Every technology below is actively used in delivered .NET MAUI projects. We recommend the approach that fits your platform targets, not the one we find most comfortable.

Framework

.NET MAUI (.NET 8, 9, and 10)Blazor HybridXAML

Platforms

iOSAndroidWindows (WinUI 3)macOS (Mac Catalyst)

Backend

ASP.NET Core APIsAzure Mobile AppsFirebase

Data and Offline

SQLiteEntity Framework CoreLocal storage sync patterns

UI Component Libraries

Grial UI KitSyncfusion MAUI ControlsCustom component libraries

Process

How We Deliver Your .NET MAUI Project

A defined delivery process matters even more for cross-platform apps, where platform-specific quirks can derail a timeline if not planned for. Here is how a MAUI engagement progresses from first call to app store launch.

Discovery and Platform Scoping

1 to 2 weeks. We map your target platforms, native feature requirements, and offline needs before any architecture decision, including whether MAUI or native development genuinely fits best.

Technical Scoping

1 week. Our architects define the shared component structure and platform-specific integration points. You receive a complete project scope, milestones, and timeline before development begins.

UI/UX Design

2 to 3 weeks. Every screen designed and approved before development starts, respecting each target platform's design conventions rather than a one-size-fits-all interface.

Agile Development

Varies by scope. Two week sprints. Working, reviewable builds deployed to internal testing tracks on each target platform at each sprint end.

Cross-Platform QA and Device Testing

Parallel with development. Testing across real devices for each target platform, since cross-platform frameworks can still surface platform-specific quirks that a single-device test would miss.

App Store and Distribution Launch

1 to 2 weeks. We handle App Store, Play Store, and desktop distribution submission, coordinating launch timing across platforms with your go-to-market plan.

Ongoing Support

Ongoing. Post launch maintenance, OS update compatibility across all target platforms, security patching, and continued feature development on defined support terms.

Start Your Project, Free Consultation

A senior consultant responds within the same business day.

Get a Free Consultation

Engagement Models

Three Ways to Work With Us

Fixed price builds for defined scope. Dedicated teams for ongoing product development. Staff augmentation for specific gaps. A model to fit your stage.

01

Fixed Price Build

Best for: Teams with a defined scope and a launch deadline

Full scope, timeline, and total cost agreed before development starts. No hourly tracking. No scope creep invoices. Custom quote after discovery call

02 ★ RECOMMENDED

Dedicated MAUI Team

Best for: Companies building ongoing cross-platform product capability

A dedicated team embeds as a permanent extension of your engineering function, with full codebase ownership. Used by companies scaling past their first release. Scoped to your team size

03

Staff Augmentation

Best for: Engineering teams with a specific MAUI skills gap

Senior .NET MAUI engineers placed inside your existing team within days, at a fraction of full time hiring cost. Flexible, engagement based rates

FAQs

Frequently Asked Questions

Answers written for Google featured snippets, People Also Ask, and AI Overview citations. American English throughout.

.NET MAUI project costs vary by scope and target platform count, but 2026 industry benchmarks put an MVP covering iOS and Android around 25,000 to 80,000 dollars, and a full application spanning mobile and desktop platforms at 80,000 to 250,000 dollars or more. Digisoft Solution provides a detailed written cost breakdown after a free discovery call, with no commitment required.

Xamarin.Forms reached its official end of support in 2024, which means any application still on it today is running unsupported software with no security patches or new platform compatibility updates from Microsoft. While the app will likely keep functioning in the short term, migration to MAUI should be treated as a near-term priority rather than something to defer indefinitely.

MAUI compiles to genuinely native code for each target platform rather than wrapping a web view, which is why performance and platform look-and-feel hold up noticeably better than web-view-based cross-platform frameworks.

For most business applications, MAUI's single codebase significantly reduces development time and long-term maintenance cost versus separate native codebases, without a major performance penalty. Fully native development still makes sense for apps needing the latest platform-specific APIs on release day or extremely graphics-intensive interfaces, and we discuss that tradeoff honestly during discovery.

Yes, through Blazor Hybrid. You can build your UI once in Blazor and deploy it as a web application, and also embed those same components inside a MAUI app for native desktop and mobile versions, avoiding the cost of separate front end teams for web and mobile.

It depends on your stage. A fixed price build suits teams with a defined scope and a launch deadline. A dedicated team suits companies building ongoing cross-platform product capability past their first release. Staff augmentation suits existing teams with a specific MAUI skills gap.

We have real production experience migrating Xamarin.Forms applications to MAUI, not just theoretical knowledge of the migration path, and we are honest about when native development still outperforms a shared MAUI codebase rather than defaulting to MAUI regardless of fit. Clients work directly with the engineers building their application, with transparent, scope based pricing agreed in writing before you sign.

Start Your Project, Free Consultation

Describe your project. A senior consultant responds within the same business day.

What happens next:

1. We review your brief within 2 business hours

2. A senior consultant contacts you within the same business day

3. We schedule a free 45 minute discovery call at a time that suits you

4. You receive a scoped written proposal with timeline and next steps

Get a Technical Roadmap for Your Next Digital Solution

Transform your concept into a scalable digital product with expert technical consultation.

0 / 500

Schedule a call with our tech expert. Get a tech consultation for free! (Optional)

30 Min Meeting
Meeting Platform
What is 2 + 9?