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Technology Digital MediaTop 10 Best Mobile App Building Software of 2026
Top 10 mobile app building software ranked for no-code and low-code teams, with technical comparisons of Thunkable, Power Apps, and Adalo.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Thunkable is the best pick when you want teams to build app store-ready native-style mobile apps with visual workflows and external API calls without code, whereas Power Apps fits better for internal mobile apps tied to Microsoft data, automation, and access control.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Thunkable
Thunkable’s visual logic layer maps user actions to component methods for fast iteration without full code authoring.
Built for fits when teams need app store-ready mobile apps with visual workflows and external API calls..
Power Apps
Editor pickPower Automate integration lets app screens trigger managed workflows with reusable connectors and execution history.
Built for fits when teams build internal mobile apps tied to Microsoft data, automation, and access control..
Adalo
Editor pickDatabase-connected visual screens that turn list and detail layouts into reusable CRUD patterns.
Built for fits when teams need database-backed mobile UX with limited custom logic..
Related reading
Comparison Table
The comparison table maps mobile app building tools such as Thunkable, Power Apps, Adalo, React Native, and Mendix to specific build and deployment mechanics. It highlights integration options, automation and API surface, and governance controls like RBAC and audit logging where available, so teams can evaluate tradeoffs by workflow rather than by features alone. The entries also show how each tool approaches configuration, extensibility, and app lifecycle provisioning.
Thunkable
no-codeDrag-and-drop platform for building native mobile apps without code.
Thunkable’s visual logic layer maps user actions to component methods for fast iteration without full code authoring.
Thunkable’s builder uses a visual canvas for screens and a block-style logic layer for event handling, with an app preview loop for rapid iteration. Component composition supports reusable UI patterns and practical screen navigation flows for typical data-entry and content apps. Export paths include Android packages and iOS packages, which fit teams that want to deliver native distribution rather than only a web wrapper.
A key tradeoff is that complex architectures and highly customized native behavior can hit the limits of visual-only logic, especially when workflows require deep platform code or fine-grained performance tuning. Thunkable fits teams producing internal tools, event apps, or lightweight consumer apps where most logic can be expressed in visual events and API calls.
- +Visual event wiring speeds up screen behavior changes
- +Component library supports consistent UI across multiple screens
- +Export outputs align with app distribution requirements
- +Push notification configuration supports common mobile engagement
- –Highly customized native features require workarounds beyond visuals
- –Advanced state patterns can become hard to maintain
- –Debugging multi-step logic is slower than code-based tooling
- –Offline sync behavior needs careful design per workflow
Product teams and prototypers
Turn clickable flows into installable apps
Shorter app iteration cycles
Operations and internal tooling
Mobile forms backed by external services
Faster field data capture
Show 2 more scenarios
Customer-facing teams
Notifications and deep-linked experiences
Higher return usage
Engagement flows use push events and link targets to route users into the right screen.
Small development teams
Publish content apps without full engineering
Reduced time to publish
A drag-and-drop builder combines navigation and content screens to reach mobile distribution quickly.
Best for: Fits when teams need app store-ready mobile apps with visual workflows and external API calls.
More related reading
Power Apps
enterpriseMicrosoft's low-code platform for building business apps with mobile support.
Power Automate integration lets app screens trigger managed workflows with reusable connectors and execution history.
Power Apps uses a drag-and-drop canvas for screen layout, navigation, and component reuse across mobile app experiences. Data connections can be made to Dataverse and other connectors, while app behavior can call Power Automate flows for event-driven workflows. Role-based access and environment separation support controlled authoring and promotion between development and production. The app preview and publishing workflow help teams validate interactions before release.
A key tradeoff is that complex native mobile behaviors can require additional engineering via custom components and model-driven patterns instead of staying purely in the canvas. One common usage situation is building internal field or approval apps that read and write to Dataverse and trigger Power Automate processes without setting up separate mobile backends.
- +Tight integration with Microsoft identity and permissions for app access
- +Use of Power Automate flows for approval and event workflows
- +Canvas design supports reusable components across screens
- +Environment separation supports controlled dev and production promotion
- –Custom mobile-native capabilities can require custom components
- –Offline behavior and sync patterns need careful design and testing
- –Performance tuning may be harder with heavy delegation limits
- –Governance requires disciplined environment and connector management
Operations teams
Field checks and approvals on mobile
Faster handoffs and fewer manual steps
Sales operations teams
Account updates from reps
Cleaner CRM data and traceable actions
Show 2 more scenarios
IT and business admins
Controlled app lifecycle governance
Reduced release risk across teams
Environments and tenant administration support separation of authoring, testing, and production publishing.
Customer support teams
Case triage with guided actions
Consistent triage across shifts
Mobile screens route cases to workflows using connectors and consistent access controls.
Best for: Fits when teams build internal mobile apps tied to Microsoft data, automation, and access control.
Adalo
no-codeNo-code platform for building native mobile and web apps with drag-and-drop.
Database-connected visual screens that turn list and detail layouts into reusable CRUD patterns.
Adalo’s core workflow uses drag-and-drop screen building, a screen navigator, and reusable components to speed iteration on mobile UI. Database binding connects screens to collections so list, detail, and form screens behave consistently. An app-level auth layer handles common account flows and session gating for protected screens.
A key tradeoff is that deeper backend logic and heavy automation are limited by the low-code surface area, so complex workflows often need external services and tighter API orchestration. Adalo fits best when the primary work is mobile UX plus data entry, search, and lightweight business rules backed by an API or database.
- +Visual screen builder with reusable components for consistent UI
- +Collection binding keeps CRUD screens aligned across the app
- +REST API connector supports external data reads and writes
- +Publish flow supports mobile package generation for app distribution
- –Complex business logic often requires external services
- –Limited fine-grained control compared with code-first mobile frameworks
- –Performance tuning depends on how data fetching is modeled
- –Stateful offline patterns require careful design to avoid sync issues
Small business ops teams
Internal ordering and status tracking app
Faster updates with fewer manual steps
Community organizers
Member directory with role-gated profiles
Controlled access without custom services
Show 2 more scenarios
Customer support teams
Ticket intake app with external ticket sync
Reduced duplicate entry
A visual form captures fields and a REST API connector syncs them to a help desk system.
Partner networks
Partner submission and review workflow
Clear handoffs between roles
Collections store submissions while screens implement review states and audit-style activity views.
Best for: Fits when teams need database-backed mobile UX with limited custom logic.
React Native
open-sourceMeta's open-source framework for building native mobile apps using JavaScript and React.
Hot reload paired with a component-driven UI model accelerates interactive development without abandoning native UI rendering.
React Native is a cross-platform mobile app building framework that runs native UI from JavaScript and native bridges. It supports a workflow built around hot reload and a React component model that maps cleanly onto mobile view hierarchies.
Core capabilities include building screen navigation, integrating native modules for device features, and bundling apps into APK and IPA artifacts for app store submission. Backend integration typically happens through REST APIs, OAuth flows, and push notification providers connected from the app code.
- +Native rendering via React component structure reduces UI performance gaps
- +Hot reload shortens iteration cycles during UI and state changes
- +Native module API enables device features without rewriting the app
- +Large ecosystem of navigation and networking libraries
- –Release builds depend on platform toolchains like Xcode and Gradle
- –State management choices are left largely to the team and libraries
- –Performance tuning requires knowledge of rendering and memory behavior
- –App store compliance work still needs signing and provisioning discipline
Best for: Fits when teams want shared UI logic across iOS and Android with code-first control.
Mendix
enterpriseEnterprise low-code development platform for building mobile and web applications.
Workflow automation that coordinates mobile UI events with backend service calls and data updates from the same app model.
Mendix lets teams model mobile app screens with a visual builder and generate production-ready iOS and Android apps from shared logic. It includes native-feeling mobile UX building blocks, a rules engine for business logic, and built-in integrations that connect app actions to external services.
Data changes can be orchestrated through configurable workflows that trigger API calls, update persistence, and keep client behavior consistent. The same app source can be deployed through managed environments for development, testing, and production with access control over who can publish.
- +End-to-end mobile generation from one shared app model
- +Workflow-driven business logic ties UI actions to backend calls
- +Strong team governance with role-based access to model changes
- +Extensibility through custom modules and REST API connectors
- –Mobile performance tuning often requires platform-specific adjustments
- –Complex offline and sync behavior needs careful design work
- –App publishing depends on environment setup and build pipelines
- –Deep third-party native integrations can require custom extensions
Best for: Fits when enterprise teams need low-code mobile delivery with governance, workflows, and external API integration.
AppSheet
low-codeGoogle's no-code platform for building mobile and web apps from data sources.
Rules and actions that trigger on user events and data changes to automate processes without rebuilding the app UI.
AppSheet is a no-code app builder that turns spreadsheet data into mobile apps with configurable views, forms, and workflows. It distinguishes itself with a rules-and-actions automation layer that can run on data changes and user actions, plus a connector approach for integrating external systems.
Apps generate usable mobile experiences without requiring separate native projects, and they can be paired with custom logic through extensibility options. Governance features like role-based access and audit-style activity support help control who can view and edit records.
- +Turns spreadsheet-backed data into working mobile apps quickly
- +Rules and actions enable event-driven automation across records
- +Connector-based integration supports common enterprise data sources
- +Role-based access controls reduce exposure of sensitive records
- –Complex multi-step logic can become hard to maintain
- –Advanced UI customization has limits compared with code-first apps
- –High-volume sync behavior can require careful design to avoid bottlenecks
- –Some integrations depend on connector capabilities rather than full API control
Best for: Fits when teams need internal mobile apps from existing spreadsheets and predictable automation workflows.
NativeScript
open-sourceOpen-source framework for building native mobile apps with JavaScript and Angular or Vue.
Native UI rendering built from platform-aware components with direct access to native APIs through plugins.
NativeScript is a mobile app builder that compiles to native iOS and Android using a JavaScript or TypeScript codebase. Instead of a purely visual canvas, it lets developers control native UI composition through platform-aware components and styling.
The toolkit supports hot reload, device emulators, and build outputs such as APK and IPA for app store workflows. Integration work often centers on direct REST API connector usage and platform-specific capabilities exposed through its plugin ecosystem.
- +Native UI output via platform-aware components for fewer cross-platform abstractions
- +Hot reload shortens the edit compile test loop for UI and state changes
- +TypeScript support improves safety when wiring platform-specific code paths
- +Plugin ecosystem covers many native SDK integrations without forking core tooling
- –App architecture choices depend heavily on developer discipline for maintainability
- –Many advanced features rely on third-party plugins with uneven API consistency
- –UI tuning can require platform-specific adjustments beyond shared styles
- –Debugging native layer issues takes more setup than framework-only stacks
Best for: Fits when teams want a shared JS or TypeScript codebase with native UI control.
.NET MAUI
open-sourceMicrosoft's cross-platform framework for building native mobile and desktop apps with .NET.
Handler architecture lets apps swap platform implementations for specific UI controls without forking the entire UI layer.
.NET MAUI targets mobile app building with .NET code and a shared UI stack across Android and iOS, which is distinct from visual, drag-and-drop builders. It supports XAML and C# for defining pages, navigation, and reusable controls, and it integrates with the .NET ecosystem for dependency injection and background tasks.
UI updates are supported through Hot Reload during development, and device-facing capabilities map to platform APIs through handlers. Back-end integration typically runs through app-side HTTP clients and authentication flows that use standard OAuth patterns, with data persistence handled via local storage and platform storage abstractions.
- +Shared C# and XAML codebase for Android and iOS UI
- +Hot Reload speeds UI iteration during development
- +Handler-based UI extensibility for platform-specific behavior
- +Strong integration with .NET libraries and dependency injection
- –Tooling and build setup can be heavier than no-code options
- –Complex UI state management needs explicit architecture choices
- –Advanced app-store workflows still require developer operational know-how
Best for: Fits when teams want code-driven cross-platform mobile apps with .NET libraries and controlled UI extensibility.
Expo
open-sourcePlatform and toolchain for building, deploying, and updating React Native applications.
Expo development client workflow with OTA update support tied to the same app runtime model.
Expo turns React code into deployable mobile apps with a workflow built around fast feedback and reusable tooling. Its core capability is running the same app on real devices and emulators through a development client, plus building production artifacts from a shared project configuration.
Expo also provides a component-first UI workflow, navigation patterns, and device integrations through managed modules that reduce native setup work. For teams that later need deeper platform features, Expo supports an escape path to custom native code while keeping the project structure usable.
- +Development client workflow speeds up iteration across devices
- +Managed modules reduce native wiring for common device features
- +Production builds come from the same project configuration
- +Extensible UI component and navigation patterns fit standard app layouts
- –Certain native capabilities require extra steps beyond managed modules
- –Build tooling complexity increases once custom native code is introduced
- –Long-running background tasks can be harder to match natively in parity
- –Workflow constraints can limit highly customized platform-specific behavior
Best for: Fits when teams want React-based mobile delivery with quick iteration and broad managed device integrations.
Glide
no-codeNo-code platform for creating mobile and web apps from spreadsheets and data sources.
Glide’s spreadsheet-style, record-based app logic connects UI components directly to rows and fields, reducing the wiring work typical in no-code app builders.
Glide targets teams that want to turn structured data into usable mobile apps without writing traditional app code. Its core workflow starts with a data source and uses a visual builder to lay out screens, navigation, and row-based app actions.
Glide generates a live data-bound app experience where buttons, forms, and lists operate directly on the underlying records. It also supports publishing and ongoing iteration via updates to the app logic tied to the same data.
- +Data-driven app structure from spreadsheets or database tables
- +Visual screen builder with immediate app preview for iterations
- +Row-level actions for lists, detail views, and forms
- +Fast publishing workflow for distributing updates to users
- –Complex UI behaviors and custom layouts hit the builder limits
- –Advanced backend logic still depends on external services
- –Limited fine-grained control over app navigation patterns
- –Automation and API extensibility are narrower than full low-code stacks
Best for: Fits when teams need simple, data-backed mobile apps with quick edits from the source records.
Conclusion
After evaluating 10 technology digital media, Thunkable stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right mobile app building software
This buyer's guide covers how teams should evaluate mobile app building software across Thunkable, Power Apps, Adalo, React Native, Mendix, AppSheet, NativeScript, .NET MAUI, Expo, and Glide.
It maps each tool to concrete build workflows like visual event wiring, Microsoft identity integration, spreadsheet-backed app generation, code-first native control, and environment-governed deployments.
Mobile app building software that generates installable apps from visual design, data, or code
Mobile app building software helps teams create iOS and Android apps by combining UI design with app logic, data connections, and publishing workflows like APK and IPA artifact generation. Some tools focus on drag-and-drop screen building and live previews such as Thunkable and Adalo. Other tools generate apps from spreadsheet or record data like Glide and AppSheet.
Business teams use these tools to ship internal workflows, customer-facing experiences, and operational tooling without writing every native UI layer from scratch. Enterprise teams like those building permissioned internal apps often standardize on environments, identity, and automation integration such as Power Apps and Mendix.
Evaluation checklist for mobile app builders that ship reliably
Choosing a tool works best when evaluation stays tied to actual build mechanics, not broad promises. Focus on how the tool binds UI to logic, how it connects to external systems, and how it supports controlled delivery across environments or releases.
Integration depth matters most when app behavior depends on external services and managed workflows. Automation and governance controls matter most when multiple people build, publish, and troubleshoot apps with different permission levels.
Visual event wiring that maps user actions to component methods
Thunkable supports a visual logic layer that maps user actions to component methods, which accelerates iteration without requiring full application code authoring. This approach also fits teams that need rapid changes to screen behavior while still exporting build artifacts for app distribution.
Microsoft identity and tenant-governed workflow automation integration
Power Apps ties app access to Microsoft identity and permissions so app screens inherit controlled access patterns. It also integrates with Power Automate so screens can trigger managed workflows with reusable connectors and execution history.
Data-connected CRUD screen generation from external sources
Adalo connects database-backed visual screens into reusable CRUD patterns so list and detail layouts stay consistent. AppSheet and Glide generate working mobile apps from spreadsheet or row-based sources, which makes form and list scaffolding faster than hand-built screen wiring.
Shared project runtime for React-based delivery with fast iteration
React Native provides hot reload and a component-driven UI model that keeps native rendering through React components. Expo adds a development client workflow that runs on real devices and emulators and uses OTA update support tied to the same app runtime model.
Workflow-driven coordination between UI events and backend service calls
Mendix coordinates mobile UI events with backend service calls and data updates from the same app model using workflow automation. This is a strong fit when business logic needs to stay close to the app model rather than living only in external scripts.
Platform-aware native UI control with plugin-based device integration
NativeScript compiles to native iOS and Android from a JavaScript or TypeScript codebase and supports native UI rendering via platform-aware components. It relies on plugins for many advanced integrations, which makes extensibility practical when the target device SDKs are available.
Handler architecture for swapping platform implementations inside a shared .NET UI stack
.NET MAUI uses handler architecture so specific UI controls can swap platform implementations without forking the entire UI layer. This matters when an app needs shared C# and XAML structure but still must address platform-specific UI behavior.
Pick a builder by matching build philosophy to app logic complexity
A fast selection comes from starting with how the app logic should be authored and maintained. The logic authoring model differs sharply across Thunkable, AppSheet, Glide, Mendix, and React Native and that difference drives debugging effort and long-term maintainability.
The second choice point is release governance and environment separation. Mendix and Power Apps emphasize controlled environments and publishing workflows, while React Native and Expo emphasize code-driven or runtime-driven iteration.
Choose a logic authoring model: visual event wiring versus data rules versus code-first UI
For teams that want UI and behavior assembled through visual event wiring, Thunkable supports mapping user actions to component methods and keeps iteration tightly coupled to screen changes. For teams that want automation tied to user events and data changes, AppSheet uses rules and actions as the automation layer. For teams that want code-first control with React components and hot reload, React Native offers native rendering with a component-driven UI model.
Decide where the app’s source of truth lives: spreadsheets and rows versus connected databases versus shared app models
If spreadsheet or record structure is the starting point, Glide builds row-based experiences with lists, detail views, and forms tied directly to underlying records. If business logic and UI should share a single modeled source, Mendix generates production-ready apps from one shared app model and coordinates workflow automation across that model. If the UI needs reusable CRUD screens backed by a database and REST API connectors, Adalo fits that pattern.
Match integration strategy to the external systems that drive app behavior
For apps that must trigger managed workflows and follow Microsoft identity access patterns, Power Apps is a direct fit because it integrates Power Automate and supports Microsoft identity and permissions. For apps that require flexible device-native integrations through a plugin ecosystem, NativeScript can be more practical because it exposes native APIs through plugins. For React-based mobile apps that rely on managed modules for common device features, Expo reduces native setup work while keeping an escape path for deeper native work.
Plan for governance, environments, and release workflows before the first build grows
If multiple people need controlled development and promotion paths, Power Apps uses environment separation and tenant-level administration to support development and production promotion. Mendix also supports role-based access to model changes and environment-based publishing, which matters when governance is part of delivery. If the process is mostly individual development with code changes and runtime iteration, React Native and Expo reduce governance overhead by shifting effort to code and build pipelines.
Validate offline and state complexity early using a representative workflow
Visual tools like Thunkable, Adalo, Power Apps, and Glide all require careful offline sync design because state and sync behaviors vary by workflow. If a workflow includes complex multi-step UI behavior and data updates, AppSheet can become harder to maintain and Glide can hit builder limits for advanced custom layouts. For code-first stacks like React Native, state management choices remain on the team and libraries, which shifts risk from the builder to engineering architecture.
Which teams should use each mobile app building approach
Different tools target different app shapes. Some prioritize visual iteration toward app-store-ready builds, while others prioritize enterprise workflow governance or spreadsheet-backed internal tooling.
The best fit depends on whether app logic is mostly UI behavior, mostly data-triggered automation, or mostly code-managed UI state.
Teams prototyping app store-ready mobile apps with visual logic wiring
Thunkable is the direct match because it combines drag-and-drop screen building with a visual logic layer that maps user actions to component methods and supports exporting builds for app distribution.
Organizations building internal business apps tied to Microsoft identity and approvals
Power Apps fits teams that need Microsoft identity and permissions for app access and need Power Automate flows for approval and event workflows. This pairing supports controlled dev and production promotion through environments.
Business teams turning existing spreadsheet or record data into mobile workflow apps
Glide and AppSheet match different strengths in this space because Glide is optimized for row-level actions and detail views tied to underlying records, while AppSheet is optimized for rules and actions that trigger on user events and data changes.
Enterprise app teams that need governance plus workflow automation across the same app model
Mendix is tailored for enterprise delivery because it generates production-ready apps from one shared model, coordinates mobile UI events with backend service calls through workflows, and uses role-based access to model changes.
Engineering teams that want native UI output with code control and faster interactive iteration
React Native suits teams that need shared UI logic across iOS and Android with hot reload and a component-driven UI model. NativeScript and .NET MAUI suit teams that prefer deeper native UI control through plugins or handler architecture, while Expo suits teams that want React Native delivery with a development client and OTA update support.
Pitfalls that slow builds and increase maintenance costs
Many build failures come from mismatch between the tool’s logic model and the app’s complexity. Offline sync and advanced state patterns are the most common sources of hidden engineering time in tools like Thunkable, Power Apps, and Adalo.
Builder limits also show up when UI customization and navigation patterns exceed what the visual canvas was designed to handle.
Assuming visual builders handle deeply customized native features without extra work
Thunkable and Power Apps both require workarounds for highly customized native features beyond visuals, so a proof-of-concept should include the exact native capability before committing to a broader build plan.
Underestimating offline sync and state lifecycle complexity
Adalo, Glide, and Thunkable all require careful offline and sync design per workflow, so validation should include conflict cases like edits in multiple sessions rather than only a simple connectivity toggle.
Building complex multi-step logic in a way that becomes hard to debug
Thunkable can slow debugging for multi-step logic compared with code-first tooling, so logic graphs should stay shallow and test coverage should target multi-step user flows. AppSheet can also become hard to maintain with complex multi-step logic, so rules should be broken into smaller automations tied to clear triggers.
Treating UI customization and navigation control as a solved problem in no-code canvases
Glide can hit limits with complex UI behaviors and custom layouts, while Adalo offers limited fine-grained control compared with code-first mobile frameworks. Teams with heavy custom navigation patterns should prototype navigation behavior early using their intended layouts.
Delaying governance decisions until after multiple authors are involved
Mendix and Power Apps are designed around governed environments and role-based access, so governance needs should be defined before model growth. Visual teams that skip environment and connector management tend to create avoidable rework when publishing and promoting builds.
How We Selected and Ranked These Tools
We evaluated Thunkable, Power Apps, Adalo, React Native, Mendix, AppSheet, NativeScript, .NET MAUI, Expo, and Glide using a consistent scoring set across features, ease of use, and value. Features carried the most weight because mobile app building outcomes depend on UI logic wiring, data connectivity, integration behavior, and publishable build outputs. Ease of use and value each mattered for how quickly teams can iterate from an app preview to a distribution-ready artifact.
Thunkable separated from lower-ranked options because its visual logic layer maps user actions to component methods for fast iteration without full code authoring, and that directly lifted the features and ease-of-use scoring for teams that need app-store-ready mobile apps with shippable workflows.
Frequently Asked Questions About mobile app building software
How do Thunkable and React Native differ for building app screens and wiring logic?
Which tool is best when a mobile app must align with Microsoft environments and identity?
What breaks if a project needs heavy client-side control over native UI rather than visual composition?
How do Mendix and AppSheet handle automation when app users trigger workflows?
When is an escape path to deeper native capabilities a deciding factor in Expo?
How do data-source approaches affect Glide versus Adalo for CRUD-style apps?
What security and admin controls differ between AppSheet and Power Apps?
How do integration workflows compare between Thunkable and .NET MAUI?
What is the tradeoff between visual rules logic and code-driven component architecture?
How do Teams validate device behavior before publishing app store artifacts?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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