GITNUXSOFTWARE ADVICE
Technology Digital MediaTop 10 Best App Making Software of 2026
Compare app making software options for building mobile apps, including tools like FlutterFlow, Glide, and GoodBarber, with key tradeoffs for teams.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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FlutterFlow is the best pick for teams that want to move fast with visual native app building while keeping a clean path to custom Flutter code thanks to its native project export. OutSystems is the enterprise alternative for governed, lifecycle-aware delivery since its model-driven approach keeps UI, logic, and integrations aligned during change.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
FlutterFlow
Native project export from a visual builder to continue development in Flutter code.
Best for: Fits when teams need fast visual app iteration plus controllable exported code.
Glide
Editor pickRow-level logic ties screen behavior and actions to individual records from connected tables.
Best for: Fits when teams need mobile-first apps from table data with conditional logic and quick publishing cycles.
GoodBarber
Editor pickOne back-office workflow for building screens, publishing updates, and managing push messaging delivery across the same app.
Best for: Fits when a team needs a mobile-first publishing workflow with manageable customization and strong content operations.
Comparison Table
FlutterFlow
SMBVisual builder for native iOS, Android, and web apps using Flutter.
Native project export from a visual builder to continue development in Flutter code.
FlutterFlow’s core capability is producing an app codebase from a drag-and-drop interface, reusable components, and screen navigation graphs. Actions and data bindings connect UI events to REST APIs and auth flows, and the app can be previewed with device simulation before export. The visual layer accelerates common CRUD screens, but complex edge cases often require dropping into the generated code.
A common tradeoff is that the visual editor can make global changes harder when custom business logic is spread across pages and widgets. FlutterFlow fits teams that want fast iteration on app screens and wiring, then selectively customize exported code for offline behavior, background logic, or advanced integrations.
- +Visual UI plus generated project export supports gradual move into custom code
- +Configurable API actions connect UI events to external services
- +Reusable components speed consistent layout and shared interaction patterns
- +Device preview helps validate responsive layouts before build export
- –Deep app behavior often requires code changes after visual scaffolding
- –Cross-screen state logic can become harder to reason about in large projects
- –Some advanced integrations depend on add-ons or custom extensions
- –Permissions and auth edge cases can require manual wiring across screens
Product teams
Prototype to production app screens
Shorter iteration cycles
Startups
API-driven mobile and web app
Faster integration work
Show 2 more scenarios
Internal tool teams
Role-based workflows with navigation
Quicker internal app delivery
Create admin-like screens with reusable widgets and consistent navigation patterns.
Agile engineering groups
Design iterations with shared components
Lower UI maintenance effort
Update UI components in one place and propagate changes across multiple screens.
Best for: Fits when teams need fast visual app iteration plus controllable exported code.
Glide
SMBNo-code platform that turns spreadsheets into functional mobile and web apps.
Row-level logic ties screen behavior and actions to individual records from connected tables.
Glide pairs a visual builder with app logic that runs per record, including conditional screens, calculated fields, and event-driven actions tied to data updates. Data modeling stays constrained around column-based sources, which keeps setup fast but can limit complex relational joins and deeply normalized schemas. Integrations work best when the source of truth is already structured as tables and columns rather than custom APIs.
A key tradeoff is limited control over native UI components and offline behavior compared with full mobile app development workflows. Glide fits when a team needs an internal operations app driven by spreadsheet updates, such as approvals, inventory checks, or field reporting. It is less suitable when the app must implement heavy custom UI, intricate permissions models across many roles, or advanced integration logic that requires a broad programmable API surface.
- +Record-level conditional logic from a spreadsheet-style data source
- +Fast mobile-first layouts with data-driven screens and forms
- +Automation actions triggered by changes in connected data
- +Publishing workflow aimed at internal teams iterating frequently
- –Data modeling can feel constrained for multi-entity relational schemas
- –Fine-grained native UI customization is limited versus code-first tools
- –Advanced API-centric workflows require external orchestration
- –Governance for many roles can get complex as apps scale
Operations managers
Field checklists and status updates
Fewer manual status updates
Revenue operations teams
Deal intake and approval routing
Faster routing and triage
Show 2 more scenarios
Customer support leads
Ticket follow-ups from shared logs
More consistent follow-up
A data view groups records and automates reminders and status transitions tied to row changes.
Warehouse supervisors
Inventory adjustments with validations
Lower error rates
Calculated fields and conditional screens reduce invalid entries before writing updates back.
Best for: Fits when teams need mobile-first apps from table data with conditional logic and quick publishing cycles.
GoodBarber
SMBNo-code native and PWA app builder focused on content and commerce.
One back-office workflow for building screens, publishing updates, and managing push messaging delivery across the same app.
GoodBarber targets app publishing workflows with a visual editor for building mobile-first experiences and managing app content. The system focuses on native-style themes, reusable UI components, and screen-level configuration that reduce the need for custom front-end development.
It supports app store deployment packaging for iOS and Android, plus integrations for authentication, media, and push messaging. Governance features center on managing roles for the app back office and controlling what content updates reach users.
- +Visual builder tailored to mobile layouts and reusable interface components
- +App publishing pipeline covers iOS and Android packaging outputs
- +Back office tools support role-based workflows for content operations
- +Push notifications wiring fits common app marketing and engagement flows
- –Deep custom logic needs platform-specific extensions rather than full code freedom
- –External data integrations depend on connectors and may limit complex data modeling
Publishers and media teams
Convert articles into branded apps
Reusable content distribution
Local business operators
Offer services through app-like channels
Branded engagement channel
Show 2 more scenarios
Customer support organizations
Package help articles into PWA
Mobile self-service access
Turn structured support content into an app-like self-service destination for users.
Community clubs and membership groups
Run member accounts in one app
Central participation hub
Combine accounts, notifications, and moderation tools in a branded community app.
Best for: Fits when a team needs a mobile-first publishing workflow with manageable customization and strong content operations.
Thunkable
SMBNo-code native app builder for iOS and Android.
A plugin-based device and third-party integration model that turns hardware and API access into reusable blocks for the builder.
Thunkable focuses on visual app building with a drag-and-drop canvas and a component-driven editor for mobile and web experiences. It supports device features through plugin-style connectors such as maps, camera, and notifications, then compiles projects for app store submission.
- +Component library and visual layout reduce time-to-first prototype
- +REST API connectors support custom service integration beyond templates
- +OAuth2 flow handling supports common authentication patterns
- +Device preview and simulator testing shorten iteration loops
- –Complex state logic can become hard to maintain in large screens
- –Some advanced integrations require third-party add-ons
- –Debugging runtime issues is slower than in code-first stacks
- –Release packaging and signing steps add friction for teams
Independent app creators
Use camera and location features
Device-ready mobile experience
Classroom teachers and students
Teach app logic with live testing
Working student prototypes
Show 2 more scenarios
SMB operations teams
Deploy internal workflow forms
Deployable internal tool
Create mobile forms and approval flows for routine field and office operations.
Designers and product founders
Prototype iOS and Android interactions
Testable concept iteration
Design and test interactive concepts with visual screens and block logic before release.
Best for: Fits when small teams need visual building plus direct REST integration for published mobile apps.
Bubble
SMBVisual programming platform for building web applications without code.
Native workflow system that binds UI actions to data operations and conditional logic inside one builder.
Bubble’s core pattern combines a drag-and-drop interface with backend data types, lists, and workflows that react to user events. The app workflow layer can gate actions by conditions and update records, which is crucial for multi-step forms, approvals, and user state transitions. Integration depth comes from REST API connectors and OAuth-based authentication flows, which support external systems like CRMs and ticketing tools.
- +Workflow engine supports condition-based record updates across UI states
- +REST API connector and OAuth flows support external system integration
- +Reusable plugins extend capabilities without full app rewrites
- +Database-backed elements keep UI aligned with application state
- –Complex workflow logic can become difficult to refactor at scale
- –Performance tuning needs careful query and pagination design
Product teams building marketplaces
Listings and bidding workflow automation
Reduced manual coordination
Operations teams integrating systems
CRM syncing and case triage
Lower data entry work
Show 2 more scenarios
Internal teams for approvals
Role-based request and approval flows
Clear audit trail in-app
Use workflow conditions to route actions and update approval states across users.
Agencies delivering SaaS MVPs
Multi-tenant CRUD apps
Faster MVP iteration
Build record-based screens and permissions logic while adding plugins for missing features.
Best for: Fits when teams need a database-driven web app with complex user workflows and integrations.
BuildFire
SMBNo-code mobile app platform with plugin-based extensibility.
Plugin-style extensions for adding custom capabilities to a template-driven app build.
BuildFire helps teams create branded mobile and web apps from prebuilt templates, then extend them with configurable components. It focuses on a guided build workflow that supports app customization, content management, and plugin-style feature additions.
- +Template-based app layouts reduce redesign work for branded apps
- +Reusable UI components speed feature parity across platforms
- +Extensibility via APIs and webhooks supports external workflows
- +Built-in publishing and content flows reduce manual release steps
- –Advanced custom UI often requires developer involvement and more cycles
- –Complex data-driven screens can feel constrained by template patterns
- –Third-party functionality depends on the available extension ecosystem
- –Deep integration mapping can require extra effort beyond configuration
Agencies and implementation partners
Deliver tenant-specific branded apps
Faster client delivery
Dating and social product teams
Build profile and feed experiences
Branded profile experience
Show 2 more scenarios
Marketing teams
Publish campaign and promotion apps
Repeatable campaign channel
Assemble branded mobile pages for recurring promotions and content updates.
Event organizers
Centralize schedules and resources
Structured event destination
Create mobile experiences for event schedules, resource libraries, and location information.
Best for: Fits when teams need consistent branded app screens with fast iteration and integration via APIs.
Backendless
SMBNo-code backend and visual app builder for mobile and web.
Server-side code hooks paired with event triggers that run close to data writes.
Backendless targets app teams that need a hosted backend with client SDKs and a server-side logic layer, not just front-end screens. It combines REST APIs, authentication flows, and event-driven automation so backend behavior can change without redeploying the client.
- +Server-side code and API endpoints support logic beyond client-only flows
- +Built-in authentication and OAuth integration reduces custom wiring work
- +Event triggers enable automation on data changes and custom endpoints
- +Environment separation supports safer testing across dev and production
- –App building still requires backend concepts to avoid data and auth pitfalls
- –Debugging distributed automation can require deeper tracing than visual flows
- –UI-first workflows lag behind tools focused on drag-and-drop screens
- –Offline sync and mobile edge cases rely on additional client-side handling
Mobile product teams
Trigger notifications from backend events
Event-driven user alerts
Low-code development teams
Visualize data and backend workflows
Faster feature assembly
Show 2 more scenarios
Web application developers
Keep dashboards synchronized
Up-to-date client screens
Update client experiences when backend data changes to keep web apps current.
Backend developers
Run scheduled server-side processing
Automated business processes
Attach server-side handlers to data or request events and execute scheduled tasks.
Best for: Fits when teams need a managed backend with REST APIs and server-side automation for app projects.
OutSystems
enterpriseEnterprise low-code platform for building scalable web and mobile apps.
Model-driven development ties UI, business logic, and integration artifacts to the same change-aware lifecycle.
OutSystems targets enterprise app making with model-driven development, where screens, business logic, and integration artifacts share a coordinated build system. It provides a wide automation surface for deployments, environment provisioning, and change management through a governed release workflow.
- +Model-driven development keeps UI, logic, and integration aligned during refactors.
- +Governed release workflow supports multi-environment provisioning and controlled rollouts.
- +Extensibility via custom components and service endpoints for deep system integration.
- +Consistent automation around build and deployment supports repeatable app lifecycle.
- –Visual building can slow down for highly custom, code-heavy UI needs.
- –Governance features add process overhead for small teams building short-lived apps.
- –Integration work often requires extra configuration for identity, permissions, and contracts.
- –Build pipeline complexity increases when apps span many environments and modules.
Product teams
Build responsive web and mobile apps
Purpose-built applications
Integration development teams
Wire REST endpoints into interfaces
Connected services apps
Show 2 more scenarios
Enterprise application teams
Create governed line-of-business systems
Governed internal operations
Build internal systems with custom screens, permissions, and shared logic under governance.
Digital product operations teams
Create authenticated role-aware portals
User-specific access
Build role-aware web experiences for employees, customers, and partners with controlled access.
Best for: Fits when enterprise teams need governed app delivery with strong integration and long-term lifecycle control.
Mendix
enterpriseEnterprise low-code application development platform.
Microflow and nanoflow modeling that stays connected to entity data and supports end-to-end app behavior wiring.
Mendix builds enterprise web and mobile apps by combining visual modeling with server-side logic and reusable components. It provides a full workflow from domain modeling and microflow logic to REST API exposure and deployable runtime builds.
- +Data modeling plus visual microflows reduce time from concept to working app
- +REST API exposure from app entities speeds integration with external systems
- +Custom Java actions add low-code and code-level extensibility in one project
- +Environment separation and role-based access support controlled releases
- –Complex app logic can still demand careful performance tuning and testing
- –Advanced governance requires disciplined branching and release processes
Enterprise digital teams
Create portals for customers and partners
Connected self-service
Integration and modernization teams
Wrap workflows around existing systems
Modernized functionality added
Show 2 more scenarios
Field operations and mobile teams
Run inspections and equipment workflows
Synchronized field records
Build mobile workflows for inspections, inventory, and service activities with shared business logic.
Enterprise mobile development teams
Deliver mobile apps from shared models
Shared logic across platforms
Publish mobile approvals and scanning workflows while reusing the same business logic as web experiences.
Best for: Fits when mid-size to large teams need fast app delivery with strong integration control and auditability.
Retool
enterpriseLow-code platform for building internal tools and business software.
Query-driven UI where tables, forms, and actions execute against connected data sources with built-in event flows.
Retool is best known for building internal web apps by connecting to existing data sources and rendering interactive UI from those queries. Screen logic, forms, tables, and custom components can be composed with a visual editor while JavaScript hooks handle cases that need custom behavior.
- +Visual UI builder tied directly to query and mutation actions
- +Extensible logic with JavaScript-based hooks for edge cases
- +RBAC controls restrict who can view resources and run actions
- +Environment separation supports dev and production promotion workflows
- –Complex app logic can become hard to reason about at scale
- –Native cross-platform mobile delivery is limited compared with app builders
- –Data-shaping often depends on connector capabilities and query design
- –Debugging multi-step actions may require careful instrumentation
Product and engineering teams
Build admin interfaces for APIs
Controlled admin access
Sales and revenue operations teams
Route leads and review account data
Actionable operational workspace
Show 2 more scenarios
Internal approvals teams
Create pages for review and actions
Data-connected approvals
Build review interfaces that let users trigger connected approval steps through existing systems.
Support and service operations teams
Manage ticket triage screens
Shared triage workflow
Create case and ticket interfaces that support record updates and streamlined triage actions.
Best for: Fits when teams need fast internal admin and operations apps with tightly controlled access to live systems.
Conclusion
After evaluating 10 app making software, FlutterFlow 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 App Making Software
App making software covers visual builders that connect UI workflows to data operations and external systems, from code-adjacent generators to fully model-driven application lifecycles. This buyer’s guide covers FlutterFlow, Bubble, Glide, GoodBarber, BuildFire, Backendless, Thunkable, OutSystems, Mendix, and Retool to show how each tool’s automation and integration approach changes build outcomes.
Teams using FlutterFlow often choose it for native project export that continues development in Flutter code, while teams using Bubble often choose it for a workflow system that binds UI actions to conditional data operations. Tools like Glide and Thunkable shift the center of gravity toward record-based screen behavior and reusable integration blocks for mobile publishing, while OutSystems and Mendix emphasize governed lifecycle control.
App Making Software for building production apps with visual builders, APIs, and governed delivery
App making software helps teams turn UI screens and business logic into runnable apps by combining drag-and-drop or model-driven editing with integration to data sources and external APIs. Many builders also provide server-side automation hooks, workflow engines, and connector patterns that determine how far projects can scale without manual rewrites.
FlutterFlow is built around native project export from a visual builder so teams can extend behavior in Flutter code, which affects how complex cross-screen state logic is handled as apps grow. Bubble pairs a workflow engine with REST API connector and OAuth flows so UI actions can trigger conditional record updates, which shapes how teams structure end-to-end user flows around data operations.
Workflow-to-integration mechanics that decide build outcomes
App making software succeeds when the visual layer and the automation layer share a consistent execution model for UI events, data operations, and external calls. That execution model shows up as a workflow system, row-level logic bindings, or server-side triggers that run close to writes.
This category also rewards tools that expose an automation and API surface that teams can extend without rewriting the whole app. FlutterFlow’s native project export from a visual builder, Bubble’s workflow engine with REST API connector and OAuth flows, and Backendless’s server-side code hooks show how integration depth changes long-term maintainability.
Export path from visual builder into real codebases
FlutterFlow generates a native project export that teams can continue in Flutter code, which directly addresses the “visual-first then code-extended” lifecycle. This export path becomes a governance mechanism for large apps where cross-screen state logic needs careful handling.
UI workflow engine that controls conditional record operations
Bubble binds UI actions to a native workflow system that updates records with conditional logic across UI states. Teams that need complex user flows around data operations usually align to Bubble’s workflow engine and its REST API connector and OAuth flows.
Record-scoped behavior tied to individual rows from connected tables
Glide ties screen behavior and actions to individual records from connected tables using row-level logic, which fits mobile-first, data-driven apps. This model supports conditional logic without routing every action through global screens.
Publishing pipeline coupled to one app back-office workflow
GoodBarber provides one back-office workflow that covers building screens, publishing updates, and managing push messaging delivery across the same app. This ties release operations to content operations, which matters for teams that ship frequent updates.
Server-side automation hooks that run near data writes
Backendless pairs server-side code hooks with event triggers close to data writes, which reduces reliance on client-only workflows. This setup supports REST API endpoints and OAuth integration patterns that keep logic near the data.
Governed delivery lifecycle that tracks UI, logic, and integration artifacts
OutSystems uses model-driven development to keep UI, business logic, and integration artifacts in the same change-aware lifecycle. Its governed release workflow supports multi-environment provisioning and controlled rollouts.
Choose the execution model that matches app complexity and team workflow
The first decision should be which execution model owns “app behavior” after a user clicks. FlutterFlow and Bubble center behavior in different places, with FlutterFlow emphasizing generated code continuation and Bubble emphasizing a workflow engine inside one builder.
The second decision should be where automation runs relative to data. Backendless focuses server-side hooks near writes, while Glide focuses record-scoped UI logic tied to rows, and OutSystems and Mendix emphasize lifecycle governance through model-driven artifacts and release workflows.
Pick the behavior owner for complex UI flows
Choose Bubble if user actions must map to conditional record updates inside a workflow engine that spans UI states. Choose FlutterFlow if visual scaffolding should transition into a native Flutter codebase where cross-screen state logic is refined in real code.
Match automation runtime to the data-write boundary
Choose Backendless when logic must run near data writes using server-side code hooks and event triggers tied to those writes. Choose Glide when behavior should stay record-scoped to individual rows so conditional screens act on a single connected-table record context.
Align release governance with team operating cadence
Choose OutSystems when governed release workflow and multi-environment provisioning are part of delivery operations for enterprise teams. Choose Mendix when microflow and nanoflow modeling must remain connected to entity data while still supporting end-to-end behavior wiring and audit-friendly change management patterns.
Validate integration extensibility for the external systems that must be called
Choose Bubble when REST API connector and OAuth flow wiring must be built alongside UI workflows without pushing teams into custom backend work. Choose Thunkable when published mobile apps need reusable blocks for hardware and third-party integration that map to device capabilities and direct REST integration.
Stress-test maintainability of large logic graphs
Choose Bubble when workflow logic stays manageable through refactoring discipline since complex workflow logic can become difficult to refactor at scale. Choose FlutterFlow when large cross-screen state logic is expected, since the visual scaffolding can require code changes and state reasoning after the initial build.
Who benefits from each App Making Software execution style
Different app making software platforms optimize for different bottlenecks, including cross-screen state reasoning, workflow refactoring at scale, record-level behavior complexity, and release governance. The best match depends on whether app behavior is expected to live in visual workflows, in generated code, or in server-side triggers.
Teams should select based on where they want to maintain logic when the app grows, because tool design choices surface as constraints and tradeoffs during refactors and integrations.
Teams building cross-platform customer apps that must evolve into real Flutter code
FlutterFlow fits teams that want native project export from a visual builder so UI can be extended in Flutter code without abandoning the visual iteration loop.
Product teams building database-driven web apps with conditional user journeys
Bubble fits teams that need a native workflow system that binds UI actions to conditional record updates plus REST API connector and OAuth flows for external integrations.
Small mobile-first teams publishing data-driven apps from table records
Glide fits mobile-first builds where row-level logic ties screens and actions to individual connected-table records with fast publishing cycles.
App teams that treat push messaging and app publishing as a single operating workflow
GoodBarber fits teams that need one back-office workflow to build screens, publish updates, and manage push messaging delivery in the same app administration path.
Enterprise teams requiring governed lifecycle control across environments
OutSystems fits teams that need model-driven development with governed release workflow and multi-environment provisioning that controls rollouts.
Common pitfalls that show up during real app scaling
Teams usually hit predictable issues when they pick a tool for early prototyping and then stretch it into large logic and data models. The failures appear as workflow refactor pain, constrained relational modeling, or a need for platform-specific extensions.
Avoid these pitfalls by aligning early architecture choices with the platform’s real execution model and extension points.
Assuming visual scaffolding will stay the right place for complex behavior as screens multiply
FlutterFlow and similar visual-first tools often require code changes for deep app behavior, so plans should include time for code extension and cross-screen state reasoning.
Overbuilding workflow graphs without a refactor plan for scale
Bubble’s conditional workflow logic can become difficult to refactor at scale, so large apps should use clear workflow boundaries and test query and pagination paths early.
Forcing multi-entity relational schemas into a record-scoped model that limits relational flexibility
Glide’s data modeling can feel constrained for multi-entity relational schemas, so relational complexity should be validated against the connected-table structure before committing.
Treating cross-platform UI customization as unlimited in a template-driven publishing model
BuildFire’s template-based app layouts speed branded iterations, but advanced custom UI can require developer involvement, so customization scope should be bounded upfront.
Assuming client-only visual flows will cover server-side requirements for automation and integration reliability
Backendless exists specifically for server-side code hooks and event triggers near data writes, so apps needing automation at the write boundary should be mapped to that runtime instead of pushing everything into client logic.
How We Selected and Ranked These Tools
We evaluated FlutterFlow, Bubble, Glide, GoodBarber, BuildFire, Backendless, Thunkable, OutSystems, Mendix, and Retool across features, ease of use, and value. Features accounted for 40% of the score, ease of use accounted for 30%, and value accounted for the remaining 30%.
FlutterFlow ranked highest because native project export from a visual builder enables continuation in Flutter code, which reduces the rewrite risk when app behavior grows beyond visual scaffolding. FlutterFlow also scored well for integration depth because its configurable API actions connect UI events to external services, which keeps automation close to the screen interactions.
Frequently Asked Questions About App Making Software
How does native code export differ between FlutterFlow and Bubble?
When should a team pick a backend-first workflow model like Bubble or a server-side layer like Backendless?
What breaks when a project relies on Glide’s spreadsheet-style row logic but needs cross-record orchestration?
Which tools support OAuth2 flows for authentication inside visual builders?
How do integrations and API calls work in Retool versus Backendless?
When does RBAC and audit logging matter for admin operations, and which tools cover it?
How does extensibility differ between OutSystems and BuildFire?
What tradeoff appears when choosing OutSystems for long-lived lifecycle control instead of a quicker iteration tool like Glide?
How should data migration be handled when moving from an existing data source into a new app model?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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