Migration snapshot
ActivePlatform
an Anima
Operating and well-capitalised. IBM (via IBM Ventures) made a strategic investment announced February 5, 2026 (PR Newswire; CEO Avishay Cohen; amount undisclosed). Over 1.5 million installs; most-installed design-to-code plugin on Figma and a Figma Dev Mode launch partner. Enterprise customers include Amazon, Samsung, Apple, Disney, Deloitte, and Accenture (sixtythirtyten.co, 2026). Added AI Playground and vibe coding features in 2026. No shutdown signals.
Typical timeline
3–6 weeks
Typical cost
$13K–$25K (agency, fixed)
Why teams leave an Anima
Anima teams don't 'migrate' in the traditional sense — the platform has no lock-in and you always own the exported code. Teams engage when they need to turn exported front-end code into a working app with a backend, data layer, and auth.
Front-end code export does not equal a working app
Anima produces HTML/CSS/React/Vue — it is a design handoff tool, not an app platform. Teams expecting a 'migration' discover they need to add backend, state management, routing, and auth from scratch. This is the most common scope misunderstanding.
Paid tier required for code download
Exporting and using the generated code requires a paid plan; quota limits apply per plan tier. Teams using the free Anima plan to prototype are blocked from extracting the code they built without upgrading.
Code quality tied to Figma file structure
Output quality is directly tied to how the Figma file is structured. Poorly organised Figma files (free-placement, merged layers, unnamed components) produce unmaintainable exported code that requires more cleanup than starting fresh.
Frontier VS Code extension required for custom component output
Custom-component output — mapping generated code to your existing design system components — requires the Frontier VS Code extension on top of Anima. This adds a tool dependency that some teams prefer to avoid.
Subscription cost versus AI coding tools
Teams with strong React developers may find the Anima subscription hard to justify versus using GitHub Copilot, V0, or Cursor directly for front-end generation at a lower per-seat cost.
What can you actually take with you?
Anima has clean front-end code export with no platform lock-in. The limitation is that it is front-end only — no data, no auth, no backend logic transfers because none exists in Anima to begin with.
| Asset | Can you export it? | How | Notes |
|---|---|---|---|
| Data | No | N/A — Anima is a design-to-code tool with no data layer | If your 'Anima project' paired with a backend (Supabase, Xano, Firebase), that backend is NOT part of Anima and must be managed separately — it is not a migration concern at the Anima layer |
| Code | Yes | Exports HTML/CSS, React, or Vue — with Tailwind, styled-components, TypeScript/JavaScript, shadcn, MUI/Ant Design. Component-based, marketed as production-ready front-end code. API available for CI/CD. Paid tiers required to download/use the code; export quota by plan. | Front-end only; output is ~75–85% production-ready and requires cleanup; component structure depends entirely on Figma file quality. Auto-layout in Figma produces significantly better output than free-placement designs. |
| Design/UI | Yes | Figma, XD, or Sketch is the source; Anima generates matching front-end component code | Code quality depends entirely on Figma file structure — auto-layout, named components, and consistent layer naming produce much better output than unstructured files |
| Logic/Workflows | No | Front-end hover/animation interactions only; no backend logic, no data fetching, no state management | All state management, API calls, auth flows, form handling, and business logic must be added by developers after export — this is the bulk of the remaining work |
| Users & Auth | No | N/A — Anima has no user or auth layer whatsoever | Auth must be designed and implemented from scratch; Supabase Auth or Clerk are standard choices for Next.js targets |
Swipe the table sideways to see the full breakdown.
Where each piece moves in code
Anima exports front-end React components; the surrounding Next.js App Router structure, Supabase data layer, and auth are added around them — the Anima export is the UI scaffold, not the architecture.
an Anima
Anima Figma component export
In code
React functional component (with Tailwind or styled-components depending on export settings)
Each Figma component becomes a React component; review for absolute positioning and merged layers before integrating into the app
an Anima
Anima page export
In code
Next.js page file in app/ directory
Requires adding routing (Link components), data fetching (Server Components or React Query), and page metadata; the export provides layout only
an Anima
Anima static HTML/CSS export
In code
Layout reference for React component tree reconstruction
Typically replaced with a React component tree; useful as a pixel-accurate reference during the rebuild
an Anima
Anima hover and animation interaction states
In code
Tailwind utility classes (hover:, focus:, active:) or Framer Motion for complex animations
Simple hover states map to Tailwind; multi-step animations or gesture-based interactions require Framer Motion
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Anima form elements
In code
React Hook Form + Zod validation
Anima exports the visual form UI only; all validation, submission handling, and API calls must be added
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Anima navigation elements
In code
Next.js App Router Link components and layout.tsx
Navigation requires App Router structure; Anima does not generate routing logic
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Missing: auth layer
In code
Supabase Auth or Clerk
Anima produces no auth UI or logic; this is a net-new implementation regardless of export quality
an Anima
Missing: data layer
In code
Supabase tables + React Query or Next.js Server Components
All data fetching, caching, and mutation logic must be designed and implemented from scratch
The migration roadmap
Anima migration is not a platform extraction — it is completing an app around exported front-end code. Scope this as 'build the remaining 70–80% of the app' rather than 'port an existing platform.'
Scope Setting and Export Audit
Week 1- Confirm current Anima plan allows code download; verify export quota remaining
- Audit Figma source file: check auto-layout usage, named components, and layer organisation before exporting
- Export all components in target framework (React + TypeScript + Tailwind recommended for Next.js)
- Run exported code through a linter immediately; identify absolute positioning, merged-layer issues, and non-reusable component patterns
Watch out: Figma file quality is the single biggest variable in how much cleanup the exported code requires — assess it before committing to a timeline
App Architecture Definition
Week 1–2- Define the full app feature list beyond the UI: auth, data model, backend, routing, API integrations
- Choose auth provider (Supabase Auth or Clerk) and provision the project
- Set up Next.js App Router project structure; integrate Anima components as the UI layer
- Provision Supabase and define the data schema based on app requirements
Component Integration and Cleanup
Weeks 2–4- Fix absolute positioning and merged-layer issues in exported components first
- Wire React Hook Form + Zod to Anima-exported form elements
- Replace Anima static navigation with Next.js App Router Link components and layout.tsx
- Implement hover states (Tailwind) and animations (Framer Motion) to match Figma design intent
Watch out: Absolute positioning from Figma is the number one code quality issue — Figma auto-layout components produce significantly better output; budget extra time for free-placement-heavy designs
Backend Integration and Auth
Weeks 4–5- Implement data fetching via Next.js Server Components or React Query connected to Supabase
- Add Server Actions or API Routes for all mutations (form submissions, data updates)
- Complete auth implementation (Supabase Auth or Clerk) with all protected routes
- Connect all Anima-exported forms to real backend endpoints
QA and Deploy
Week 5–6- End-to-end test all user flows across auth, data display, and form submission
- Deploy to Vercel; configure custom domains
- Verify Anima subscription can be cancelled or downgraded after export is complete
- Monitor error tracking for any remaining static/placeholder data from the Anima export
Three ways to migrate — honestly
Every path has a real trade-off. Here is what each costs, how long it takes, and where it bites.
DIY (with AI tools)
$0–300 + time
2–4 months part-time
Fits
Teams with an experienced React developer who understands that Anima provides the UI layer only; suitable for simple apps where the backend scope is well-defined and manageable
Risks
Scope underestimation is the primary risk — teams budget for 'code cleanup' and discover they're building the entire backend; the front-end export is ~20–30% of a real app
Freelancer
$3K–8K
3–6 weeks
Fits
Apps with well-structured Figma files and a clearly scoped backend (simple CRUD, standard auth); works when the freelancer understands both the Anima export limitations and the target Next.js + Supabase stack
Risks
Freelancers who treat Anima output as production-ready skip the cleanup sprint; Figma file quality issues compound into unmaintainable component code at launch
Agency (RapidDev)
Done-for-you$13K–25K fixed
3–6 weeks
Fits
Teams where the full app scope (not just UI cleanup) needs to be built around the Anima export, or where the Figma file quality is unknown and the cleanup scope needs professional scoping
Risks
Minimal — fixed price covers Figma audit, component cleanup, full backend wiring, auth implementation, and deployment; free scoping call at rapidevelopers.com
The real risks — and how to defuse them
Scope underestimation — teams budget for cleanup, discover they need to build the entire app
Mitigation: Define the full feature list before engagement: auth, data model, API integrations, backend routes, routing. The front-end code from Anima is typically 20–30% of a real app. Scope the remaining 70–80% explicitly before any timeline or cost is agreed.
Figma file quality producing unusable exported code
Mitigation: Audit the Figma source file before committing to Anima as the export path. Check for auto-layout usage, named components, and consistent layer naming. Poorly structured files may produce less usable code than rebuilding components manually in React from the Figma design reference.
Paid plan and export quota required for code download
Mitigation: Verify current Anima plan and export quota before migration begins. If quotas are exhausted or the plan does not include code download, access to the export is gated behind an upgrade. Confirm access before committing to Anima as the source.
Frontier VS Code extension dependency for custom components
Mitigation: Custom-component mapping (connecting exported code to your design system) requires the Frontier VS Code extension. Verify it is available, maintained, and supported on your team's development environment before relying on it in the migration plan.
Backend scope treated as separate and not scoped
Mitigation: If the Anima project was paired with a backend (Supabase, Xano, Firebase), that backend is a separate migration project. Do not fold it into the Anima cleanup sprint — scope and timeline it independently as part of the full engagement.
Should you actually migrate?
Migrating is a real project. Sometimes staying is the right call — here is the honest split.
Stay if
- Your team uses Anima purely as a design handoff tool — Figma designs in, reference code out for developers — and the workflow is saving time; there is no platform lock-in in this mode
- You're on a team plan with export quotas that fit your component volume and Anima output saves significant design-to-code time versus manual implementation
- Your Figma files are well-structured (auto-layout, named components) and Anima output is genuinely production-quality for your use case — the subscription pays for itself in developer hours saved
Migrate if
- You're paying for Anima but code quality is poor due to Figma file structure issues and developers are spending more time fixing exports than implementing features — at that point the subscription cost is negative ROI
- You need backend logic integrated into the component generation (V0 or Builder.io are better fits for apps that need more than front-end code)
- The Anima subscription cost is no longer justified as your team has grown comfortable with AI coding tools (Cursor, V0, GitHub Copilot) for front-end generation at lower per-seat cost
Our honest verdict
Anima is a design-to-code accelerator with genuine IBM backing and no lock-in — you always own the exported code. The 'migration' is completing the app around the front-end export. Exit is always clean; the question is whether Anima's export quality for your Figma file structure makes it worth using as the starting point.
Do this today: pre-migration checklist
Whatever path you choose, protect yourself first. Work through this before you touch a line of code.
Confirm your current Anima plan allows code download — verify export quota remaining
Code download is gated to paid plans with export quotas; running out of quota mid-migration blocks the export entirely
Audit the Figma source file: check for auto-layout usage, named components, and consistent layer naming
Figma file quality determines Anima output quality; assessing it before export saves cleanup time and prevents committing to unusable code
Export all components in your target framework (React + TypeScript + Tailwind recommended for Next.js)
Choosing the right export settings upfront avoids format conversion work; Tailwind + TypeScript aligns with Next.js App Router conventions
Run exported code through a linter immediately; fix absolute positioning and merged-layer issues first
Absolute positioning is the most common code quality problem in Anima exports; fixing it before integrating components prevents cascading layout issues
Define the full app feature list beyond the UI — auth, data model, backend, routing
The front-end is ~20–30% of a real app; scoping the remaining 70–80% explicitly before starting prevents the most common budget and timeline overruns
Assess backend separately: Anima export contains zero backend code; backend migration is a different project
Any backend (Supabase, Xano, Firebase) paired with Anima must be scoped and planned independently — it is not part of the Anima layer
Set up Next.js App Router structure and integrate Anima components as the UI layer, not as the architecture
Anima provides component-level UI; the App Router layout, routing, and data fetching structure must be designed independently around those components
Frequently asked questions
Can I export my Anima project code?
Yes — Anima exports HTML/CSS, React, or Vue from your Figma/XD/Sketch designs, with Tailwind, styled-components, TypeScript/JavaScript, shadcn, MUI, and Ant Design options. A paid plan is required to download and use the code, and export quotas apply by plan tier. The export is front-end only: no backend, no data, no auth. You own the exported code with no platform dependency.
Is Anima front-end only, or does it include backend logic?
Front-end only. Anima generates HTML/CSS and React/Vue component code from Figma designs. It has no data layer, no backend, no auth, and no state management. All of those must be added by developers after export. For teams expecting a complete app from Anima, this is the most common scope misunderstanding — budget explicitly for building the app around the Anima UI export.
How long does an Anima migration take?
3–6 weeks with agency support, depending on app complexity beyond the UI. Simple CRUD apps with standard auth lean toward 3 weeks; apps with complex data models, custom integrations, or Figma files requiring heavy cleanup take up to 6 weeks. The Anima export itself is fast; the timeline is driven by backend wiring, auth implementation, and component cleanup.
What is the code quality like from Anima's export?
Approximately 75–85% production-ready for well-structured Figma files. The primary issue is absolute positioning — Figma files using auto-layout produce significantly better component output than free-placement designs. Every exported component should go through a code review pass before integration. The cleanup sprint is real and should be budgeted explicitly.
What happens to user passwords when migrating from Anima?
Not applicable — Anima has no user or auth layer at all. Whatever auth system your app used (Supabase, Firebase, Xano, Auth0) is completely separate from Anima and must be handled according to that provider's migration path. Password portability is a backend concern, not an Anima concern.
Is Anima shutting down?
No. Anima has IBM Ventures backing (strategic investment announced February 5, 2026), over 1.5 million installs, Figma Dev Mode launch partner status, and enterprise customers including Amazon, Samsung, Apple, and Disney. No shutdown signals exist. This is an active, well-capitalised product. Migration is a business decision (cost vs. benefit), not a platform-risk decision.
How is Anima different from V0 or Builder.io for Figma-to-code?
Anima is the most established design-to-code plugin with the widest framework support (React, Vue, HTML, multiple CSS frameworks). V0 is Next.js-native and produces more backend-aware components with App Router integration built in. Builder.io adds a Visual CMS layer on top of Figma-to-code output. Choose Anima when Figma is the source of truth and framework flexibility matters; choose V0 when Next.js + Tailwind is the target and you want better App Router conventions out of the box.
Can RapidDev help complete the app around my Anima export?
Yes. RapidDev handles engagements starting from an Anima export: Figma audit, component cleanup sprint, Next.js App Router integration, Supabase data layer, auth implementation, and deployment. Fixed price $13K–$25K covers the full engagement from export to launch. Book a free scoping call at rapidevelopers.com — bring the Figma file and the app feature list so we can scope the backend accurately.
We migrate no-code apps to production code
- Fixed price — $13K–$25K (agency, fixed)
- No data loss, no downtime
- You own 100% of the code
30-min call. Quote within 48 hours.