Current focus: Lovable + Supabase + Stripe Incident desk: Mon–Fri, 9 AM–6 PM ET

Lovable Production Independence & Migration Assessment

Know what still works without Lovable — and what does not.

We separate code ownership, runtime, data, authentication, storage and operations so you can choose between external frontend hosting, deeper decoupling or a full migration.

You receive a staged plan with dependencies, acceptance criteria, cutover risks and rollback.

  • No instant migration quote
  • No one-click assumptions
  • No zero-downtime promise

Production independence has four separate layers.

Development independence

Is the code in a customer-controlled repository? Can it be changed and built without the builder? Is the repository state current and reproducible?

Runtime independence

Can the frontend and server runtime be built and deployed outside Lovable with the required behavior preserved? Are environment configuration, domains and rollback controlled?

Data independence

Who owns and can move the database, authentication users, storage, functions, schema, secrets and operational data?

Operational independence

Who controls CI/CD, monitoring, backups, restore, incident response, last-known-good state, domain and recovery decisions?

A few things that are easy to assume — and wrong.

  • GitHub sync is not full production independence.
  • An external frontend does not automatically remove Lovable Cloud, database, authentication, storage, payment or operational dependency.
  • A migration is not complete when the homepage loads.

Lovable projects use different runtime patterns depending on when they were created — newer projects may default to TanStack Start with SSR, while older ones retain React/Vite behavior. We verify the actual repository and runtime before producing a migration plan rather than assuming a universal stack.

What the assessment may include

  • Repository and Git history
  • Current framework and build behavior
  • External frontend or server runtime
  • Lovable Cloud or customer-owned Supabase
  • Schema and data portability
  • Authentication users and session constraints
  • Storage and server/Edge Functions
  • Environment variables and secrets
  • Stripe products, subscriptions and webhooks
  • OAuth and email callbacks
  • Custom domain, DNS and SSL
  • Monitoring, backup and restore
  • Cutover window
  • Downtime and data-loss tolerance
  • RTO and RPO assumptions
  • Rollback and hypercare requirements

Lovable GitHub sync exports and synchronizes project code, but existing repositories cannot simply be imported to start a Lovable project, and reconnect behavior has limitations. We do not promise to “just reconnect your existing repo” — the actual repository and reconnect path are verified first.

What you receive

Four scores, one dependency map and a staged plan — not a guess.

  • Desired-outcome statement
  • Development-independence score
  • Runtime-independence score
  • Data-independence score
  • Operational-independence score
  • Ownership and dependency map
  • Target architecture options
  • Migration blockers and risks
  • RTO/RPO assumptions
  • Staged migration or coexistence plan
  • Acceptance criteria
  • Cutover and rollback decision points
  • Cost and effort band
  • Fixed or capped implementation proposal, where justified
Illustration of an independence scorecard: development, runtime, data and operational layers scored separately, with a note that GitHub sync covers only the development layer. independence scorecard — by layer 01 · Development customer-owned repo 02 · Runtime builds only inside Lovable 03 · Data export path unverified 04 · Operational no tested restore path → Staged migration or coexistence plan, with rollback GitHub sync covers the development layer only

How the assessment runs

  1. Define the desired outcome

    External frontend, own backend, full exit, continuity or coexistence.

  2. Verify the actual stack

    We inspect the repository, generated runtime and provider boundaries rather than relying on generic platform assumptions.

  3. Map ownership and dependencies

    Code, runtime, data, auth, storage, payments, domains and operations.

  4. Compare target options

    We show what each option protects, what remains dependent and what it costs operationally.

  5. Produce the staged plan

    Inventory, rehearsal, reconciliation, cutover, acceptance, rollback and hypercare.

We do not promise:

  • one-click migration,
  • zero downtime,
  • zero data loss,
  • zero regression,
  • instant transfer of active subscriptions,
  • automatic recovery from account or policy suspension,
  • migration without customer-controlled access and ownership.

Built-in Lovable payments and a customer-owned Supabase with your own Stripe are not interchangeable paths — built-in payments currently require Lovable Cloud and are unavailable to projects connected to their own Supabase project. We assess the actual payment path rather than promising an automatic Stripe migration.

Possible follow-on work

Every implementation begins with written scope, rehearsal, acceptance criteria and rollback.

  • Frontend Independence Sprint
  • Full Production Independence / Migration Sprint
  • Post-Migration Hypercare
  • Business Continuity Setup
  • Continuity-oriented Managed Reliability

Independence assessment questions

More questions? Read the full FAQ →
Is GitHub sync enough?

It is an important code-ownership layer, but it does not by itself cover database data, authentication, storage, secrets, provider configuration, deployment operations or recovery.

Can you move only the frontend?

Yes, where the actual runtime supports it. That may reduce hosting dependency while leaving backend and operational dependencies unchanged. The assessment makes those limits explicit.

Can you guarantee zero downtime or zero data loss?

No. We define the assumptions, rehearsal, cutover controls, acceptance criteria and rollback path needed to manage those risks.

Will current subscriptions migrate automatically?

That depends on the existing payment path, account ownership and provider constraints. We do not assume active subscriptions, products, prices or webhook state transfer automatically.

Can you help if the platform suspended the app?

A policy or abuse suspension is not an automatic failover trigger. Authorization, application purpose and target-provider policy must be reviewed before any migration or reactivation work.

A portability score is not a migration plan.

Start with the dependency map, acceptance criteria and rollback path before changing the live system.