Our default BaaS choice, and the team you call when the prototype meets production load.
We don't just build on Supabase, we teach it. Live sessions for practising CAs on Lovable + Supabase + Vercel + Cloudflare + Make.com. We train the same audience we sell to.
Engagement scope · Draft
#SUPA-2026-001- Production-hardening AI prototypes
- Multi-role RLS auth design
- Stripe + Supabase + Resend stack
- Database design & migration
What you get
Six engagement shapes. Each one a definition-of-done.
We don't ship demo-grade Supabase. Each engagement below includes the unsexy production work most prototypes skip.
Production-hardening AI prototypes
Lovable / Bolt / Cursor / v0 apps moved from 'works on the demo' to 'works under real load.' RLS on every table, indexes on join columns, backups, env separation, audit columns, soft deletes.
Multi-role auth design
Admin / Team / Client. Parent / Child (family billing on youth sports). Vendor / Buyer. RLS policies that enforce the model at the database, not in app code that someone will eventually forget.
Stripe + Supabase + Resend
Default starter stack. Webhook to service-role-key to database write, done correctly. Idempotency, signature verification, dead-letter handling.
Database design & migration
When to use Postgres views, when to use Edge Functions, when to reach for triggers, when to skip them and put it in app code. Opinions backed by production scars.
Supabase + Next.js
Server actions, SSR auth, cookie-based session handling. The patterns that don't break the moment you turn on caching.
Supabase + React Native / Expo
Mobile patterns: offline-first writes, secure storage of auth tokens, realtime channels where the product actually needs them.
Prototype-to-production checklist
What ships in a prototype. What ships in production.
Twelve items, two columns. The middle column is what a typical Lovable / Bolt build has on day one. The right is what we add before it sees real users.
Multi-role RLS, drawn at the database
The access model lives in Postgres, not in app code.
Anonymised schema from the CA compliance calendar. Row Level Security joins users to clients through an assignments table, so a team member only ever reads the clients actually assigned to them.
Evidence
Three engagements. Each one a different shape of Supabase work.
Multi-role RLS · production
CA Compliance Calendar
Built for an Indian CA firm: a compliance calendar tracking GST, ROC, and Income Tax deadlines across multiple clients and team members. Multi-role auth (Admin / Team / Client) enforced via Supabase Row Level Security policies.
Email reminders via Resend, WhatsApp via wa.me click-to-send (no paid API). Client portal lets clients mark their own submissions. Real RLS work, real production constraints, real-world Indian statutory deadline data seeded.
-- RLS: clients see only their own submissions
create policy "clients_own_submissions"
on submissions for select
using (auth.uid() = client_id);
-- team members see their assigned clients
create policy "team_assigned_clients"
on submissions for select
using (
exists (
select 1 from team_assignments
where team_assignments.team_id = auth.uid()
and team_assignments.client_id = submissions.client_id
)
);Teaching · authority
Live training for Chartered Accountants
We ran a live session for practising CAs on AI-assisted app building. Stack: Lovable + Supabase + Vercel + Cloudflare + Make.com. Covered creating Supabase tables, connecting from Lovable, setting up Row Level Security (critical for professionals handling client data), user signup, data persistence and retrieval.
Also covered when Supabase is the right call versus Google Sheets as a 'backend lite.' We train the same audience we sell to. That is an authority signal most agencies cannot make.
# Stack we teach - Lovable (UI assembly) - Supabase (DB + auth + storage) - Vercel (deploy) - Cloudflare (DNS, R2, WAF) - Make.com (automations)
Public engineering content
The Jio-DNS-Supabase write-up
We published a piece explaining why Jio's ISP-level DNS blocks Supabase connections (affecting Lovable users in India specifically), and how to work around it with alternative DNS servers.
One of our most useful pieces of public engineering content, and it speaks directly to the Lovable user trying to ship a real app from India.
# workaround - Set DNS to 1.1.1.1 / 8.8.8.8 - Or use a hosts file override - Or use Cloudflare WARP # /blog/fix-lovable-app-jio-internet-supabase-dns/
Pairs naturally with AI app completion (the Lovable graduation engagement), SaaS web app development, Stripe billing, and internal tools where RLS and multi-role auth carry the access model.
Good fit if
When RLS is non-negotiable
- Founders graduating from Lovable / Bolt / v0 / Cursor prototypes to production
- Apps handling client data where RLS is non-negotiable (accounting, legal, healthcare-adjacent)
- Multi-role products: admin/team/client, parent/child, vendor/buyer
- Teams who tried Firebase and want Postgres semantics back
Probably not a fit
When a managed BaaS is the wrong tool
- Apps that need full backend ownership and don't want a managed BaaS
- Workloads requiring dedicated DB resources for cost reasons at scale (move to self-hosted Postgres)
- Pure backend services with no auth, storage, or realtime: plain Postgres is fine
Supabase surface we ship on
Postgres semantics, plus the managed parts that matter.
- Database
- Postgres · RLS policies · functions / triggers · views · pg_cron
- Auth
- Supabase Auth · email + OAuth · custom claims · server-side session
- Compute
- Edge Functions · Deno runtime · cron schedules
- Storage
- Supabase Storage · bucket policies · signed URLs
- Realtime
- Supabase Realtime · channels · broadcast · presence
- Frontend
- Next.js · React · React Native / Expo · Lovable graduation
If the prototype works but won't survive load
Bring the Lovable URL. We'll have a hardening plan inside a week.
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