Built for Speed.
Engineered for Absolute Control.
The self-hostable control plane for managing isolated Supabase and Neon stacks. Every secret encrypted with AES-256-GCM, every action recorded in an immutable audit log, every database owned by you.
No credit card · Self-host in any cloud · SOC 2 evidence available
Built for teams shipping production databases
90s
Median provision time
99.97%
Uptime last 90 days
AES-256
GCM per-stack keys
24/7
Hash-chained audit
SOC 2 Type II in progress·GDPR Art. 30 compliant·Self-hosted by design
Everything you need to ship faster
One console for projects, branches, secrets, audit, SQL and AI ops — with the controls SaaS won't give you.
Provision in 90 seconds
Spin up isolated Postgres + Auth + Storage + Realtime + Edge Functions. Per-stack encryption keys. Public URL, anon key, service role key and JWT secret returned to you. No shared auth across customers.
Copy-on-write dev branches
Every PR gets its own database. Promote branches through DEV → UAT → PROD with two-person approval. No manual migration scripts.
AES-256-GCM secrets vault
Master key from your env; per-stack key is HMAC-SHA256(master, stack_id). Compromising one stack doesn't compromise others. Rotation logs every reveal.
Scale to zero on idle
Preview branches pause after 15 minutes of inactivity. Resume on next request in under 2 seconds. Per-env runtime caps keep costs bounded.
Immutable, hash-chained audit
Every action recorded. SHA-256 chain detects tampering. JSON or CSV export to your SIEM. SOC 2 evidence pack downloadable.
Per-org region pinning
GDPR-compliant: an EU customer cannot accidentally land in US-East. Sub-processor registry disclosed in your DPA.
Mika-SQL native editor
Describe what you want in natural language. Mika writes the SQL. You review, you click Run. Read-only by default, write-mode confirmation, TOTP for PROD.
App- and tenant-aware Mika
Mika knows your schema, your tenants and your recent activity. Strict secret guardrails: it never reveals, guesses or echoes credentials.
Self-hosted Supabase, with the controls SaaS won't give you
Supabase Cloud is great for prototypes. Neon is great for serverless. FalconCloud™ is for teams running customer-facing databases in regulated industries, multi-tenant SaaS, or any environment where data residency, audit and rotation hygiene matter.
| Capability | FalconCloud™ | Managed Supabase | Neon | Self-host Supabase |
|---|---|---|---|---|
| Self-hosted / customer-owned infra | ||||
| Per-stack / per-project encryption keys | Manual | |||
| Multi-tenant data plane | Row-level | Project-level | Project-level | Manual |
| 4-eyes migration approval | ||||
| Native SQL editor with AI assist | Mika-SQL | |||
| Hash-chained (tamper-evident) audit log | Export only | Export only | ||
| Audit log / activity export | Manual | |||
| Automated backups & PITR | Tier | Manual | ||
| Sub-processor transparency | n/a | |||
| SOC 2 evidence pack | Self-serve | On request | On request | |
| Region selection | Per-org | Per-project | Per-project | Manual |
| Bulk credential rotation across envs | Manual |
Honest comparison. "—" means the feature requires manual setup or isn't offered. "Export only" = audit events can be exported but the vendor does not ship cryptographic hash-chaining or tamper-evident verification as a product feature (verified 2026-07-26: Supabase Platform Audit Logs, Neon Audit Log).
How it works under the hood
FalconCloud™ is a thin control plane that orchestrates self-hosted Supabase stacks via Coolify. Your data never touches our servers.
┌──────────────────────────────────────────────────────────────┐
│ FalconCloud™ control plane │
│ (Cloudflare Workers, this site) │
│ • Org / tenant / RBAC management │
│ • Provisioning worker (systemd, every 30s) │
│ • AI assistant (Mika) │
│ • Hash-chained audit log + analytics │
└──────────────────────────────────────────────────────────────┘
│ HTTPS
▼
┌──────────────────────────────────────────────────────────────┐
│ Your CloudPe VM (your data plane) │
│ Coolify (1 container) → orchestrates Supabase stacks │
│ Each stack: Postgres + GoTrue + PostgREST + Storage │
│ + Realtime + Studio + Edge Functions │
│ Encrypted backups → Cloudflare R2 (your bucket) │
└──────────────────────────────────────────────────────────────┘What teams say when they migrate
"We had two SaaS-BaaS incidents in 18 months — one leaked a service role key, the other exposed cross-tenant data via a misconfigured row-level policy. Moving to FalconCloud™ gave us per-stack encryption, audit-chained logs, and the ability to keep customer data in the EU. Two years in, zero security incidents."
"Mika-SQL is what sold our DBAs. They can ask 'top customers by revenue last quarter, grouped by region' and get SQL they can review before running. We've deprecated four internal scripts since adopting it."
Common questions from buyers
Is FalconCloud™ self-hosted?＋
Yes. FalconCloud™ is a thin control plane; your Postgres, Auth, Storage, Realtime and Edge Functions run in your own VM via our orchestrator. Your customer data never touches our servers.
How does per-stack encryption work?＋
The master key lives in a secure edge secret store. Per-stack keys are derived with HMAC-SHA256(master, stack_id) and used with AES-256-GCM. Compromising one stack's ciphertext never exposes others.
What's included in the free tier?＋
Two projects, 5 GB database, 7-day backup retention and one team member. Full audit log, RBAC, native SQL editor and Mika AI included — no credit card required.
Do you have a SOC 2 report?＋
SOC 2 Type II is in progress. An evidence pack (hash-chained audit exports, RBAC matrices, sub-processor registry) is available under NDA today.
Can I migrate from Supabase Cloud?＋
Yes. Import an existing project via a schema + data dump; we scaffold RLS templates, provision your stack in ~90 seconds and hand back the connection strings.
How does Mika-SQL handle my data?＋
Only schema names and the SQL you type are sent to the model. No table data is transmitted. Every generation is audited and rate-limited per user; production writes require TOTP.
What is a hash-chained (tamper-evident) audit log?＋
Every row in FalconCloud™'s audit_log stores a SHA-256 hash of its own contents plus the hash of the previous row — the same Merkle-style chain used by blockchains and Certificate Transparency. Altering or deleting any historical event breaks every downstream hash, so tampering is mathematically detectable. Append-only Postgres triggers block UPDATE/DELETE at the database layer, and a scheduled verifier re-computes the chain and raises an incident on the first mismatch. Managed Supabase and Neon expose audit events (and export them to log drains), but neither ships cryptographic chaining as a product feature — verified against their public docs on 2026-07-26.
Ready for absolute control?
Spin up your first project in under a minute. No credit card required.