Where Superblocks fits
Choose Superblocks when the central problem is letting business teams generate governed AI apps on enterprise data platforms.
Superblocks is positioned around governed AI-generated enterprise apps. Relpin shares the governance concern, but the operating model is different: code-first apps, schema-pinned release artifacts, per-org Postgres, and approval-gated promotion.
same artifact in every environment · fails closed on schema drift
Governed AI-generated enterprise app platform.
AI-assisted authoring (OpenCode), governed by deterministic release controls.
Generated apps inside the platform model.
Real project files: TypeScript or Python you can read and review.
Governance and auditing across AI apps and integrations.
Exact artifact hash, schema-version pins, and approval records.
Environment and approval controls vary by deployment.
DEV → TEST → PROD gates with separation of duties on the PROD step.
Operates as a control layer over enterprise data platforms.
Dedicated Postgres per org for Relpin-owned app data.
Audit across generated apps and integrations.
Append-only row-level audit with field-level diffs and actor.
Choose Superblocks when the central problem is letting business teams generate governed AI apps on enterprise data platforms.
Choose Relpin when platform engineering wants deterministic release semantics and owned app code for internal tools.
Superblocks → Relpin
Every publish canonicalizes the app bundle to stable JSON and hashes it. The result is an immutable record pinned to exact platform and schema versions, promoted through approval gates, and bound to its own hash.
release · prod-promotion · vs Superblocks
identical content re-publishes as a no-op · version records append-only
02 Questions
Vendor names are used for comparison and search clarity. Relpin is not affiliated with Superblocks.
Real code, server-side SQL, content-addressed releases, approval-gated promotion, per-org Postgres, and append-only audit. Start in open beta or explore how the platform fits together.