Persistent State for
Every Customer.
Don't leak data between rows. Give every tenant their own isolated Actor with private in-memory state. Zero latency, instant provisioning, and total data sovereignty.
The Silo Model
In a traditional SaaS, one bad query from Tenant A can slow down Tenant B. With Rivet, every tenant lives in their own process with their own resources.
State Superpowers
The benefits of embedded state with the scale of the cloud.
Zero-Latency Access
The state lives hot in memory on the same node as the compute. No network hop to external cache.
Instant Provisioning
Create a new tenant store in milliseconds. Just spawn an actor; no Terraform required.
Schema Isolation
Every tenant can have a different state shape. Roll out data migrations gradually, tenant by tenant.
Connection Limits
Stop worrying about Postgres connection limits. Each actor has exclusive access to its own isolated state.
Data Sovereignty
Easily export a single tenant's state as a JSON file. Perfect for GDPR takeouts or backups.
Cost Efficiency
Sleeping tenants cost nothing. You only pay for active CPU/RAM when the state is being accessed.
B2B CRM Platform
A CRM serving 10,000 companies. Each company has custom fields, unique workflows, and strict data isolation requirements.
- Noisy Neighbor Protection: Large imports by Company A don't slow down Company B
- Custom Schemas: Enterprise clients can add custom fields instantly
- Easy Compliance: 'Delete all data for Company X' is just deleting one actor
Built for Scale
SaaS Platforms
Give every customer their own isolated environment. Scale to millions of tenants effortlessly.
Local-First Sync
Serve as the authoritative cloud replica for local state on user devices.
User Settings
Store complex user preferences and configurations JSON in a dedicated actor, not a giant shared table.
IoT Digital Twins
One actor per device. Store sensor history and configuration state in a dedicated micro-store.
Works with your stack
Isolate your data.
Start building multi-tenant applications with the security and performance of single-tenant architecture.