The database that caches itself.
Owl NoSQL stores your data durably and serves reads from the nearest edge location automatically — no cache to configure, no Redis instance, no connection pools.
Read the docsThe first database with nothing to set up.
Every other database — even the ones that call themselves serverless — still makes you provision something before your first write. Create a cluster. Pick a region. Configure a connection string. Manage schema migrations. Think about indexes.
Owl NoSQL doesn't.
Get your API key. Call the SDK. You're live.
The edge cache, the global replication, the index sharding — it's all running before you write a single line of code. No cluster. No region selection. No schema. No DBA. No prior database knowledge required.
Why serverless teams are dropping Redis for this.
Traditional Redis fails on serverless for three reasons.
In-memory cache wipes on every cold start — near-zero hit rate. Thousands of parallel functions exhaust connection limits instantly. And you're paying a separate monthly bill just to cache your database reads.
Owl NoSQL caches reads at the CDN edge level — shared across every function instance, surviving cold starts, zero configuration. The cache is not a layer you add on top. It's built into every read.
Edge read cache
Reads check the nearest edge node before touching your database. Cache hit means sub-10ms response. Always. Automatically.
No connection limits
Stateless HTTPS with MessagePack binary transport. Scale to 10,000 parallel edge functions without a single connection error. No pool to configure. No limit to hit.
Conflict-free writes
Lock-free concurrency using HTTP ETag headers. Parallel serverless writes never corrupt each other — conflicts are rejected at the edge without a central lock manager.
Fast queries at scale
Collection indexes are sharded and edge-cached automatically. Filtered queries resolve in milliseconds without a full table scan. You never touch an index config.
Rollback to date
Made a bad migration or pushed the wrong data? Roll your database back to any past date with one click — every document written after that point is wiped, and the database returns to its earlier state.
Recover from incidents
If your API key is compromised, roll back to before the breach. Every document written by the attacker is erased automatically — upload timestamps are set by DeployOwl, not the caller, so they can't be backdated to survive the rollback.
Three lines to your first read.
import { createClient } from '@deployowl/nosql';
const db = createClient({ apiKey: process.env.OWL_NOSQL_KEY });
const profile = await db.collection('users').find('user_9482');
// ↑ served from nearest edge cache. your database never touched.No cluster URI. No connection string. No pool configuration. Just an API key.
Common questions
Durable storage. Zero cold starts. Nothing to configure.
Start building in minutes. No credit card required.