Neon, a serverless Postgres solution, has introduced Point-In-Time Recovery (PITR) to enable developers to restore their databases to any previous state using Time Travel queries. This feature is facilitated by Neon’s unique architecture, which separates storage and compute, using a custom Rust-based storage engine that streams Write-Ahead Logging (WAL) records to a multi-tenant system. Neon's storage engine allows for the reconstruction of data at any point in history without the need for traditional base backups and lengthy restore processes. The system utilizes concepts like safekeepers and Pageservers, which store and manage WAL data in AWS S3, making Postgres instances stateless and capable of rapid recovery. Furthermore, Neon introduces ephemeral branches, which are temporary, copy-on-write clones of databases, allowing developers to easily access and review historical data states. By enhancing PITR with Time Travel Assist, Neon offers a seamless, efficient, and integrated approach to disaster recovery and database management, surpassing traditional methods that rely on tools like Barman.