The All-in-One Database

Traditional architectures shuttle data between storage, application servers, and specialized compute engines. Every round trip adds latency and requires serialization, network overhead, and context switching.

When computation happens where data lives, these inefficiencies disappear. Complex business logic runs directly against your data model using Postgres' mature query engine, eliminating the impedance mismatch between how you think about data and how your system processes it.

Data-native functions (f.k.a "stored procedures"), as opposed to the cloud-native ones, live in the same transactional context, they execute with full ACID guarantees, and incur no additional data transportation costs, making them the definitive choice for reliable and efficient operations.

At their core, most businesses are data systems with sets of rules and logic. A new order triggers an invoice, an updated inventory level alerts a supplier, a user signup initiates a welcome sequence. The speed and reliability of these automated actions are critical for business operations. The goal is to make these systems simple to build and maintain.

In a traditional stack, this requires building and managing a complex infrastructure of application servers, message queues, and background workers. This development overhead is immense, and the resulting system is complex. The logic runs in a separate context, seconds after a database change, introducing network latency and creating constant risks of data inconsistency and race conditions. Teams spend more time managing infrastructure than implementing business logic.

Omnigres, with its data-native architecture, circumvents this complexity. Instead of architecting a system, your team can focus on what matters. The automation logic is expressed as a data-native function that lives with your data. This radically simplifies development. Because the logic runs inside the same atomic, ACID-compliant transaction as the data change, execution becomes instantaneous, with zero latency and absolute data consistency. You get faster, more reliable automation with a fraction of the code and none of the operational overhead.

Omnigres is designed with a modular, piecemeal adoption in mind, allowing you to integrate its capabilities gradually as your needs evolve. The platform offers a suite of extensions that can be individually adopted, enabling you to enhance your existing Postgres ecosystem without a complete overhaul.

For example, our upcoming integrated high-availability (HA) extension is built to solidify fundamental Postgres capabilities, ensuring high availability and seamless operations during unexpected events. This allows to dramatically reduce the complexity and footprint of the infrastructure.

Beyond core database enhancements, Omnigres offers a diverse range of extensions to address specialized needs. You can start small with advanced typing. You can integrate the database with an object storage, transactional e-mail providers and other external services.

The worker extension can be used for background task handling and scheduling. PostgREST-compatible endpoint API can be easily provisioned – again, with no additional infrastructure.

Lastly, but not least importantly, we provide high-level business components for ledgering, compliance and audit.