The Deterministic Recognition Stack
Sodyo combines proprietary visual markers, computer vision recognition, and identity resolution to enable machines to identify specific physical targets and resolve them to known digital identities.
Three Layers. One Identity System.
Sodyo provides the recognition stack and identity infrastructure that enable machines to resolve identity in the physical world.
Visual Marker System
A proprietary system of machine-readable markers designed for long-range detection and reliable performance across real-world environments.
Recognition Stack
Computer vision software that detects and verifies identity through standard cameras, across real-world conditions.
Identity Resolution
Every interaction resolves to a controlled system of record, enabling authentication, engagement, and asset tracking.
One Identity System. Multiple Marker Formats.
Sodyo's visual identity architecture is not tied to a single marker format. Different physical environments and sensing requirements can call for different visual references, while the underlying recognition and identity infrastructure remains the same.
From Recognition to Identity
Reading a visual identifier is not the same as resolving identity.
Traditional machine-readable identifiers are primarily designed to encode or retrieve information. Sodyo goes a step further by resolving what a camera recognizes to a specific identity within a controlled system.
Once a Sodyo marker is detected and recognized, that marker resolves deterministically to its associated identity. The identity can then connect to the appropriate digital record, system, policy, or action.
This is the distinction between recognizing a marker and knowing exactly what it represents.
Identity Beyond the Marker.
The visual marker is the physical reference. The identity exists within the system behind it.
The marker is what the machine sees.
The identity is what the system knows.
Built for the Physical World
Sodyo is engineered for the variables machines encounter in real-world environments.
