Observe  ·  Learn  ·  Evolve

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001 — About

Building systems
that observe,
learn, and evolve.

Adrix Corp develops intelligent systems at the intersection of artificial intelligence, computer vision, and digital biology. We build software that ranges from computational photography tools used by thousands to experimental engines that simulate the emergence of life itself.

Our work is guided by a simple premise: that the most powerful systems are those that learn to see, adapt, and create on their own. Every product we ship is a step toward that horizon.

2004
Founded
10K+
Users
2
Federated Labs
120+
Countries
002 — Labs

A federation of
applied research arms.

Adrix operates as a network of internal practices, each pursuing original research alongside private commissions for partners in industry, defense, and the sciences. The systems shipped publicly represent a fraction of active work; the balance is conducted under confidence.

LAB · 01
Eden
Artificial Life
Neuroevolution, emergent behavior, and agent simulation at scale. Long-horizon research into systems that learn, adapt, and reproduce within procedurally generated worlds.
Est. 2004  ·  Active
LAB · 02
Lensworks
Optical Sciences
Optics and image formation. Lens design, sensor characterization, and the propagation of light through atmosphere, material, and tissue. Computational photography for capture, restoration, and the recovery of detail.
Est. 2017  ·  Active

Inquiries regarding technical partnerships may be directed to mail@adrix.com. Specific engagements are not disclosed.

003 — Systems

Active projects

Lab · 01 — Eden
Artificial Life Engine
Eden Engine
A voxel-based neuroevolutionary simulation engine. Digital organisms emerge, adapt, and evolve through generational selection in procedurally generated environments.
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Lab · 02 — Lensworks
Stereoscopic Camera
Scopi
Intelligent VR photography. Capture stereoscopic pairs with automatic registration, alignment, and stabilization for immersive viewing.
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Film Simulation
Filmstock
Analog film and optical lens simulation for digital photography. Authentic grain, color science, and lens behavior — built on stochastic grain models adapted from Eden simulation research.
In Development