TECHNOLOGY · HOW IT WORKS

How ERN-AI Works

ERN-AI does not replace the imaging pipeline. It inserts two stages into it.

01

Current tech: CMOS digital capture

The existing camera captures frames exactly as it does today. No hardware change, no firmware replacement, no recalibration.

02

Digital-analog event extraction

Incoming frames are converted from a dense frame representation into a sparse event representation. Only changes in the scene generate events; static regions generate nothing.

03

ERN-AI software with AI-Lego-Blocks

The ALB array processes the event stream directly. Motion detection, classification, and scene interpretation happen here, at the edge, on the event data rather than on full frames.

04

Reduced compute load

Downstream inference operates on a fraction of the original data volume. In tested 10×10 ALB array configurations, NuMorph measured approximately 500× compute load reduction.

05

Reduced bandwidth

Only events and derived results travel across the network. Raw video no longer needs to be transmitted or stored by default.

No Change to Your Hardware Stack

There is no requirement for any other change in the current digital CMOS hardware stack. ERN-AI is compatible with the cameras already installed and remains compatible with future neuromorphic sensing hardware as it becomes available.

See the measured proof-of-concept results.
View PoC results →