// ADVANCED RESEARCH DIVISION

Frontier programs

Beyond client engagements, the Agency runs applied and open research at the edge of AI and quantum systems: machine learning that runs on the device instead of the cloud, and room-temperature quantum sensing built from first principles. Much of the work is public.

These programs are how the Agency stays ahead of the tools it deploys for clients. The same edge-AI methods that pull signal out of quantum noise are what make on-premise, low-latency inference practical inside a Canadian enterprise.

[ QUANTUMFUSE.ORG ] [ PUBLIC REPOSITORIES ]

// ACTIVE PROGRAMS

QuantumFuse

A room-temperature quantum vibrometer: optical-tweezer atomic sensing with on-device ML denoising that pulls sub-nanometer signal out of shot noise, no cryogenics required. FPGA and ESP32 hybrid control, DDS pulse generation, and atomic-fluorescence readout.

quantumfuse.org ↗

Edge AI

Inference and signal processing that run at the sensor on FPGA and microcontroller-class hardware, keeping data, latency, and control fully local. The foundation for on-premise deployments that never call out to the cloud.

DeltaNet

Research into a decentralized, thought-driven network where information routes like synapses across a neural mesh of nodes.

github :: deltanet ↗

Quantum Programming

Quantum language and core-library research building on Q#, alongside low-level, macro-scale computing explorations in assembly.

github :: Q# + Macro-Computing ↗

Put the research to work.

Edge AI and sovereign infrastructure are not just experiments here, they ship into client deployments. Request a briefing to see what applies to you.

[ REQUEST INTEL BRIEFING ]