Internal / Confidential — TRL-7

SENTINELLE-Q™

Sovereign-Canadian quantum photonic sensing — made survivable, intelligent, and deployable.

The Problem

Critical infrastructure is exposed,
and today's monitoring can't keep up.

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Threats arrive faster

Bases, energy sites, and networks face more frequent physical and environmental threats, and they are often detected too late to act.

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Alarms, not answers

Legacy sensors flag that something happened, but not what, where, or how serious. Operators are left to interpret raw noise under pressure.

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No defensible record

When an incident is reviewed or audited, there is no verifiable trail of what the system actually saw and decided.

The Technology Gap

Quantum sensitivity is a lab result.
Deployment is the unsolved problem.

Unmodified commercial quantum detectors fail outside the lab. The moment a detector leaves a climate-controlled, vibration-isolated rack, its performance collapses.

Thermal Drift

Detector temperature swings create false photon counts and unstable gain. Accuracy evaporates without heavy laboratory cooling infrastructure.

Fragile Readout

Lab detectors ship as bench instruments. There is no field-grade, real-time readout built to survive vibration, mobility, and wide temperatures.

Zero Edge Intelligence

Raw photon data is useless at a remote border or contested site without on-node detection, classification, and highly resilient data backhaul.

The Solution

The Three-Layer
Architecture

We do not reinvent the quantum detector. We integrate it, stabilize it, and make it intelligent through a defensible, proprietary core.

Honesty as an Asset

Keeping this boundary crisp in every external claim is our competitive advantage. It makes a credible, deployable (TRL-7) story believable to technical evaluators.

Layer 3 Quantolio IP

Intelligence & Connectivity

Edge-AI anomaly detection and classification at the tactical edge, plus resilient data-backhaul for distributed nodes operating in low-connectivity or contested areas.

Anchored in research: Dr. Lokman Sboui (ÉTS)
Layer 2 Quantolio IP

QSENTRY™ Core

Rugged FPGA readout, probe-free real-time thermal stabilization (0.3 °C accuracy; −55 to +125 °C), photon time-stamping, and harsh/mobile-environment packaging. The defensible core.

Anchored in research: Prof. Aziz Oukaira (Université de Moncton)
Layer 1 Sourced Component

Commercial Detector

A commercially available single-photon detector (InGaAs SPAD or superconducting-nanowire SNSPD) from a specialist vendor (e.g. ID Quantique, Single Quantum). Quantolio integrates this component—we do not fabricate it.

Deployment Profiles

Tactical Topologies

Target Environment
Critical Infrastructure
SYS.LOC.01

Operational Profile

Monitoring of pipelines, energy sites, airports, and military bases across wide areas and harsh weather conditions. Highly sensitive and genuinely field-hardened.

Key Metric Wide-Area
Environment Harsh/Outdoor

Target Assets

Sovereign Canadian Supply & IP

For allied defence and security buyers, SENTINELLE-Q aligns with critical priorities. The defensible technology is wholly Canadian-owned, designed, and supplied.

Patented Architecture
Trade Secret Models
NATO DIANA Aligned

Next Steps

Deploy SENTINELLE-Q

Talk to our engineering and deployment team to see how Quantolio can secure your critical infrastructure with deployable quantum precision.

Architecture Review

Deep dive into the QSENTRY core and integration requirements.

Performance Baselines

Access verified lab and field test results under NDA.

Pilot Scoping

Discuss TRL-7 deployment topologies for your specific mission.

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