Single Quantum Systems

Supports: Profile · organization categories

True North Map applies the dual use category to Single Quantum Systems from its documented mandate and source-bounded operating evidence.

Supports: Profile · reviewed questions.single-quantum-systems-delivery-qualification.confidence

Waterloo identifies Single Quantum Systems and Thomas Jennewein as developing drones and outdoor quantum-signal transmission for an IDEaS proof of concept; Jean-Philippe Bourgoin is CEO/cofounder and Michael Reimer cofounder. The C$1m contest funding is attributed to Reimer's university group; photon-source growth is attributed to NRC Ottawa and nanofabrication to IQC. The network and entanglement-swapping link are development objectives.

Supports: Profile · description

True North Map derives this executive description for Single Quantum Systems from the official identity and technical records together with University of Waterloo Institute for Quantum Computing's corroborating evidence.

Supports: Profile · operating context

Waterloo identifies Single Quantum Systems and Thomas Jennewein as developing drones and outdoor quantum-signal transmission for an IDEaS proof of concept; Jean-Philippe Bourgoin is CEO/cofounder and Michael Reimer cofounder. The C$1m contest funding is attributed to Reimer's university group; photon-source growth is attributed to NRC Ottawa and nanofabrication to IQC. The network and entanglement-swapping link are development objectives.

Supports: Profile · canadian footprint

The official site identifies Waterloo, Ontario, and the University of Waterloo identifies the company as an IQC-linked startup collaborating on Canadian defence-funded research.

Supports: Profile · current activity

A November 2025 University of Waterloo account identifies Single Quantum Systems as a collaborator developing drones and outdoor signal-transmission technology for a $1 million IDEaS NORAD-modernization quantum-sensing proof of concept.

Supports: Profile · reviewed questions.single-quantum-systems-operating-proof.context

Do not confuse this Canadian corporation with Dutch vendor Single Quantum at singlequantum.com; do not attribute QEYnet technology or University of Waterloo laboratory claims to this company, and do not convert an IDEaS proof of concept into deployment. The first conversation should therefore separate current offer, development evidence and accepted operational use.

Supports: Profile · organization categories

True North Map applies the defence supplier category to Single Quantum Systems from its documented mandate and source-bounded operating evidence.

Supports: Profile · defence posture

The current project is funded through an IDEaS NORAD-modernization contest and has defence relevance, but is a proof of concept rather than fielded capability.

Supports: Profile · executive relevance summary

Source location: executiveRelevanceSummary

Waterloo identifies Single Quantum Systems and Thomas Jennewein as developing drones and outdoor quantum-signal transmission for an IDEaS proof of concept; Jean-Philippe Bourgoin is CEO/cofounder and Michael Reimer cofounder. The C$1m contest funding is attributed to Reimer's university group; photon-source growth is attributed to NRC Ottawa and nanofabrication to IQC. The network and entanglement-swapping link are development objectives.

Supports: Profile · reviewed questions.single-quantum-systems-delivery-qualification.context

Waterloo identifies Single Quantum Systems and Thomas Jennewein as developing drones and outdoor quantum-signal transmission for an IDEaS proof of concept; Jean-Philippe Bourgoin is CEO/cofounder and Michael Reimer cofounder. The C$1m contest funding is attributed to Reimer's university group; photon-source growth is attributed to NRC Ottawa and nanofabrication to IQC. The network and entanglement-swapping link are development objectives.

Supports: Profile · reviewed questions.single-quantum-systems-delivery-qualification.question

Waterloo identifies Single Quantum Systems and Thomas Jennewein as developing drones and outdoor quantum-signal transmission for an IDEaS proof of concept; Jean-Philippe Bourgoin is CEO/cofounder and Michael Reimer cofounder. The C$1m contest funding is attributed to Reimer's university group; photon-source growth is attributed to NRC Ottawa and nanofabrication to IQC. The network and entanglement-swapping link are development objectives.

Supports: Profile · current activity as of

University of Waterloo Institute for Quantum Computing's dated record anchors this activity to 2025-11-20.

Supports: Profile · reviewed questions.single-quantum-systems-delivery-qualification.id

Waterloo identifies Single Quantum Systems and Thomas Jennewein as developing drones and outdoor quantum-signal transmission for an IDEaS proof of concept; Jean-Philippe Bourgoin is CEO/cofounder and Michael Reimer cofounder. The C$1m contest funding is attributed to Reimer's university group; photon-source growth is attributed to NRC Ottawa and nanofabrication to IQC. The network and entanglement-swapping link are development objectives.

Supports: Quantum optical sensing and communications systems · maturity

Federal contract and university-partner records establish funded R&D and proof-of-concept work; commercial deployment scale remains undisclosed.

Supports: Quantum optical sensing and communications systems · summary

Single Quantum Systems develops quantum optical sensing and communications systems, quantum LiDAR, advanced correlation algorithms and outdoor signal-transmission technology for distributed quantum-sensing research.

Supports: Quantum optical sensing and communications systems · technical tags

True North Map applies the single-photon-detection tag from Single Quantum Systems's documented capability functions.

Supports: Quantum optical sensing and communications systems · technical tags

True North Map applies the quantum-networks tag from Single Quantum Systems's documented capability functions.

Supports: Quantum optical sensing and communications systems · core features

Quantum LiDAR development This bounded statement is retained for reviewer verification.

Supports: Quantum optical sensing and communications systems · technical tags

True North Map applies the quantum-sensing tag from Single Quantum Systems's documented capability functions.

Supports: Quantum optical sensing and communications systems · defence applications

Long-range sensing and imaging

Supports: Quantum optical sensing and communications systems · core features

Quantum-correlation algorithms

Supports: Quantum optical sensing and communications systems · name

Quantum optical sensing and communications systems

Supports: Quantum optical sensing and communications systems · defence applications

Distributed northern sensing This bounded statement is retained for reviewer verification.

Supports: Quantum optical sensing and communications systems · defence applications

Search, rescue and wildfire-monitoring research

Supports: Quantum optical sensing and communications systems · core features

Outdoor quantum-signal transmission

Supports: Quantum optical sensing and communications systems · technicaldomainslugs

True North Map maps Quantum optical sensing and communications systems to sensing and isr from its documented technology functions.

Supports: Quantum optical sensing and communications systems · commercial availability

The official site presents development capability and a public inquiry route but does not disclose a complete product catalogue or deployment inventory.

Supports: Quantum optical sensing and communications systems · core features

Single-photon detection This bounded statement is retained for reviewer verification.

Supports: Quantum optical sensing and communications systems · defence applications

Space-object tracking This bounded statement is retained for reviewer verification.

Supports: Quantum optical sensing and communications systems · technical tags

True North Map applies the optical-communications tag from Single Quantum Systems's documented capability functions.

Supports: Quantum optical sensing and communications systems · technical tags

True North Map applies the quantum-lidar tag from Single Quantum Systems's documented capability functions.

Supports: Quantum optical sensing and communications systems · capability type

Quantum sensing, imaging and optical communications

Supports: Quantum optical sensing and communications systems · defence applications

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · maturity

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · technology readiness level

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · technical tags

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · summary

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · technicaldomainslugs

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · defence applications

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · defence applications

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · core features

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · defence applications

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · technical tags

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · technical tags

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · core features

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · name

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · capability type

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.

Supports: Quantum optical sensing and communications systems · technical tags

The Canadian company develops quantum optical sensing and communication systems, including quantum LIDAR and correlation algorithms. Its current products page explicitly says products are in development. Kilometre-distance and centimetre-accuracy statements are developer objectives or claims, not independently verified field acceptance. The official site identifies the company in Waterloo, Ontario; similarly named Dutch detector products are a different supplier.