Anyon Systems develops superconducting quantum computers and the refrigeration, control electronics and software needed to operate them. Its integrated Qube systems are intended for existing high-performance-computing centres, while Hudson is a configurable platform for superconducting research. Calcul Québec confirms that Anyon designed its 24-qubit MonarQ computer in Quebec; ISED also identifies the earlier Yukon delivery to DRDC. These references establish delivered research systems alongside the company’s continuing hardware-development work.
Operating context
Anyon’s stack starts with microfabricated superconducting processors, millikelvin dilution refrigeration and FPGA electronics for qubit manipulation and readout. Its software automates calibration and performance assessment. The open-source Julia Snowflurry framework creates circuits, transpiles them for the target hardware and executes them on a remote service or local simulator; its documentation retains an alpha/API-stability warning. The MonarQ API requires operator credentials and project identification.
The manufacturer describes Hudson as integrated cryogenic/control infrastructure for six to 54 qubits, using standard or custom processors and automated cycles without liquid nitrogen. Qube addresses deployment and servicing in HPC centres. The August 2026 KMT partnership adds an announced international distribution and installation/support channel; RDMA-to-GPU control electronics and larger qubit configurations remain development plans.
Canadian footprint
Anyon lists its headquarters at 8275 Trans Canada Route A410 in Saint-Laurent, Quebec, and additional addresses in Bromont, Sherbrooke and Waterloo. Those addresses do not specify staffing or production capacity. Calcul Québec hosts the Anyon-designed MonarQ at ÉTS in Montreal. The September 2025 C2MI agreement concerns development of a Bromont quantum-fabrication offering and workspace/equipment design; its expected 2026 operation does not by itself confirm commissioned throughput or Anyon ownership of the facility.
Montreal, Quebec is the published city-level context for Anyon Systems. It does not imply a street address or exact facility location.
Anyon is a Canadian route to integrated superconducting research infrastructure, with independently documented Yukon and MonarQ deliveries and a processor-to-Julia software stack. The useful next discussion is the proposed system configuration, accepted calibration/uptime evidence, site integration and authenticated access/support responsibilities. The CQCP agreement establishes funded development toward a logical-qubit result; the KMT relationship establishes an announced delivery channel. Neither resolves Hudson acceptance or turns larger-system and RDMA plans into current performance.
Interpretation of the public record. Not qualification, endorsement or evidence of buyer interest.
Integrated superconducting quantum hardware and software
Processors, cryogenics, FPGA control and quantum circuit execution.
Read technical summary
Anyon combines superconducting processors, millikelvin dilution refrigeration, FPGA manipulation/readout electronics and software for calibration and circuit execution. Qube is an integrated HPC-oriented system; Hudson is a manufacturer-described six-to-54-qubit configurable research platform with standard or custom processors and automated cryogenic cycles. Snowflurry provides a Julia circuit, transpilation and execution workflow with an alpha/API-stability warning. Calcul Québec’s inaugurated 24-qubit MonarQ and ISED’s account of the 2021 Yukon delivery establish delivered research hardware; planned logical-qubit, RDMA and larger-system milestones remain separate.
Evidence of maturity
Delivered research hardware is independently documented for Yukon and MonarQ. Hudson customer acceptance is not established here; CQCP logical-qubit results, RDMA controls and larger systems remain funded or announced development.
Commercial availability
Systems are offered through Anyon’s project-contact route. MonarQ research access is operator-managed; configuration, site requirements and availability are project-specific.
Core features
Microfabricated superconducting processors with gate/readout control
Millikelvin dilution refrigeration integrated with control
Software-driven calibration and performance assessment
Hudson manufacturer configuration: six to 54 qubits, custom or standard processors
Julia Snowflurry circuits, hardware transpilation and remote/simulator execution
Anyon’s August 31, 2026 announcement names KMT as exclusive representative/distributor in applicable international territories and an authorized installation, commissioning, integration and service/support partner. The announcement also describes fourth-generation RDMA-to-GPU control electronics under development and larger physical-qubit systems as upcoming plans. It supplies a delivery-channel relationship, without identifying orders, territories or accepted new installations.
ISED contribution agreement 515670 names Anyon Systems Inc. for CAD 23 million over December 9, 2025–March 31, 2032. Its expected results include one logical qubit with low logical error rates; the agreement does not establish achieved fault tolerance or cash disbursement. CED’s February 18, 2026 backgrounder separately lists CAD 600,000 repayable marketing assistance, explicitly conditional on signing an agreement.
Questions for a first conversation
01
Which delivered configuration, calibration fidelity and uptime evidence apply to the proposed system and site?
Yukon and MonarQ establish delivered research systems. Hudson has a specified six-to-54-qubit configuration, but public company pages use differing delivery wording and no buyer acceptance record was recovered.
02
What credentials, compiler/API version, on-premises dependencies and support responsibilities apply to the intended workflow?
Snowflurry connects circuit construction to remote hardware or a simulator and retains an alpha/API-stability warning. MonarQ’s operator client requires authenticated project access; the KMT channel adds a distinct installation/support role.
Original sources 15 linked records
These records support the organization, its owned capabilities and their reviewed connections. A source count is not a count of independent confirmations.
Anyon describes a Julia SDK for circuit design and a quantum compiler connecting those circuits to hardware execution.
Supports: Profile · display lead
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Supports: Profile · operating context
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Supports: Profile · role descriptor
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Supports: Profile · operating context
Anyon uses FPGA control electronics for qubit manipulation and state readout, with software that automates calibration and performance assessment.
Supports: Profile · display lead
Custom dilution refrigeration provides millikelvin conditions for the superconducting processor, with integrated control and a human-machine interface.
Snowflurry is an open-source Julia hybrid quantum/classical framework that creates circuits, transpiles for supported hardware and executes on a remote quantum service or local simulator.
Supports: Profile · operating context
Snowflurry is an open-source Julia hybrid quantum/classical framework that creates circuits, transpiles for supported hardware and executes on a remote quantum service or local simulator.
Snowflurry documentation identifies alpha status and possible API changes, directing existing users to stable releases because main targets new internal infrastructure.
The MonarQ client reference requires host, user, access token and project ID/name for the operator API; access is not implied by merely installing the SDK.
The MonarQ client reference requires host, user, access token and project ID/name for the operator API; access is not implied by merely installing the SDK.
On August 31, 2026 Anyon announced KMT as exclusive representative/distributor in applicable international territories and authorized installation, commissioning, integration and service/support partner. Territories and orders are not disclosed.
Supports: Profile · current activity
The August 31 announcement places fourth-generation RDMA-to-GPU control electronics under development and 72-qubit and more-than-100-physical-qubit systems in the upcoming roadmap, not the currently stated Hudson 6–54-qubit configuration.
The current Anyon contact page provides a public project inquiry form; it does not list a direct general email or telephone.
Supports: Profile · canadian footprint
Anyon lists its HQ at 8275 Trans Canada Route A410, Saint-Laurent QC H4S0B6, plus 45 Bd de l’Aéroport Bromont, 3000 Bd de l’Université Sherbrooke, and 295 Hagey Blvd number2 Waterloo. Staffing, facility functions and ownership are not stated.
Public sources cited · Facts and assessments kept separate · Human review
Anyon uses FPGA control electronics for qubit manipulation and state readout, with software that automates calibration and performance assessment.
Supports: Profile · operating context
Custom dilution refrigeration provides millikelvin conditions for the superconducting processor, with integrated control and a human-machine interface.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Custom dilution refrigeration provides millikelvin conditions for the superconducting processor, with integrated control and a human-machine interface.
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Anyon uses FPGA control electronics for qubit manipulation and state readout, with software that automates calibration and performance assessment.
Supports: Superconducting quantum computing · name
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Supports: Superconducting quantum computing · core features
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Anyon uses FPGA control electronics for qubit manipulation and state readout, with software that automates calibration and performance assessment.
Supports: Superconducting quantum computing · display lead
Anyon uses FPGA control electronics for qubit manipulation and state readout, with software that automates calibration and performance assessment.
Supports: Superconducting quantum computing · display lead
Custom dilution refrigeration provides millikelvin conditions for the superconducting processor, with integrated control and a human-machine interface.
Supports: Superconducting quantum computing · capability type
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Custom dilution refrigeration provides millikelvin conditions for the superconducting processor, with integrated control and a human-machine interface.
Supports: Superconducting quantum computing · display lead
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Anyon describes its microfabricated superconducting processor as executing programmable gates and measuring quantum states; no attained numerical fidelity is supplied.
Custom dilution refrigeration provides millikelvin conditions for the superconducting processor, with integrated control and a human-machine interface.
Supports: Superconducting quantum computing · core features
Custom dilution refrigeration provides millikelvin conditions for the superconducting processor, with integrated control and a human-machine interface.
Custom dilution refrigeration provides millikelvin conditions for the superconducting processor, with integrated control and a human-machine interface.
Supports: Superconducting quantum computing · core features
Anyon uses FPGA control electronics for qubit manipulation and state readout, with software that automates calibration and performance assessment.
Snowflurry documentation identifies alpha status and possible API changes, directing existing users to stable releases because main targets new internal infrastructure.
Snowflurry is an open-source Julia hybrid quantum/classical framework that creates circuits, transpiles for supported hardware and executes on a remote quantum service or local simulator.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Snowflurry is an open-source Julia hybrid quantum/classical framework that creates circuits, transpiles for supported hardware and executes on a remote quantum service or local simulator.
Snowflurry documentation identifies alpha status and possible API changes, directing existing users to stable releases because main targets new internal infrastructure.
Snowflurry documentation identifies alpha status and possible API changes, directing existing users to stable releases because main targets new internal infrastructure.
Supports: Profile · operating context
Snowflurry documentation identifies alpha status and possible API changes, directing existing users to stable releases because main targets new internal infrastructure.
Snowflurry is an open-source Julia hybrid quantum/classical framework that creates circuits, transpiles for supported hardware and executes on a remote quantum service or local simulator.
Snowflurry is an open-source Julia hybrid quantum/classical framework that creates circuits, transpiles for supported hardware and executes on a remote quantum service or local simulator.
Supports: Superconducting quantum computing · core features
Snowflurry is an open-source Julia hybrid quantum/classical framework that creates circuits, transpiles for supported hardware and executes on a remote quantum service or local simulator.
Snowflurry documentation identifies alpha status and possible API changes, directing existing users to stable releases because main targets new internal infrastructure.
Snowflurry is an open-source Julia hybrid quantum/classical framework that creates circuits, transpiles for supported hardware and executes on a remote quantum service or local simulator.
Snowflurry is an open-source Julia hybrid quantum/classical framework that creates circuits, transpiles for supported hardware and executes on a remote quantum service or local simulator.
Supports: Superconducting quantum computing · display lead
Snowflurry is an open-source Julia hybrid quantum/classical framework that creates circuits, transpiles for supported hardware and executes on a remote quantum service or local simulator.
Supports: Superconducting quantum computing · core features
Snowflurry documentation identifies alpha status and possible API changes, directing existing users to stable releases because main targets new internal infrastructure.
Snowflurry is an open-source Julia hybrid quantum/classical framework that creates circuits, transpiles for supported hardware and executes on a remote quantum service or local simulator.
Snowflurry is an open-source Julia hybrid quantum/classical framework that creates circuits, transpiles for supported hardware and executes on a remote quantum service or local simulator.
The MonarQ client reference requires host, user, access token and project ID/name for the operator API; access is not implied by merely installing the SDK.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
The MonarQ client reference requires host, user, access token and project ID/name for the operator API; access is not implied by merely installing the SDK.
The MonarQ client reference requires host, user, access token and project ID/name for the operator API; access is not implied by merely installing the SDK.
Supports: Profile · operating context
The MonarQ client reference requires host, user, access token and project ID/name for the operator API; access is not implied by merely installing the SDK.
The MonarQ client reference requires host, user, access token and project ID/name for the operator API; access is not implied by merely installing the SDK.
Supports: Superconducting quantum computing · core features
The MonarQ client reference requires host, user, access token and project ID/name for the operator API; access is not implied by merely installing the SDK.
On August 31, 2026 Anyon announced KMT as exclusive representative/distributor in applicable international territories and authorized installation, commissioning, integration and service/support partner. Territories and orders are not disclosed.
Supports: Profile · operating context
On August 31, 2026 Anyon announced KMT as exclusive representative/distributor in applicable international territories and authorized installation, commissioning, integration and service/support partner. Territories and orders are not disclosed.
Supports: Profile · current activity as of
On August 31, 2026 Anyon announced KMT as exclusive representative/distributor in applicable international territories and authorized installation, commissioning, integration and service/support partner. Territories and orders are not disclosed.
Supports: Profile · current activity
On August 31, 2026 Anyon announced KMT as exclusive representative/distributor in applicable international territories and authorized installation, commissioning, integration and service/support partner. Territories and orders are not disclosed.
On August 31, 2026 Anyon announced KMT as exclusive representative/distributor in applicable international territories and authorized installation, commissioning, integration and service/support partner. Territories and orders are not disclosed.
On August 31, 2026 Anyon announced KMT as exclusive representative/distributor in applicable international territories and authorized installation, commissioning, integration and service/support partner. Territories and orders are not disclosed.
Supports: Profile · operating context
The August 31 announcement places fourth-generation RDMA-to-GPU control electronics under development and 72-qubit and more-than-100-physical-qubit systems in the upcoming roadmap, not the currently stated Hudson 6–54-qubit configuration.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
The August 31 announcement places fourth-generation RDMA-to-GPU control electronics under development and 72-qubit and more-than-100-physical-qubit systems in the upcoming roadmap, not the currently stated Hudson 6–54-qubit configuration.
Supports: Profile · operating context
Anyon and KMT Technologies, a Matrix Group company, announced an agreement making KMT an exclusive representative/distributor in specified strategic international markets and an authorized installation, commissioning, integration and support partner. Market coverage and commercial amounts are not specified in the inspected release; the agreement is not a customer purchase order.
On August 31, 2026 Anyon announced KMT as exclusive representative/distributor in applicable international territories and authorized installation, commissioning, integration and service/support partner. Territories and orders are not disclosed.
The August 31 announcement places fourth-generation RDMA-to-GPU control electronics under development and 72-qubit and more-than-100-physical-qubit systems in the upcoming roadmap, not the currently stated Hudson 6–54-qubit configuration.
The August 31 announcement places fourth-generation RDMA-to-GPU control electronics under development and 72-qubit and more-than-100-physical-qubit systems in the upcoming roadmap, not the currently stated Hudson 6–54-qubit configuration.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Supports: Profile · operating context
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Supports: Profile · disclosed financing summary
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Supports: Superconducting quantum computing · core features
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Supports: Superconducting quantum computing · capability type
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Supports: Superconducting quantum computing · core features
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Supports: Superconducting quantum computing · name
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Supports: Superconducting quantum computing · core features
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon announced CAD 23 million under Canadian Quantum Champions on December 15, 2025 for its roadmap toward fault-tolerant quantum computing. It reports the 2021 Yukon delivery to DRDC and MonarQ delivery to Calcul Québec, and in-house qubit processors, dilution refrigeration and control electronics. Funding for future fault tolerance does not establish a fault-tolerant delivered system.
Anyon Systems's public evidence establishes its current role and offering, but it does not answer every access, configuration, eligibility, maturity or buyer question needed for a first business-development conversation.
Supports: Profile · description
The official company material describes Anyon Systems as a Canadian technology business with the public offering summarized in this candidate.
Supports: Profile · editorial profile version
Anyon Systems has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.
The official public contact pathway for Anyon Systems is https://anyonsys.com/.
Supports: Profile · operating context
The official capability material supports the named Superconducting quantum computing offering and the bounded operational description prepared for reviewer consideration.
Supports: Profile · canadian footprint
The official capability material supports the named Superconducting quantum computing offering and the bounded operational description prepared for reviewer consideration.
True North Map derives this first-conversation question from the documented Anyon Systems capability, current evidence and the decision gap that remains.
The official capability material supports the named Superconducting quantum computing offering and the bounded operational description prepared for reviewer consideration.
Hudson is manufacturer-described integrated cryogenic/control infrastructure for six to 54 qubits, using standard or custom processors, automated cycles and no liquid nitrogen.
Supports: Profile · operating context
Anyon describes Qube as a self-contained modular superconducting quantum computer intended for deployment and servicing in existing HPC centres.
Supports: Profile · role descriptor
Anyon describes Qube as a self-contained modular superconducting quantum computer intended for deployment and servicing in existing HPC centres.
Hudson is manufacturer-described integrated cryogenic/control infrastructure for six to 54 qubits, using standard or custom processors, automated cycles and no liquid nitrogen.
Supports: Profile · description
Anyon describes Qube as a self-contained modular superconducting quantum computer intended for deployment and servicing in existing HPC centres.
Hudson is manufacturer-described integrated cryogenic/control infrastructure for six to 54 qubits, using standard or custom processors, automated cycles and no liquid nitrogen.
Hudson is manufacturer-described integrated cryogenic/control infrastructure for six to 54 qubits, using standard or custom processors, automated cycles and no liquid nitrogen.
Supports: Profile · description
Hudson is manufacturer-described integrated cryogenic/control infrastructure for six to 54 qubits, using standard or custom processors, automated cycles and no liquid nitrogen.
Supports: Profile · operating context
Hudson is manufacturer-described integrated cryogenic/control infrastructure for six to 54 qubits, using standard or custom processors, automated cycles and no liquid nitrogen.
Anyon describes Qube as a self-contained modular superconducting quantum computer intended for deployment and servicing in existing HPC centres.
Supports: Superconducting quantum computing · core features
Hudson is manufacturer-described integrated cryogenic/control infrastructure for six to 54 qubits, using standard or custom processors, automated cycles and no liquid nitrogen.
Hudson is manufacturer-described integrated cryogenic/control infrastructure for six to 54 qubits, using standard or custom processors, automated cycles and no liquid nitrogen.
Hudson is manufacturer-described integrated cryogenic/control infrastructure for six to 54 qubits, using standard or custom processors, automated cycles and no liquid nitrogen.
Hudson is manufacturer-described integrated cryogenic/control infrastructure for six to 54 qubits, using standard or custom processors, automated cycles and no liquid nitrogen.
The February 18, 2026 CED backgrounder lists CAD600,000 repayable marketing assistance for Anyon and explicitly makes it conditional on a signed agreement; no signed agreement or payment is established by this notice.
Supports: Profile · defence posture
The February 18, 2026 CED backgrounder lists CAD600,000 repayable marketing assistance for Anyon and explicitly makes it conditional on a signed agreement; no signed agreement or payment is established by this notice.
Calcul Quebec inaugurated 24-qubit superconducting MonarQ on September 25, 2024; Anyon designed it in Quebec and the operator hosts it at ETS in Montreal. This establishes a research installation, not industrial quantum advantage.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
Calcul Quebec inaugurated 24-qubit superconducting MonarQ on September 25, 2024; Anyon designed it in Quebec and the operator hosts it at ETS in Montreal. This establishes a research installation, not industrial quantum advantage.
Supports: Profile · description
Calcul Quebec inaugurated 24-qubit superconducting MonarQ on September 25, 2024; Anyon designed it in Quebec and the operator hosts it at ETS in Montreal. This establishes a research installation, not industrial quantum advantage.
Calcul Quebec inaugurated 24-qubit superconducting MonarQ on September 25, 2024; Anyon designed it in Quebec and the operator hosts it at ETS in Montreal. This establishes a research installation, not industrial quantum advantage.
Calcul Quebec inaugurated 24-qubit superconducting MonarQ on September 25, 2024; Anyon designed it in Quebec and the operator hosts it at ETS in Montreal. This establishes a research installation, not industrial quantum advantage.
Calcul Quebec inaugurated 24-qubit superconducting MonarQ on September 25, 2024; Anyon designed it in Quebec and the operator hosts it at ETS in Montreal. This establishes a research installation, not industrial quantum advantage.
Calcul Quebec inaugurated 24-qubit superconducting MonarQ on September 25, 2024; Anyon designed it in Quebec and the operator hosts it at ETS in Montreal. This establishes a research installation, not industrial quantum advantage.
Calcul Quebec inaugurated 24-qubit superconducting MonarQ on September 25, 2024; Anyon designed it in Quebec and the operator hosts it at ETS in Montreal. This establishes a research installation, not industrial quantum advantage.
Calcul Quebec inaugurated 24-qubit superconducting MonarQ on September 25, 2024; Anyon designed it in Quebec and the operator hosts it at ETS in Montreal. This establishes a research installation, not industrial quantum advantage.
Calcul Quebec inaugurated 24-qubit superconducting MonarQ on September 25, 2024; Anyon designed it in Quebec and the operator hosts it at ETS in Montreal. This establishes a research installation, not industrial quantum advantage.
Calcul Quebec inaugurated 24-qubit superconducting MonarQ on September 25, 2024; Anyon designed it in Quebec and the operator hosts it at ETS in Montreal. This establishes a research installation, not industrial quantum advantage.
CED announced CAD 600,000 in repayable marketing support for Anyon’s quantum-computing/detection business, explicitly conditional on signing a contribution agreement. This is distinct from the Quantum Champions award and cannot be represented as already disbursed funding.
Supports: Profile · defence posture
Canada Economic Development identified Anyon Systems as a Quebec company designing superconducting quantum-computing solutions and advanced detection technologies for the defence sector and conditionally allocated defence-growth funding.
Supports: Profile · disclosed financing summary
CED announced CAD 600,000 in repayable marketing support for Anyon’s quantum-computing/detection business, explicitly conditional on signing a contribution agreement. This is distinct from the Quantum Champions award and cannot be represented as already disbursed funding.
ISED agreement 515670 is CAD23,000,000 for December 9, 2025 to March 31, 2032. Expected results include one logical qubit with low logical error rates. The amount is an agreement value, not verified cash disbursement, revenue or attained fault tolerance.
Supports: Profile · legal name
The ISED disclosure names Anyon Systems Inc. as both legal and operating recipient of agreement 515670.
Supports: Profile · executive relevance summary
Source location: executiveRelevanceSummary
ISED agreement 515670 is CAD23,000,000 for December 9, 2025 to March 31, 2032. Expected results include one logical qubit with low logical error rates. The amount is an agreement value, not verified cash disbursement, revenue or attained fault tolerance.
ISED agreement 515670 is CAD23,000,000 for December 9, 2025 to March 31, 2032. Expected results include one logical qubit with low logical error rates. The amount is an agreement value, not verified cash disbursement, revenue or attained fault tolerance.
ISED agreement 515670 is CAD23,000,000 for December 9, 2025 to March 31, 2032. Expected results include one logical qubit with low logical error rates. The amount is an agreement value, not verified cash disbursement, revenue or attained fault tolerance.
C2MI and Anyon announced a September 2025 MOU for the Bromont quantum-fabrication offering, workspace/equipment design, superconducting nanofabrication and 3D packaging; operation was expected in 2026. This does not establish Anyon ownership or commissioned throughput.
Calcul Québec identifies MonarQ as a 24-qubit superconducting computer designed and manufactured by Anyon Systems in Quebec and available through its research platform. The 2026 summer programme supplies researcher access and project support. This is customer-side evidence of an accessible machine, not proof of fault tolerance or quantum advantage.
Calcul Quebec selected 19 summer 2026 projects from ten Canadian universities and 55 applications for MonarQ/classical computing access, training and mentorship. Selection does not establish completed results or unrestricted immediate availability.
Calcul Québec identifies MonarQ as a 24-qubit superconducting computer designed and manufactured by Anyon Systems in Quebec and available through its research platform. The 2026 summer programme supplies researcher access and project support. This is customer-side evidence of an accessible machine, not proof of fault tolerance or quantum advantage.
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