Qubic Technologies

Supports: Profile · reviewed questions.qubic-technologies-decision-2.context

Qubic announces an ISC Testing Stream contract worth up to C$1.5 million for nine cryogenic amplifiers plus components and software, with milestones and delivery expected by spring 2027. The federal agency is unnamed.

Supports: Profile · current activity

Qubic announces an ISC Testing Stream contract worth up to C$1.5 million for nine cryogenic amplifiers plus components and software, with milestones and delivery expected by spring 2027. The federal agency is unnamed. Qubic describes heat dissipation below 0.1 mW as projected and says its devices are in the final stages of commercialization; the federal evaluation is intended to provide performance feedback.

Supports: Profile · reviewed questions.qubic-technologies-decision-1.question

Qubic describes heat dissipation below 0.1 mW as projected and says its devices are in the final stages of commercialization; the federal evaluation is intended to provide performance feedback.

Supports: Profile · reviewed questions.qubic-technologies-decision-2.id

Qubic announces an ISC Testing Stream contract worth up to C$1.5 million for nine cryogenic amplifiers plus components and software, with milestones and delivery expected by spring 2027. The federal agency is unnamed.

Supports: Profile · reviewed questions.qubic-technologies-decision-1.confidence

Qubic describes heat dissipation below 0.1 mW as projected and says its devices are in the final stages of commercialization; the federal evaluation is intended to provide performance feedback.

Supports: Profile · reviewed questions.qubic-technologies-decision-1.context

Qubic describes heat dissipation below 0.1 mW as projected and says its devices are in the final stages of commercialization; the federal evaluation is intended to provide performance feedback.

Supports: Profile · executive relevance summary

Source location: executiveRelevanceSummary

Qubic announces an ISC Testing Stream contract worth up to C$1.5 million for nine cryogenic amplifiers plus components and software, with milestones and delivery expected by spring 2027. The federal agency is unnamed.

Supports: Profile · reviewed questions.qubic-technologies-decision-2.question

Qubic announces an ISC Testing Stream contract worth up to C$1.5 million for nine cryogenic amplifiers plus components and software, with milestones and delivery expected by spring 2027. The federal agency is unnamed.

Supports: Profile · reviewed questions.qubic-technologies-decision-1.id

Qubic describes heat dissipation below 0.1 mW as projected and says its devices are in the final stages of commercialization; the federal evaluation is intended to provide performance feedback.

Supports: KI-TWPA cryogenic amplifiers · core features

Qubic describes heat dissipation below 0.1 mW as projected and says its devices are in the final stages of commercialization; the federal evaluation is intended to provide performance feedback.

Supports: KI-TWPA cryogenic amplifiers · commercial availability

Qubic describes heat dissipation below 0.1 mW as projected and says its devices are in the final stages of commercialization; the federal evaluation is intended to provide performance feedback.

Supports: KI-TWPA cryogenic amplifiers · maturity

Qubic announces an ISC Testing Stream contract worth up to C$1.5 million for nine cryogenic amplifiers plus components and software, with milestones and delivery expected by spring 2027. The federal agency is unnamed.

Supports: Quantum microwave sensing and communications hardware · defence applications

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · name

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · core features

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · technicaldomainslugs

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · core features

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · technical tags

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · capability type

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · core features

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · defence applications

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · technical tags

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · summary

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · maturity

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · technology readiness level

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Quantum microwave sensing and communications hardware · commercial availability

Qubic announced an ISC Testing Stream contract for nine cryogenic amplifiers plus components and software in September 2026, with delivery milestones expected by spring 2027. The KI-TWPA offer targets low-noise microwave amplification and multiplexed qubit readout; projected thermal performance remains a vendor claim. The government purchase is for test and evaluation with customer feedback; it is not deployment of an operational quantum radar. The announcement separately identifies a Quantum Machines commercial contract, without converting either order into universal device qualification.

Supports: Profile · profileData.publicContact.contactPageUrl

https://qubictech.co/about/ is the public identity or contact route used for Qubic Technologies.

Supports: Profile · primary location.longitude

True North Map uses the Sherbrooke city centroid longitude -71.8929 for a city-level map location.

Supports: Profile · primary location.countrycode

Qubic Technologies publishes a Canadian operating presence, represented by country code CA.

Supports: Profile · primary location.provinceterritory

Qubic Technologies publishes Quebec as its Canadian province or territory.

Supports: Profile · primary location.latitude

True North Map uses the Sherbrooke city centroid latitude 45.4042 for a city-level map location.

Supports: Profile · website url

https://qubictech.co/ is the canonical official website used by Qubic Technologies.

Supports: Profile · reviewed questions.qubic-technologies-decision-2.question

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: Profile · operating context

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: Profile · reviewed questions.qubic-technologies-decision-2.id

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: Profile · reviewed questions.qubic-technologies-decision-1.context

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: Profile · executive relevance summary

Source location: executiveRelevanceSummary

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: Profile · reviewed questions.qubic-technologies-decision-2.context

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: Profile · reviewed questions.qubic-technologies-decision-1.confidence

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: Profile · reviewed questions.qubic-technologies-decision-1.question

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · technicaldomainslugs

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · capability type

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · technical tags

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · summary

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · technical tags

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · name

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · technology readiness level

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · defence applications

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · core features

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · slug

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · core features

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · core features

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · defence applications

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · technical tags

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: KI-TWPA cryogenic amplifiers · technicaldomainslugs

Qubic describes wide-band low-noise microwave amplifiers using transmission-line kinetic inductance instead of Josephson junctions, intended for multiplexed superconducting-qubit readout. It reports early-access sales to Quantum Machines and evaluation work with IQCC.

Supports: Quantum microwave sensing and communications hardware · defence applications

Quantum-computing control and readout

Supports: Quantum microwave sensing and communications hardware · core features

Superconducting quantum microwave circuits

Supports: Quantum microwave sensing and communications hardware · technical tags

True North Map applies the cryogenic-electronics tag from Qubic Technologies's documented capability functions.

Supports: Quantum microwave sensing and communications hardware · core features

Low-noise cryogenic amplification and entangled-signal methods

Supports: Quantum microwave sensing and communications hardware · technicaldomainslugs

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

Supports: Quantum microwave sensing and communications hardware · summary

Qubic develops superconducting microwave circuits and cryogenic amplifiers intended for quantum-computing, sensing, and communications systems. Defence-oriented drone-detection and covert-communications uses remain primarily vendor-stated applications.

Supports: Quantum microwave sensing and communications hardware · capability type

Source-bounded strategic technology capability

Supports: Quantum microwave sensing and communications hardware · technical tags

True North Map applies the quantum-microwave tag from Qubic Technologies's documented capability functions.

Supports: Quantum microwave sensing and communications hardware · defence applications

Low-observable communications and remote sensing research

Supports: Quantum microwave sensing and communications hardware · name

Quantum microwave sensing and communications hardware

Supports: Quantum microwave sensing and communications hardware · commercial availability

Qubic Technologies currently presents Quantum microwave sensing and communications hardware through its official public capability surface.