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Capability profile
Qubic develops low-noise superconducting microwave hardware for quantum control, readout and sensing research. Its current cryogenic-amplifier programme centres on KI-TWPA devices and supporting components and software.
These describe the reviewed application scope, not confirmed deployments, released requirements or procurement eligibility.
Qubic announced an ISC Testing Stream order for nine amplifiers in September 2026, with delivery milestones expected by spring 2027. This establishes a test procurement, not an operational quantum-radar deployment.
Research and quantum-system customers can scope hardware integration and evaluation. Device performance and thermal projections require configuration-specific test evidence.
A technology readiness level is not established by the reviewed public sources.
No reviewed Mission area or released Defence need connection is currently published.
These records support this capability and its published Mission area and Defence need connections. A source count is not a count of independent confirmations.
Qubic Technologies
Source type: official company news
Supports: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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: Capability · 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.
Qubic Technologies
Source type: official company product
Supports: Capability · defence applications
Quantum-computing control and readout
Supports: Capability · core features
Superconducting quantum microwave circuits
Supports: Capability · technical tags
True North Map applies the cryogenic-electronics tag from Qubic Technologies's documented capability functions.
Supports: Capability · core features
Low-noise cryogenic amplification and entangled-signal methods
CMC Microsystems · May 26, 2026
Source type: government service page
Supports: Capability · maturity
CMC Microsystems's public evidence confirms a company-specific project, award, program or operating context, while configuration-specific acceptance and scale remain bounded by the reviewer warning.
Public sources cited · Facts and assessments kept separate · Human review
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Supports: Capability · technicaldomainslugs
True North Map maps Quantum microwave sensing and communications hardware to sensing and isr from its documented technology functions.
Supports: Capability · 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: Capability · capability type
Source-bounded strategic technology capability
Supports: Capability · technical tags
True North Map applies the quantum-microwave tag from Qubic Technologies's documented capability functions.
Supports: Capability · defence applications
Low-observable communications and remote sensing research
Supports: Capability · name
Quantum microwave sensing and communications hardware
Supports: Capability · commercial availability
Qubic Technologies currently presents Quantum microwave sensing and communications hardware through its official public capability surface.
