Peak Quantum develops superconducting quantum processors designed to suppress errors at the physical-hardware layer. Its strategy is to reduce the active correction overhead required to build useful logical qubits, rather than relying only on larger numbers of conventional qubits. The company is also participating in efforts to establish European superconducting quantum-chip manufacturing capacity. Based in Garching bei München, Germany.
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Peak Quantum develops superconducting quantum processors designed to suppress errors at the physical-hardware layer. Its strategy is to reduce the active correction overhead required to build useful logical qubits, rather than relying only on larger numbers of conventional qubits. The company is also participating in efforts to establish European superconducting quantum-chip manufacturing capacity.
Now
Peak Quantum develops superconducting quantum processors designed to suppress errors at the physical-hardware layer. Its strategy is to reduce the active correction overhead required to build useful logical qubits, rather than relying only on larger numbers of conventional qubits. The company is also participating in efforts to establish European superconducting quantum-chip manufacturing capacity. In May 2026 the company identified its role operating the German SUPREME hub and leading work on junction fabrication, wafer-level characterization and design-kit building blocks.
No dated name or ownership transition is recorded here. An alias is a search aid, not evidence of a legal ownership relationship.
Product scope
Superconducting QPUs with hardware-level error protection.
A company profile may discuss several systems. Capabilities remain attached to the product and conditions named in each source; they do not transfer automatically to related organizations. A verified security relationship has not been attached to this record.
Peak Quantum develops superconducting quantum processors designed to suppress errors at the physical-hardware layer. Its strategy is to reduce the active correction overhead required to build useful logical qubits, rather than relying only on larger numbers of conventional qubits. The company is also participating in efforts to establish European superconducting quantum-chip manufacturing capacity. In May 2026 the company identified its role operating the German SUPREME hub and leading work on junction fabrication, wafer-level characterization and design-kit building blocks.
Reduced error-correction overhead is a design objective. The reviewed pages do not supply a complete logical-performance benchmark or production yield.
The next question to watch
Publish device-level protection results and reproducible manufactured-chip performance.
A research question, not a promised milestone.
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Open research questions
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Open research question
Publish device-level protection results and reproducible manufactured-chip performance.
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Check the current terms for processor development partnerships. Identify the system version, eligibility, restrictions and whether the result used hardware or simulation.
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