Aevum Zenth Quantum Systems designs, manufactures, and deploys fault-tolerant quantum processors, secure cryptographic networks, and high-precision sensing arrays for enterprise and national infrastructure.
From cryogenic control systems to algorithmic optimization, we verticalize the entire quantum value chain.
Custom-designed transmon qubit architectures with topological error correction and modular chip scaling up to 4,096 physical qubits per module.
1,024 Logical QubitsHardware-rooted quantum key distribution networks enabling theoretically unbreakable communication for financial, defense, and sovereign infrastructure.
Post-Quantum ReadyUltra-sensitive gravitational, magnetic, and temporal sensors for geological surveying, autonomous navigation, and medical imaging diagnostics.
10β»ΒΉβΈ T SensitivityFiber-optic and satellite-linked quantum repeater arrays enabling distributed quantum computing and secure metropolitan-wide entanglement distribution.
Low-Latency MeshUnlike fragmented supply chains, Aevum Zenth designs the entire stack in-house: from sapphire substrates and superconducting circuits to dilution refrigerators, control firmware, and high-level quantum algorithms. This vertical integration reduces coherence noise by 68% and accelerates iteration cycles.
Quantum advantage is no longer theoretical. Our processors solve previously intractable problems across critical sectors.
VQE-driven molecular simulation accelerating lead compound identification and folding pathway analysis.
Portfolio optimization, Monte Carlo risk modeling, and arbitrage detection using QAOA implementations.
Quantum annealing for global routing, warehouse allocation, and just-in-time inventory synchronization.
Novel catalyst design for carbon capture, battery electrolyte optimization, and atmospheric modeling.
Our multi-year R&D pipeline bridges the gap from NISQ-era experimentation to fully error-corrected quantum advantage.
512-qubit processor with improved coherence times (T1 > 300ΞΌs) and integrated cryogenic control electronics.
Successfully maintained 7 physical qubits in a surface code arrangement, achieving logical error rates 10x below physical threshold.
Public beta of our quantum compiler suite, enabling cross-platform algorithm migration and hybrid classical-quantum workflows.
Deployment of 400km fiber-linked quantum repeater array across EU financial districts with sub-microsecond key generation.
Commercial deployment of 1,000+ logical qubit systems for pharmaceutical and materials R&D workloads.
Hardened, low-latency facilities engineered for cryogenic stability and electromagnetic isolation.
Enterprise licenses, academic partnerships, and sovereign deployments available. Our technical sales team will architect a solution tailored to your computational requirements.