Insights, tutorials, and updates from the Softquantus team on quantum computing, infrastructure, and security.
The transition from experimental quantum labs to large-scale public sector deployment is hindered by a "Trust Gap"—the reliance on vendor-provided internal logs for performance verification.
As quantum hardware time remains a premium resource, the metric for success is shifting from "raw qubits" to "resource efficiency." QCOS achieves 80% reduction in operational overhead.
The future of quantum computing is multi-cloud and multi-architecture. Enterprises need a vendor-neutral control plane that can orchestrate workloads across platforms.
Official benchmark report: Only 17 circuit evaluations to achieve 0.85 fidelity on IBM's 156-qubit Heron r2 processor — 78-94% fewer evaluations than standard methods.
Our proposal for quantum-inspired federated learning has been selected in the EuroHPC AI Factory Large Scale call, granting us substantial GPU resources on LUMI-G supercomputer.
We are excited to announce that Softquantus has been awarded 30,000 GPU hours on LUMI-G through the EuroHPC AI Factory Fast Lane program.
Today we announce QCOS 2.0, our biggest release yet, featuring advanced multi-provider orchestration, enhanced audit capabilities, and native Kubernetes integration.
Learn how to implement effective version control strategies for your quantum circuits using QCOS.
How QuantumLock helps organizations transition to quantum-resistant cryptographic standards.
Deep dive into how SynapseX uses machine learning to optimize workload placement across heterogeneous clusters.
Join our ecosystem of quantum technology partners and help shape the future of quantum computing.
How to use QCOS Bench to objectively compare quantum processors and make informed procurement decisions.
How we are implementing SOC 2 Type II controls and what it means for enterprise customers.
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