Insights on cloud architecture, quantum security, and building for scale.
As quantum-secured networks become more prevalent, ensuring operational visibility is essential. This post walks through how telemetry from quantum key distribution (QKD) systems can be surfaced using native AWS monitoring tools like CloudWatch and EventBridge, creating a seamless observability experience for quantum infrastructure operators.
#quantum #networking #monitoring
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Quantum computing on AWS brings unprecedented flexibility—but also complexity in billing. Learn how to understand and manage the cost of experiments using tools like billing alerts, consolidated usage dashboards, and best practices for simulator and QPU usage that align with budget-conscious research and development goals.
#braket #cost #optimization
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For researchers and developers working on quantum applications, having a reproducible local setup is critical. This post outlines a step-by-step guide to configuring Amazon Braket SDK locally with Python, Docker, and Jupyter, enabling simulation workflows before moving to the cloud for scaled runs.
#braket #development #local
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China is making headlines by leading in large-scale quantum deployments. From satellite-enabled QKD to regional fiber-secured networks, this article analyzes China’s approach, funding priorities, and what the global tech community should understand about the country’s long-term goals in the quantum arms race.
#quantum #china #geopolitics
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Explore how hybrid cryptographic models are being deployed in real metropolitan fiber networks to secure data from evolving threats. This case study highlights how QKD and PQC are combined to protect mission-critical links in telecom and public sector settings.
#qkd #pqc #metro #deployment
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Organizations operating in regulated environments may require strict network isolation and data residency controls. This post introduces a pattern for building cross-region private Braket environments using VPC peering and secure routing to isolate experiments across AWS regions.
#braket #networking #vpc #multi-region
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This article dives into the fascinating concept of quantum money—tokens that leverage the no-cloning theorem to prevent duplication. It explains how quantum cryptographic primitives may one day form the foundation for trustless, tamper-proof digital transactions.
#quantum #money #cryptography
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Could biological systems exploit quantum mechanics? This speculative but insightful piece examines emerging theories around coherence in living organisms, and what it would mean if even bacteria could perform quantum-like processes.
#quantum #biology #speculation
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Quantum networks rely on photons, and photons don’t always make it to their destination. This deep-dive explains the causes of optical losses, their impact on QKD performance, and engineering approaches to improve transmission efficiency over long distances.
#quantum #fiber #losses #QKD
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Which quantum architecture will win? Superconducting circuits, trapped ions, neutral atoms, topological qubits, and more are battling to become the foundation of the future quantum computer. This article compares them all and outlines key trade-offs in scalability, coherence, and manufacturability.
#quantum #architecture #comparison
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