Who we are
Quantum computers are a revolutionizing technology — they have the potential to transform business, society, and the planet for the better, and Quantum Clarity is at the forefront of this revolution.
Quantum Clarity was founded by a Silicon Valley veteran with expertise in Network Attached Storage, Fiber Channel, Cloud Computing, and Cybersecurity, combined with advanced quantum computing training from MIT. With coursework covering quantum computing fundamentals, quantum algorithms, and their applications to cybersecurity, Quantum Clarity bridges decades of enterprise technology experience with cutting-edge quantum research.
Our mission is to advance quantum computing through rigorous independent verification and practical applications. Recent achievements include successfully replicating Google's quantum echoes algorithm on IBM's 133-qubit Torino processor, confirming platform-independent quantum advantage through open-source, reproducible research. We focus on algorithm validation, quantum benchmarking, and exploring quantumcomputing's implications for cybersecurity and enterprise applications.
Products & Platforms
• QuantaCore MBQC — Hardware-native measurement-based quantum computing framework featuring YZ-stabilizer resource states with 94% experimental fidelity on IBM Quantum. Enables gate-error-free quantum computing through GPU-accelerated protocol simulation and validation.
• PyTran — A hybrid Python–Fortran runtime for HPC, AI, and quantum-classical workflows
Developer platform: https://www.quantum-clarity.com/developer-platform
• Cyber-Circuit — An enterprise-grade, quantum-enhanced cybersecurity and security-reasoning platform, built on Quantum-Clarity's hybrid compute and reasoning stack
Product site: https://www.cyber-circuit.com/
Quantum-Clarity LLC develops foundational technology that spans quantum computing research, hybrid runtimes, MBQC resource frameworks, and production-grade security systems.
Research Infrastructure
Quantum Clarity leverages world-class quantum computing platforms:
IBM Quantum
Access to IBM's quantum computing systems through IBM Quantum Network:
IBM Torino - 133-qubit heavy-hex lattice (210K CLOPs)
IBM Sherbrooke - 127-qubit Eagle r3 processor (180K CLOPs)
IBM Brisbane - 127-qubit Eagle r3 processor (180K CLOPs)
All quantum experiments are executed on IBM Quantum's production hardware via Qiskit Runtime.
Google Cloud Platform
Cloud computing credits support our research infrastructure and data analysis workflows.
Meet the Team
Amit Brahmbhatt
Founder-CEO
Contact us
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