Privacy Nexus

At QLAB, we operate under the principle of **Research Sovereignty**. This means you own the circuit structures, benchmarks, and experimental logs you generate within your private workstation.

When you choose to synchronize a circuit with the **Global Discovery Mesh**, only necessary metadata (fidelity metrics, depth, and gate-types) are shared to help other researchers and AI agents optimize the broader ecosystem. Your private research identity remains cloaked behind our standard quantum-secure hashing.

We collect anonymized behavioral telemetry to optimize grid latency and identify platform bottlenecks. This includes:

• Node synchronization efficiency.
• Simulator convergence frequency.
• API throughput and error distribution.
• Anonymized geographic usage for hardware allocation.

No research-sensitive code (QASM, Python, or proprietary Hamiltonians) is cached beyond your session without explicit export consent.

Your institutional email and identity are stored in a distributed encrypted registry. We do not sell research identities or behavioral data to third-party advertisers.

For beta access, we utilize invite-only synchronization to maintain the integrity of our hardware pools. This allows us to strictly monitor system capacity while ensuring 100% uptime for authorized power-users.

As a global platform, data may be processed across multiple secure nodes (US-East, Zurich, Tokyo, Singapore). Regardless of location, every QLAB node adheres to our unified Privacy Nexus v1.0 standard.

Users may request a full "Identity Flush" at any time, which permanently de-registers their research profile from the global reputation ledger.