QDNA-ID: Quantum Device Native Authentication Dataset

QDNA-ID: Quantum Device Native Authentication Platform Dataset. A quantum provenance dashboard that links physical device behavior to cryptographically verifiable, signed fingerprints.The QDNA-ID platform for real quantum devices was developed using several statistical metrics to accurately measure quantum identity. The platform collected 25 sessions with a constant 1024 shots for all sessions from 12/10/2025 to 20/10/2025 on two real IBM quantum computer, ibm_torino and ibm_brisbane, approximately every 8 hours. The QDNA-ID platform uses statistical metrics to present the differences between all intersecting circuits between sessions, from session to session, and from computer to computer, with real-time provenance tracking and monitoring. Sessions and features for each quantum computer are authenticated and physically protected with a CHSH quantum circuit to separate real machines from simulated or tampered ones, as well as HMAC-SHA256 keys to protect against internal tampering, and RSA-SHA256 public and secret encryption to verify sessions for public use for increased reliability.The code shown here is a simplified V0 example only and does not represent the exact workings. The dataset shown is the same data used for the Proof-of-Concept tests.Code:https://github.com/QDAN-ID/QDNA-IDCitationIf you use QDNA-ID in your research, please cite: QDNA-ID: Quantum Device Native Authentication, http://arxiv.org/abs/2511.17692.