A secure world, authenticator, and trigger-based logging protect autonomous driving records from tampering for reliable accident review.
Time-bin phase and intensity modulation helps QKD keep strong optical signals while making encoded information harder to extract from scattered radiation.
A secure enclave in a physical key derives limited-use keys for phones, enabling flexible vehicle access without phone-side secure hardware.
Time-dependent intensity and phase modulation encodes QKD pulses with weak distinguishability, improving shared-key security against leakage.
A clearing-house model authenticates EV charging with vehicle certificates, cutting personal data exposure, cost, and provisioning complexity.
Broadcast key exchange lets tire monitoring devices form shared keys securely while cutting message traffic and avoiding pre-installed keys.
Periodic ECU key checks against an external distributed ledger help prevent key falsification and secure in-vehicle communications.
Concave trenches between SNSPD pixels lengthen the heat path, suppress thermal crosstalk, and preserve detection efficiency and rates.
Pseudonymized vehicle and driver identifiers let neutral servers use ADAS event data while preserving privacy and lawful relinking.
Pre-authenticated identity data stored in a secure element lets a digital key remain verifiable even when the terminal is powered off.