Quantum Identity for
Every Device at Scale
Unique quantum-seeded device identifiers, session keys and provisioning tokens — for fleets of thousands or millions of devices.
Overview
Cloned Device IDs
Software-generated device identities can be duplicated, enabling rogue devices to join your fleet undetected. Identities seeded from fresh entropy are unpredictable, so they can't be guessed or derived from a serial number. (Like any secret, they can still be copied if a device is compromised.)
Unsigned Firmware
OTA updates without quantum-seeded signing are vulnerable to supply chain attacks and malicious injection. One compromised update can brick an entire fleet.
Tampered Telemetry
Sensor data with no cryptographic seal can be manipulated in transit — critical in medical, industrial, and grid applications where data integrity is life-safety.
"backend": "quantum_seeded" to use QuantumRand's generator seeded from real IBM Quantum hardware, or "ibm_hardware" for a direct hardware run. Every response is labelled with the source that produced it, and if the chosen backend is unavailable the call fails rather than quietly switching source.Device Fingerprint
256-bit quantum device fingerprint generated at manufacture. Globally unique, unpredictable, and resistant to cloning and enumeration.
Firmware Signing
Quantum-sign firmware payloads with HMAC-SHA256. The key is not returned, so devices cannot verify the result yet — use your own code-signing for OTA updates.
Session Key
256-bit quantum session keys for device-to-cloud communication. Configurable duration from 1 minute to 24 hours — perfect for MQTT, CoAP, or custom protocols.
Provisioning Token
One-time quantum provisioning tokens for zero-touch device onboarding. Token expires on first use — rogue devices attempting to join get nothing.
Telemetry Seal
Quantum-seal telemetry data batches with HMAC-SHA256. Returns a timestamped seal value for the batch; it cannot be re-verified yet. Every seal includes the device ID, data hash, reading count, and quantum timestamp — a complete chain of integrity from sensor to cloud.
Manufacture-Time Identity
Request a unique identity for each device during manufacturing, so it ships with one from day one.
Zero-Touch Provisioning
One-time quantum tokens expire on first use. Devices self-register securely — rogue devices attempting to claim a token get nothing.
Signed OTA Updates
Firmware seal values cannot be verified by devices yet; keep using your own code-signing.
Telemetry Seal Values
Each batch gets a timestamped seal value. Re-verification is not built yet.
/generate API and any call made with "backend": "quantum_seeded". Until the first hardware seed arrives after a restart, those bits come from the OS CSPRNG and the source label says so.Smart Home Devices
Quantum identity for smart locks, thermostats, and cameras. Every device can get a unique, unpredictable identity at the factory.
Industrial Sensors
Tamper-evident telemetry seals for pressure, temperature, and flow sensors. Timestamped seal values per batch (not yet re-verifiable).
Medical IoT
Quantum device identity and sealed telemetry for infusion pumps, patient monitors, and wearables. Timestamped telemetry seal values.
Automotive ECUs
Quantum-signed firmware for engine control units. Prevent unauthorized tuning, protect against supply chain attacks on vehicle software.
Smart Grid & Energy
Quantum-sealed metering data for smart grids. Timestamped seal values for meter readings.
Logistics & Asset Tracking
Quantum device fingerprints for GPS trackers and RFID tags. Unique identifiers for each asset.
- 500,000 calls / day
- 2,048 bits max
- Priority support
- CSV export + webhooks
- 10,000,000 calls / day
- 4,096 bits max
- Dedicated support
- SLA + custom integrations
Get priority access to quantum IoT security
Join the waitlist to lock in early-adopter pricing and get a dedicated onboarding session with our team. Limited spots available.