Industry Challenge
- IoT deployments span millions of sensors, gateways, and actuators — many constrained, battery-powered, or physically exposed in the field where certificate renewal and PKI are impossible to operate.
- Devices frequently authenticate with static keys or factory-burned secrets that can be extracted, cloned, or replayed once a single unit is captured.
- Telemetry that drives automation, billing, and safety can be spoofed or tampered with in transit, and many endpoints lack the compute budget for heavyweight cryptography.
- Remote and intermittently connected devices cannot rely on a reachable CA or cloud service, yet still require provable identity and governed encryption.
- Firmware and OTA update channels are a prime attack vector, and standards such as IEC 62443, ETSI EN 303 645, and NIST IoT guidance now expect provable identity and key governance at scale.
Amera® Solution
Lightweight, Offline-Capable Identity and Key Governance for Connected Devices
- Deterministic, hardware-rooted identity for every sensor, gateway, and actuator — no internal CA, no certificate renewal, and no PKI infrastructure on the device network.
- Lightweight key derivation designed for constrained and battery-powered hardware, replacing heavyweight certificate-based identity.
- Devices authenticate and encrypt telemetry at the source, so tampered or spoofed readings are rejected end to end.
- Full authentication and encryption run entirely offline, with no dependency on cloud services or external trust chains.
- AmeraKey® provides deterministic signing primitives for verifying firmware and OTA update integrity, and governs data-at-rest keys with rotation and audit logging.
Use Cases
Certificate-Free Identity for Massive Device Fleets
Provisioning and renewing certificates across millions of sensors, gateways, and actuators is operationally impossible. AmeraKey® gives every device deterministic, hardware-rooted identity that never expires and requires no CA infrastructure.
Eliminating PKI on Constrained and Battery-Powered Devices
Many IoT endpoints lack the compute, memory, or power budget to sustain certificate-based identity and renewal. AmeraKey® replaces heavyweight PKI with lightweight, deterministic key derivation suited to constrained hardware.
Securing Telemetry from Edge to Cloud
Sensor readings drive automation, billing, and safety decisions, making tampered or spoofed data a serious risk. AmeraKey® authenticates devices and encrypts telemetry at the source, so every reading can be trusted end to end.
Offline-Capable Authentication for Disconnected Deployments
Remote and intermittently connected devices cannot depend on a reachable CA or cloud service. AmeraKey® performs full authentication and encryption entirely offline, with no external trust chain.
Governed Key Lifecycle for Firmware and OTA Updates
Unauthorized or tampered firmware is one of the most damaging IoT threats. AmeraKey® provides deterministic signing primitives integrators use to verify update origin and integrity before it reaches the device.
Zero Key Storage on Physically Exposed Devices
Field-deployed devices are easy to capture and probe. AmeraKey® stores no long-term keys on the device — regenerating them only when needed — so physical compromise yields nothing to extract or clone.
Key Benefits
No internal CA or certificate lifecycle
Eliminates PKI across massive device fleets and removes a major operational burden.
Lightweight, hardware-rooted identity
Deterministic identity suited to constrained devices — cannot be cloned or extracted.
Offline-capable security
Works in remote or disconnected deployments with no reliance on cloud or CA services.
Zero key storage on the device
Keys are regenerated only when needed, so physical capture yields nothing to steal.
Governed firmware and data-at-rest keys
Deterministic signing and key lifecycle aligned with IEC 62443 and NIST IoT guidance.
Positioning Statement
AmeraKey® secures the connected device edge with lightweight, offline-capable identity and governed key management — eliminating PKI while protecting every sensor, gateway, and actuator from the field to the cloud.
