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AmeraKey® Industry Use Cases

Telecommunications

Credentials that scale with your network functions — no certificate expiry risk

Carrier networks scale and re-scale constantly, so certificate expiry on dynamic functions is a real risk. AmeraKey® generates credentials with the workload lifecycle and stores nothing; the legacy comparison is telecom PKI and HSM-backed KMS.

How to read this document: Each use case is shown two ways. The K2 (AmeraKey®) approach is the Amera way: quantum-resistant symmetric keys generated on-device from a picture and PIN, never stored or transmitted, synchronizable across remote locations, and changeable on the fly. The KMS approach is the conventional path most organizations use today: a centralized key-management system or internal PKI that stores, distributes, and rotates keys and certificates, typically backed by an HSM.

5G core network functions

The 5G Service Based Architecture requires TLS between network functions.

K2 — AmeraKey®

the Amera way

Each NF instance generates short-lived AmeraKey® credentials that come and go with the NF lifecycle — no certificate-expiry risk on autoscaled functions.

KMS — Conventional

the legacy way

An internal telecom CA issues and rotates NF certificates that must keep pace with scaling.

Subscriber data store keys

CDRs, location records, and subscriber profiles need at-rest key governance.

K2 — AmeraKey®

the Amera way

Keys are generated on demand and never stored across subscriber data stores.

KMS — Conventional

the legacy way

A KMS replaces aging HSM scripts with a unified, policy-driven key lifecycle.

Backhaul and transport link encryption

Microwave, fiber backhaul, and transport links use internally managed TLS.

K2 — AmeraKey®

the Amera way

AmeraKey® supplies auto-rotating link keys generated at each end, removing the long-lived-certificate exposure window.

KMS — Conventional

the legacy way

Long-lived certificates secure the links and are manually tracked.

OSS/BSS and management-plane identity

Operations and network-management systems run over a privileged private management plane.

K2 — AmeraKey®

the Amera way

Management-plane identity comes from on-device AmeraKey® credentials, reducing attack surface on the most privileged segment.

KMS — Conventional

the legacy way

An internal CA secures the management plane with certificates to track and renew.

🔒

Keys Never Stored

Zero key-at-rest attack surface

🚫

Never Transmitted

No interception vector

⚛️

Quantum-Resistant

Up to 4096-bit symmetric keys

🔄

Re-key On The Fly

Change keys without downtime

Referenced Regulations & Standards

PCI DSS (Requirement 3 — Protect Stored Account Data)HIPAA Security Rule — 45 CFR Part 164 FDA 21 CFR Part 11 — Electronic Records; Electronic Signatures CMMC (Cybersecurity Maturity Model Certification) — U.S. DoD FIPS 140-2 — Security Requirements for Cryptographic Modules (NIST)NIST Post-Quantum Cryptography Standards (FIPS 203/204/205)NSA CNSA 2.0 — Commercial National Security Algorithm Suite IEC 62443 — Industrial Automation & Control Systems Security NERC CIP (incl. CIP-007) — Critical Infrastructure Protection UN Regulation No. 155 — Vehicle Cyber Security & CSMS EU GDPR — General Data Protection Regulation

Note: AmeraKey® product capabilities (picture-and-PIN key generation, keys never stored or transmitted, up to 4096-bit symmetric keys, on-the-fly rekeying, AmeraDrive, AmeraShare) are drawn from AmeraIOT's published materials at ameraiot.com. Regulatory citations indicate where AmeraKey® supports a compliance objective; they are not certifications. Verify applicability and certification status (e.g., FIPS validation) for your specific deployment.

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