An identifier-mapping layer links one phone number to devices on different carriers while routing traffic correctly and keeping billing separate.
A restricted access mode verifies user identity before switching gateway identifiers, securing service enrollment without repeated checks.
Position-based verification stops mismatched VoWiFi registration in roaming, helping prevent charging disputes and billing errors.
Decentralized identity credentials enable MaaS roaming across providers without separate tickets, reducing personal data exposure and central authority dependence.
Mercator-projected Cartesian coordinates and an R-tree speed nearby point-of-interest lookup for real-time mobile RUM analysis.
A virtual bind system flags SIM status, billing, and disconnection events so parent devices get timely alerts without constant child-device monitoring.
Charging profiles are built into network slice instantiation to enable accurate real-time or per-session charging with lower latency.
Pre-established trust and certificate checks let a vehicle device join an authorized wireless network quickly, validate a transaction, and disconnect.
By reporting air interface resource use in proximity communication, terminals enable more accurate network charging than data-volume billing.
An intermediary SIM networking service adds end-to-end encryption, DNS threat filtering, and flexible routing to protect data and user privacy.
Prompt session-data retrieval lets the Network Exposure Function expose service charges after delivery for timely wireless billing.
A virtual core network dynamically adjusts charging and quality of service as terminals select WLAN or base-station access.