Electronic Credentials TRIZ Cases

Paid user requests let nearby drivers influence autonomous vehicle actions while spam filtering and mission checks preserve safe operation.

Biometric identity and preloaded permissions let a financial account device authorize transactions locally, reducing verification traffic and system burden.

Common-ID tokenization removes repeated data entry while using social-graph risk checks to verify mobile and electronic commerce transactions.

A backend link between crypto wallets and AR video apps lets users render owned NFTs as face overlays or backgrounds with eye and mouth alignment.

An in-app browser reuses the app session to authorize checkout payments without deep linking, extra prompts, or added network overhead.

Prevalidated payment credentials let a service provider authorize purchases directly, speeding mobile transactions while enabling personalized products.

A single token linked to multiple banks uses rule-based activation and deletion to simplify secure fund transfers without exposing account data.

Encrypted shopper credentials let checkout pages surface linked payment methods without redirects or card entry, reducing friction and errors.

Device-bound encryption, White Box Cryptography, and attestation secure NFC payment credentials while speeding provisioning and checkout.

Pre-validating custom card images against prohibited content enables consistent digital card provisioning and easier card identification across platforms.

Sensitive payment data is encrypted in the browser and sent directly to payment servers, preserving vendor control and reducing breach risk.

Separate dynamic credentials for PIN, time, amount, and location let servers pinpoint authentication failures while adapting mobile transaction security.

A merchant app uses a lookup server and bank app authentication to fetch dynamic CSCs securely, reducing entry errors and checkout friction.

A messaging app embeds third-party authorization in one interface, improving data-sharing control, security, and access efficiency.

A biometric identity switch links multiple biometric providers to legacy POS terminals, speeding payment without cards or wallets.

Uses payment cards as security keys by translating payment data for MFA, reducing separate token burden while preserving secure access.

Digital signature features from a mobile reference and POS capture are compared in real time to authenticate card transactions without PIN entry.

A shared passphrase sent through a separate channel helps confirm the intended recipient before funds are transferred.

A digital infrastructure manager centralizes authentication and signed token handling to secure multi-network access with less congestion.

An encrypted profile repository uses a unique identifier and user authentication to share current contact data accurately across entities.

Dynamic hashed security tokens and hardware-app ID checks authenticate mobile POS terminals and block contactless fraud from compromised devices.

A centralized UUEK exchange links member platforms without persistent credentials, reducing fraud exposure and cross-platform security overhead.

Disposable UUEKs let a centralized exchange platform link member platforms without persistent credentials, reducing fraud and security risk.

Disposable linking codes replace persistent credentials to secure cross-platform value exchanges while reducing attack exposure and transaction overhead.

A centralized ephemeral key exchange links member platforms without persistent credentials, cutting fraud exposure and speeding secure transactions.

Delegated credentials shift checkout approval to a trusted device, securing cross-device payment flows while limiting PII exposure.