Securing Communication TRIZ Cases

Smart device app captures authentication codes via camera to eliminate manual credential entry and reduce authentication time.

A network security device categorizes connected devices to enforce communication rules.

A network assurance model compares logical rules with node implementations to detect configuration mismatches.

Multi-path network traffic filtering devices process duplicate traffic sets independently, eliminating frame loss during active/passive node transitions.

Autonomous discovery agents intercept network traffic to map identity infrastructure, reducing administrative burden in fragmented cloud environments.

Centralized biometric authenticator resolves security vulnerabilities from shared passwords by replacing them with non-transferable identity verification.

A blockchain system builds a relation graph from contextual access data to correlate user identities and device attributes for precise authentication.

Aggregating role-based and event-based metrics into composite scores while decaying historical impact to resolve static assessment limitations.

A setting unit applies environment-specific configuration groups to distinct communication interfaces based on user selection.

Server stores reservation data and forwards invitations to eliminate manual session management.

Generative AI generates context-specific authentication policies to resolve security versus configuration complexity trade-offs.

A trust management system issues signed certificates using available data for timely resource allocation.

An SDWAN controller configures IPsec links based on device roles to establish full-mesh communication.

A cloud security posture management system scans environments to identify misconfigurations and vulnerabilities across diverse platforms.

Scanning image codes extracts identification data, resolving password security risks and user inconvenience.

Segmenting session cookies into fake and real parts prevents malicious software from duplicating credentials stored in the browser.

A zoned mesh network isolates compromised nodes by disrupting their communication paths to protect the system.

A security controller translates high-level policies into low-level configurations for Network Security Functions using a standardized YANG data model.

A cloud migration system groups workloads into affinity sets using performance metrics to estimate provider costs.

Information processing apparatus synchronizes authentication data across security boundaries.

An interceptor detects access requests and an enforcer rewrites queries to enforce standardized policies, resolving uniformity challenges.

Smart contracts on distributed ledgers automate stakeholder authorization to generate secure access tokens for application data.

A proxy application injects user credentials into request files to enable automated data collection from remote sources.

A private communication setup system configures producer and consumer links using monitored metadata tags.

A sender model encodes authentic message characteristics to determine authenticity measures for incoming communications.

Calculates malicious packet probability using reputation scores and frequency data to prevent connection manager resource exhaustion.

Encapsulating connection packets with virtual network identifiers allows secure access to shared cloud resources while preventing unauthorized public exposure.

A remote keychain system stores credentials on a server and uses tokens to access enterprise assets, eliminating local storage risks.

A communication monitoring method extracts node feature information from traffic data to evaluate connection security.

Security system monitors device communication patterns to generate behavioral profiles for threat detection.

A cloud-service monitoring system evaluates configuration settings against predefined criteria to identify instances with suspect parameters.

A traffic proxy allocates target services to IoT terminals based on protocol identification.

Automated security assessment tool identifies suitable applications and settings across serverless environments.

A detection system converts network headers into lower-dimensional representations for automated classification.

Analyzing SSL and TLS server certificates identifies algorithmic traffic patterns without decrypting network communications.

Multi-level fingerprinting analyzes network traffic patterns to generate new security signatures, resolving evasion by attackers modifying parameters.