Computer Security Arrangements TRIZ Cases

A device management system generates policy data to enforce hardware and software configuration attributes before granting client devices access to electronic documents.

An access management system generates temporary out-of-band credentials to bypass account locking mechanisms.

A masked short message service executes remote commands via authentication codes, resolving the difficulty of accessing misplaced mobile devices.

Segmenting applications into cached file pages reduces hard disk space usage while maintaining local program execution.

Text injection trains a speech recognition model on unspoken textual utterances to recognize sensitive information classes without exposing raw data.

A scan head computer uses multiple network cards to simulate distributed botnet attacks from a single geographic location.

Entitlement-driven architecture automates license key generation for software upgrades, eliminating manual vendor processing and separate purchase orders.

Granular permission sets and dynamic durations resolve the trade-off between administrative simplicity and security exposure in complex networks.

A searchable index converts digital work elements into unreadable patterns using cryptographic functions.

A security device controller translates vendor-neutral policies into device-specific configurations across heterogeneous networks.

A security system derives outbound policies from inbound rules to ensure matching suites.

Segmenting access control matrices via directory views reduces configuration complexity while maintaining precise host filtering.

Analyzing IP address groups reveals account sharing activity, enabling providers to recover revenue without disrupting legitimate multi-device usage.

Challenge-response protocol on mobile devices resolves security vulnerabilities in static systems while maintaining implementation simplicity.