Unauthorized Memory Use Protection TRIZ Cases

A memory access gate routes control signals through a controller to enable secure operations.

Insert function hooks into shared libraries to pause execution and scan memory ranges, detecting obfuscated malware without continuous system overhead.

A trusted computing entity selects permissible cryptographic algorithms to maintain data integrity.

A mobile device connection handler prompts users to approve peripheral data links via the device interface.

A cryptography service manages and rotates cryptographic keys using automated policies.

Switch bits in duo codes create linked cipher texts, preventing component switching and counterfeiting.

Flash controller segments MCU user area into sub-areas to prevent cooperative companies from stealing each other's programs.

Storage engine authenticates access to encrypted content using a derived key from a hashed pass code, resolving hardware attack vulnerabilities.

Switching circuitry routes memory signals to sense amplifiers using temporal patterns.

Physically-tagged data cache memory uses translation context tags to restrict access and prevent unauthorized cross-context hits.

A hardware virtualization module provides exclusive access control to CPUs and host resources.

A filter driver intercepts shadow copy requests to enforce access policies, blocking unauthorized data extraction and privilege escalation.

Serial non-volatile memory uses specific unlock sequences to transition between locked and unlocked states via control logic.

An authentication device predicts time-dependent performance information to determine device authenticity based on agreement between actual and expected defect patterns.