Energetic material driving chip self-destruction control mechanism system and implementation method thereof

Abstract

The invention discloses an energetic material driving chip self-destruction control mechanism system and an implementation method thereof. An energetic charging mechanism is connected to a self-destruction driving electrode, and the self-destruction driving electrode is connected to a self-destruction control circuit; the self-destruction driving electrode comprises a bottom-layer electrode, a middle-layer electrode and a top-layer electrode, a cavity is formed between the middle-layer electrode and the top-layer electrode, the bottom-layer electrode and the middle-layer electrode are respectively connected to two independent power supplies of the self-destruction control circuit, the top-layer electrode is connected to an energetic material of the energetic charging mechanism, and the energetic material directly faces the core electronic chip; the self-destruction control circuit drives the energetic material to be in a physical isolation state or execute self-destruction through the self-destruction driving electrode; moreover, when the self-destruction is cancelled, the energetic material can return to the physical isolation state again, so that the recoverability is realized; and when the system is interfered by an external environment, the influence of an interference signal on the safety can be effectively prevented, and the safety of system application is improved through safety control logic.

Description

technical field [0001] The invention relates to the field of information security protection, in particular to an energy-containing material-driven chip self-destruction control mechanism system and its implementation method applied in the field of information security. Background technique [0002] Information security plays a vital role in technological innovation, economy and people's livelihood. The self-destruction of information storage devices is the key core technology to avoid the leakage of information confidentiality, and it is the last protection net of information security. Since the 21st century, countries have put forward higher advanced and security requirements for the development and innovation of core information storage media and information transmission carriers (Information Storage Medium & Transmission Carrier, ISM&TC). The German Federal Ministry of Education and Research proposed the "ZEUS Trustworthy Electronics Program" in 2020, which is committed...

AI Technical Summary

Problems solved by technology

However, the above-mentioned solutions all exist: once they are accidentally triggered (such as static interference signals), they cannot be recovered, that is, they lack safety control for chip self-destruction, and require high driving energy (a driving voltage of more than 100 volts), which is severely limited in use. surroundings

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