Microchip MEMS Iron Maiden
Small Business Information
6201 East Oltorf St., Suite 400, Austin, TX, 78741
AbstractAs a last resort, self-destruct technologies must be employed to protect sensitive electronic data. Squib-induced pyrotechnics and low energy electro-explosives that provide a controlled explosive force can be effective in the destruction of the silicon microchip. However, explosives and chemical reactants packaged with electronic devices pose safety, storage and disposal hazards even if the detonation mechanism is reliably safe. Likewise, electronic self-destruct methods require high power and homogenous field distribution to be effective at data disruption and run the risk of leaving the microcircuitry intact for visual inspection by an adversarial reverse engineer. As an alternative, Nanohmics proposed to develop a novel method to physically destroy the silicon microcircuity using a method of micromechanical pulverization. In this regard, a package-level MEMS device will be driven into the circuit side of a silicon microchip (e.g. microprocessor, memory, sensors). In the event of a triggered mechanical actuation , the MEMS device will impact the silicon surface resulting in massive fragmentation of the frangible silicon microchip. Physical fragmentation will render the microchip (e.g. microprocessor, flash memory, sensor) irrecoverably inoperable and the electronic content as well as the physical chip architecture untraceable.
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