Mobile mesoscale robotic device - Revision history

Apm: Related

2023-06-22T14:41:48Z

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			== Related ==

			* up: [[Mobile robotic device]]
			* smaller: [[Mobile microscale robotic device]]
			* larger: [[Mobile macroscale robotic device]]

Apm: added link to overview page

2015-09-26T17:45:32Z

added link to overview page

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			'''Up: [[Mobile robotic device]]s'''

	Unthetered devices violate the [[spill avoidance guideline]] (that is keeping microcomponents and the like in macroscopic machine phase blocks) - (see waste & [[recycling]])		Unthetered devices violate the [[spill avoidance guideline]] (that is keeping microcomponents and the like in macroscopic machine phase blocks) - (see waste & [[recycling]])

Apm: Apm moved page Mobile mesoscale robotic devices to Mobile mesoscale robotic device: plural->singular

2015-09-26T16:34:23Z

Apm moved page Mobile mesoscale robotic devices to Mobile mesoscale robotic device: plural->singular

← Older revision	Revision as of 18:34, 26 September 2015
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Apm: placed here for now ...

2015-09-26T16:29:48Z

placed here for now ...

New page

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Unthetered devices violate the [[spill avoidance guideline]] (that is keeping microcomponents and the like in macroscopic machine phase blocks) - (see waste & [[recycling]])

== Malicious mobile robotic microscale devices ==

=== Disassembly attack ===

Malicious parties could create airborne pollen sized ships (dozens of microns - needed for computing power to do some hacking) which try to find diamondoid atomically precise products and then try to disassemble their [[microcomponent]]s for whatever reason. This attack only works well if the attacked products are made out of [[microcomponent]]s that is they are non-monolothic. It would be bad if [[recycling|recyclability]] gets sacrificed only to defend against this.

As we know from tree pollen, particles as big as several tens of micrometers can be highly mobile in air and today’s average houses let plenty of them leak in even if all windows and doors are closed. So one can't avoid such an attack by going indoors in conventionally built houses. Also usually one don't want to be forced to go through airlocks all the time and AP products shouldn’t be confined to indoor use only.

One way to defend against such attacks may be to use [[shape locking|hierarchical locking]] that converges to some combination lock stones ([[locking mechanism]]s). The size of the protection code must be sufficiently big or else there must be very view such stones since in the size of such an attacking particle fits a pretty powerful diamondoid atomically precise computer thus a massively parallel brute force coordinated random trial attack may be possible if the concentration of attacking miniature-ships is big enough. Even with a [[self limitation for safety|physical enforced delay between unlocking tests]] a too weak protection may be broken quickly.

To speed up their operation they may use air to self replicate (making them molecular assemblers of a bad kind) or use the victim structures micro-components for themselves if they fit or tap some energy that might be stored in the victim-structure.

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