Difference between revisions of "Self limitation for safety"

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* usage of specialised and in function limited [[diamondoid metamaterial|metamaterials]] instead of general purpouse [[utility fog]] (e.g. shelving systems)
 
* Combination lock stones as a safety measure against malicious disassebly attacks are metioned [[Grey goo meme|here]].
 
* integrated oszillators as physical timer to artificially slow down the disassembly of microcomponents - this allows for more response time.
 
  
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* [[Mobility prevention guideline]]
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 +
Against software hacking:
 +
* Usage of specialised and in function limited [[diamondoid metamaterial|metamaterials]] instead of general purpouse [[utility fog]] (e.g. shelving systems).
 +
Against direct physical hacking attacks:
 +
* Combination lock stones as a safety measure against malicious disassebly attacks are metioned [[Grey goo meme|here]].
 +
* Integrated oszillators as physical timer to artificially slow down the disassembly of microcomponents - this allows for more response time.
 +
Other:
 
* Wikipedia: [http://en.wikipedia.org/wiki/Fail-safe Fail safe]
 
* Wikipedia: [http://en.wikipedia.org/wiki/Fail-safe Fail safe]
 
* Battling Murphy's law ([http://en.wikipedia.org/wiki/Murphy%27s_law wikipedia])
 
* Battling Murphy's law ([http://en.wikipedia.org/wiki/Murphy%27s_law wikipedia])
 
Telated: [[Mobility prevention guideline]]
 
  
 
[[Category:Information]]
 
[[Category:Information]]
 
[[Category:General]]
 
[[Category:General]]

Revision as of 09:59, 27 January 2019

This article is a stub. It needs to be expanded.

Against software hacking:

  • Usage of specialised and in function limited metamaterials instead of general purpouse utility fog (e.g. shelving systems).

Against direct physical hacking attacks:

  • Combination lock stones as a safety measure against malicious disassebly attacks are metioned here.
  • Integrated oszillators as physical timer to artificially slow down the disassembly of microcomponents - this allows for more response time.

Other: