Difference between revisions of "Team:UNOTT/Description"

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<h2 style="color:#4b524a;">Our solution</h2>
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<p><em>Key. coli</em> provides a new, more secure form of key for accessing content. It uses random ligations and large modular repertoires of possible components to generate unique combinations that could be the next thing in security.
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A randomly assorted biometric which utilises CRISPRi to synthesise a random fluorescent key in <i>E. coli</i>. Our security system is called <i> Key. coli </i>.
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<p><em>Key. coli</em> provides a new, more secure form of key for accessing content. It uses random ligations and large modular repertoires of possible components to generate unique combinations that could be the next thing in security.
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Revision as of 22:01, 31 October 2017

 

 

 

PROJECT DESCRIPTION

 

What?

Key. coli provides a new, more secure form of key for accessing content. It uses random ligations and large modular repertoires of possible components to generate unique combinations that could be the next thing in security.

Our solution

A randomly assorted biometric which utilises CRISPRi to synthesise a random fluorescent key in E. coli. Our security system is called Key. coli .

What?

Key. coli provides a new, more secure form of key for accessing content. It uses random ligations and large modular repertoires of possible components to generate unique combinations that could be the next thing in security.

Our solution

A randomly assorted biometric which utilises CRISPRi to synthesise a random fluorescent key in E. coli. Our security system is called Key. coli .

What?

Key. coli provides a new, more secure form of key for accessing content. It uses random ligations and large modular repertoires of possible components to generate unique combinations that could be the next thing in security.

Our solution

A randomly assorted biometric which utilises CRISPRi to synthesise a random fluorescent key in E. coli. Our security system is called Key. coli .

What?

Key. coli provides a new, more secure form of key for accessing content. It uses random ligations and large modular repertoires of possible components to generate unique combinations that could be the next thing in security.

Our solution

A randomly assorted biometric which utilises CRISPRi to synthesise a random fluorescent key in E. coli. Our security system is called Key. coli .