Difference between revisions of "Projects:2017s1-167b Real Time Video Steam Substitution"
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• Multimedia Network Security | • Multimedia Network Security | ||
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• Video stream Substitution | • Video stream Substitution | ||
Multimedia Network Security aspect of the project will be considering different attack strategies which can be implemented to gain access to the real-time stream while also keeping the end users unaware of any breaches in the network. Different session hijacking techniques and their complexities are examined. | Multimedia Network Security aspect of the project will be considering different attack strategies which can be implemented to gain access to the real-time stream while also keeping the end users unaware of any breaches in the network. Different session hijacking techniques and their complexities are examined. | ||
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| + | == Project Team == | ||
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| + | '''Team Members''' | ||
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| + | Matt Reynolds | ||
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| + | Harish Gowda | ||
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| + | '''Supervisor''' | ||
| + | |||
| + | Matthew Sorell | ||
Revision as of 16:45, 22 September 2017
Abstract
This project looks at intercepting a real-time video stream between two end-users while also trying to seamlessly substitute the video stream with an arbitrary video or an alternate stream. The project identifies all the complexities and constraints of conducting such an attack with no encryption involved on any of the levels. The project is divided into two parts:
• Multimedia Network Security
• Video stream Substitution
Multimedia Network Security aspect of the project will be considering different attack strategies which can be implemented to gain access to the real-time stream while also keeping the end users unaware of any breaches in the network. Different session hijacking techniques and their complexities are examined.
Project Team
Team Members
Matt Reynolds
Harish Gowda
Supervisor
Matthew Sorell
