SCREAM: Sensory Channel Remote Execution Attack Methods

Sensory channel threats on embedded systems are an often overlooked attack vector. Because many computing systems focus on digital communication, much of the security research for embedded systems has focused on securing the communication channels between devices. This project explores sensory channel attack concepts and demonstrates that an attack on an embedded device purely through sensory channel inputs can achieve arbitrary code execution. Unlike previous research on sensory channel attacks, this work does not require the device to have preloaded malware. We demonstrate that our attacks were successful in two separate, realistic applications with up to a 100.00% success rate. Finally, we propose a possible defense to these attacks and suggest future avenues of research in this field

Dark Sky 2014

The night skies of Acadia National Park, and the nocturnal ecosystems that depend on them, are threatened by light pollution. This project seeks to actualize Acadia’s Night Sky Initiative; to measure, promote, and protect the natural night sky. The team measured and analyzed the brightness of the sky throughout Acadia and surrounding communities. The team enhanced the park’s ability to promote the night sky by consolidating and expanding existing information regarding the night sky for park officials and the general public. The team also analyzed the feasibility of Acadia becoming an International Dark Sky Par