Safeguarding National Security Interests Utilizing Location-Aware Camera Devices

Sreejith Gopinath, Aspen Olmsted
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Abstract

The rapid advancement of technology has resulted in advanced camera capabilities coming to smaller form factors with improved energy efficiency. These improvements have led to more efficient and capable cameras on mobile devices like mobile phones, tablets, and even eyeglasses. Using these unobtrusive cameras, users can capture photographs and videos of almost any location where they have physical access. Unfortunately, the proliferation of highly compact cameras has threatened the privacy rights of individuals and even entire nations and governments. For example, governments may not want photographs or videos of sensitive installations or locations like airside operations of military bases or the inner areas of nuclear power plants to be captured for unapproved uses. In addition, solutions that obfuscate images in post-processing are subject to threats that could siphon unprocessed data. Our work proposes a Global Positioning System-based approach to restrict the ability of smart cameras to capture and store images of sensitive areas.
利用位置感知摄像头维护国家安全利益
技术的快速发展使先进的相机功能变得更小,同时提高了能源效率。这些改进为手机、平板电脑甚至眼镜等移动设备带来了更高效、更强大的摄像头。使用这些不显眼的相机,用户可以在他们可以实际访问的几乎任何地方拍摄照片和视频。不幸的是,高度紧凑的相机的扩散已经威胁到个人甚至整个国家和政府的隐私权。例如,政府可能不希望拍摄敏感设施或地点的照片或视频,如军事基地的空侧操作或核电站的内部区域,用于未经批准的用途。此外,在后处理过程中混淆图像的解决方案容易受到可能会虹吸未处理数据的威胁。我们的工作提出了一种基于全球定位系统的方法来限制智能相机捕捉和存储敏感区域图像的能力。
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