So how do we even begin to reclaim local control over police surveillance in a fragmented world? First, we need people to ask the most basic of questions about what surveillance technologies are being purchased with tax dollars and why. Questions of public safety require public comment and oversight. Second, we need to create a space to demand accountability from local leaders. At some point in the fiscal year, local officials should have to explain their technology purchases and policies to the community.
On the surface, the production lines at Hangzhou Zhongheng Electric look like any other. But there's one big difference – the workers wear caps to monitor their brainwaves, data that management then uses to adjust the pace of production and redesign workflows, according to the company. The company said it could increase the overall efficiency of the workers by manipulating the frequency and length of break times to reduce mental stress. Hangzhou Zhongheng Electric is just one example of the large-scale application of brain surveillance devices to monitor people's emotions and other mental activities in the workplace, according to scientists and companies involved in the government-backed projects. Concealed in regular safety helmets or uniform hats, these lightweight, wireless sensors constantly monitor the wearer's brainwaves and stream the data to computers that use artificial intelligence algorithms to detect emotional spikes such as depression, anxiety or rage.
A zero-day vulnerability present in security cameras and surveillance equipment using Nuuo software is thought to impact hundreds of thousands of devices worldwide. Researchers from cybersecurity firm Tenable disclosed the bug, which has been assigned as CVE-2018-1149. The vulnerability cannot get much more serious, as it allows attackers to remotely execute code in the software, the researchers said in a security advisory on Monday. Nuuo, describing itself as a provider of "trusted video management" software, offers a range of video solutions for surveillance systems in industries including transport, banking, government, and residential areas. Dubbed "Peekaboo," the zero-day stack buffer overflow vulnerability, when exploited, allows threat actors to view and tamper with video surveillance recordings and feeds.
Imagine that this is your daily life: While on your way to work or on an errand, every 100 meters you pass a police blockhouse. Video cameras on street corners and lamp posts recognize your face and track your movements. At multiple checkpoints, police officers scan your ID card, your irises and the contents of your phone. At the supermarket or the bank, you are scanned again, your bags are X-rayed and an officer runs a wand over your body -- at least if you are from the wrong ethnic group. Members of the main group are usually waved through.
Video Surveillance is a fast evolving field of research and development (R&D) driven by the urgent need for public security and safety (due to the growing threats of terrorism, vandalism, and anti-social behavior). Traditionally, surveillance systems are comprised of two components - video cameras distributed over the guarded area and human observer watching and analyzing the incoming video. Explosive growth of installed cameras and limited human operator's ability to process the delivered video content raise an urgent demand for developing surveillance systems with human like cognitive capabilities, that is - Cognitive surveillance systems. The growing interest in this issue is testified by the tens of workshops, symposiums and conferences held over the world each year. The IEEE International Conference on Advanced Video and Signal-Based Surveillance (AVSS) is certainly one of them. However, for unknown reasons, the term Cognitive Surveillance does never appear among its topics. As to me, the explanation for this is simple - the complexity and the indefinable nature of the term "Cognition". In this paper, I am trying to resolve the problem providing a novel definition of cognition equally suitable for biological as well as technological applications. I hope my humble efforts will be helpful.