Edge

With mass shootings on the rise in the United States, efforts to better understand, prevent and deter active shooter incidents are becoming the norm. There is now a heavy focus on helping organizations, agencies, and schools to implement change to prevent loss of life and decrease response time. Although every active shooter scenario varies, there is a similar pattern: the attacker gains access to a...

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The Internet of Things (IoT), by definition, is a wide array of "things" that can connect and exchange data over a network. This "network" can take many forms to include the "big" internet, an enterprise network, and in most places where we work, a closed network "bubble". The reality is that once many organizations begin to leverage "sensing", it becomes clear very quickly that exchanging...

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The internet of things (IoT) is revolutionizing the way we live and work. By connecting devices and sensors to the internet (and/or our private networks), we are able to collect and analyze incident and environmental data like never before. This data can be used to cue and orchestrate various actions and processes, which in turn enhances operational efficiency while positively impacting life safety. IoT V1 was...

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Firefighting and emergency response are dangerous professions, and a growing body of research and data shows the contributions that job-related exposures have in chronic illnesses, such as cancer, heart disease, and an array of neurological disorders. The National Institute for Occupational Safety and Health (NIOSH) recently undertook two large studies focused on firefighter cancer and concluded that firefighters face a 9 percent increase in cancer...

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Multi-variant sensing and cueing largely speaks to physical sensors interacting with each other (even sensors from disparate manufacturers) at high speeds to derive meaning and minimize “false positives”.  Adding privacy-assured artificial intelligence, in the form of cognitive services, provides additional precision for threat detection and mitigation. Recognitional support and stream analytics is an essential component of a multi-tiered approach to identify a security and/or safety...

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Digital Workflows triggering Emergency Instructions via Samsung MagicINFO-enabled Displays and Axis Public Address Speakers Every day, our physical and digital worlds become increasingly intertwined, presenting opportunity for investments in a future of continuous and lasting change. This is true of Smart Cities, but also Safe Schools and Smart Campuses. This digitalization of the cyber-physical world is especially promising for schools to realize opportunities and overcome challenges...

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Since the founding of public education, schools have been charged with the safety of children in their care – a duty to protect. Recent events have shaken the sense of serenity and security that has characterized most school campuses. While the risk of serious violence on school campuses is remarkably low, particularly in its most extreme forms, the potential consequences can be devastating and long-lasting...

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The first 72 hours after a natural/manmade disaster are critical hours that make or break the speed of recovery. Power is gone. Terrestrial communications are denied if available at all. Worse, a nonpredictive inter-agency mash-up is about to hit and with it comes an interoperability nightmare. The ability to positively impact recovery requires communications and the rapid standup of mobile command in denied, disparate, and...

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New edge-based stream analytics tool that delivers gender and age group recognitional support for a wide array of IoT and content orchestration applications for public safety, smart cities, and retail Blueforce Development Corporation, a leader in edge-based IoT sensor fusion, cueing, and autonomous orchestration today launched Blueforce Demographics Plugin, a composable service that delivers ultra-low latency gender and age group identification for use alongside of other...

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Battlefield, disaster response, and public safety sustainment is both an art and science; it’s about synchronizing, integrating, and transporting commodities in a highly “just-in-time” manner to provide maneuver and incident commanders with freedom of action, extended operational reach, and prolonged endurance. As it turns out, the “science” of sustainment is not terribly difficult as it is grounded in basic math and computation, based on real-time...

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