Julie Johnson, Co-founder & CEO at Armored Things joins theCUBE hosts Dave Vellante (@dvellante) and Paul Gillin (@pgillin) live from MIT CDOIQ in Cambridge MA #theCUBE #MITCDOIQ #WomenInTech @SiliconANGLE theCUBE https://siliconangle.com/2019/08/07/safe-space-public-venues-get-much-needed-security-tech-upgrade-mitcdoiq-startupoftheweek/ Safe spaces: Public venues get much-needed security tech upgrade While cybersecurity isn’t yet foolproof against the bad guys, the field has certainly advanced in recent years. Data and machine intelligence are making threat detection easier and reducing the need for human labor. Now if only we could say the same for security in the corporeal world. Public places such as sports arenas and college campuses don’t always have impressive security measures in place. Potential hazards can be severe and may include loss of human lives. Can a transfusion of the latest cybersecurity methods make them safer? It’s a concern that’s all the more critical to address given the past week and a half, which saw mass shootings in public places in three different cities across the nation. And those were just the latest in a long string of shootings in recent years that have shone a spotlight on security in public spaces. In 2016, a shooting at an Orlando, Florida, nightclub claimed 50 lives, making it the deadliest attack by a lone shooter in United States history. The following year, a mass shooter in Las Vegas, Nevada, broke that record, killing 58 at a concert near the Mandalay Bay resort and casino. The public and the media struggled to make sense of these crimes. Many wondered if security at each of the scenes could have done more to stop the perpetrators. Julie Johnson (pictured), co-founder and chief executive officer of Armored Things Inc., was one of those wondering. Johnson co-founded the Armored Things in 2016. The tragedies of that year and 2017 influenced the company in its formative stages. There seemed to be so much at stake in the realm of public safety and security. Yet many public venues were not leveraging the latest technologies to enhance security. “We realized that the world of security and operations was really stuck in the past,” Johnson said. What are the public venues we visit relying on to keep us safe? Think manual solutions driven by human instinct, anecdotal evidence, walkie-talkies and video cameras. Johnson and her colleagues knew there had to be a better way. Data and analytics could do a lot of things better than the methods on hand at many of these venues, according to Johnson. Consider how machine learning analyzes data in cybersecurity systems to catch hacks or how consumer applications like Google Maps leverage them to predict traffic, suggest fastest routes and the like. The same technologies can help universities, ballparks and corporate campuses keep people safe. Johnson spoke with Dave Vellante and Paul Gillin, co-hosts of theCUBE, SiliconANGLE Media’s mobile livestreaming studio, during the MIT CDOIQ Symposium in Cambridge, Massachusetts. They discussed the overdue transfusion of advanced cybersecurity tech into the physical world (see the full interview with transcript here). This week, theCUBE spotlights Armored Things in its Startup of the Week feature. Cybersecurity goes public The cost of cybersecurity breaches has been well documented in the news. Public venues may also take a huge monetary hit if the public begins to view them as unsafe. In 2015, after the Paris terror attacks, event ticket sales in the French capital fell 80% from the prior year, according to industry representatives Prodiss. Prodiss made a public appeal for emergency funding of 50 million euros ($54.5 million) to offset the massive revenue loss. The Paris attacks sent fear rippling through Europe and beyond. A 2015 survey by digital marketing platform SpinGo Solutions Inc. found that one in three Americans worried about terror at live events in wake of the attacks. And over half of the 1,037 respondents said live events needed to improve security. Some of the latest cybersecurity technologies saving enterprises from costly data breaches may help secure physical domains. For example, anomaly detection and orchestrated response can help security staff at public venues detect and respond to danger. Traditional means to securing venues, such as video and logs, aren’t obsolete. But when humans brains are the only tools that can monitor or make sense of them, inefficiency and error are likely. When analytics technology from the cybersecurity realm is trained to monitor them, it can more precisely pinpoint things to scrutinize. In fact, it can monitor not only video cameras, but also Wi-Fi access control, contextual data from public transit, weather, etc. ...