A 2019 S&P Global study found that public companies with women at the helm were more profitable compared to those with men in the CEO and CFO seats. Women are also making big inroads in other fields including science and medicine. Yet in the tech and cybersecurity industries women still lag behind. It’s certainly not because of a lack of jobs. Though the talent shortage did ease last year, the industry as a whole is struggling to fill vacancies. There are a few reasons that women aren’t filling those seats.
When it comes to intelligent video surveillance in particular, AI-driven products are beginning to unlock new functionality, and even change the role video surveillance plays for companies. From better sensors to higher resolution cameras to more efficient processing units, we're seeing an unparalleled convergence of hardware and software. And that's creating new opportunities for everything from intelligent threat detection to personalized customer experiences. We're just at the beginning of this journey, but it's clear that best practices are changing. Seemingly in real-time, security professionals are reimagining how they'll build their teams, structure engagements and define their value. We're all still building the playbook as we use it, but here are four new, unspoken "rules" for the new world of security - and how they'll continue to evolve thanks to AI.
Those on the cyber threat frontlines may view the entire FireEye-SolarWinds catastrophe through a very different lens. It’s a mile-high view that proves a thesis: why data must be smart and able to protect itself from cybercriminals – no matter where it goes, where it’s stored or who has it.
The U.S. Department of Homeland Security Cybersecurity and Infrastructure Security Agency (CISA), NASCAR, the Talladega Superspeedway, state and local first responders, law enforcement officials, and local businesses recently held a tabletop exercise to test response plans around hypothetical public safety incidents on the day of the GEICO 500.
Diane Mack has been named Director of Emergency Management for both the University of Nebraska at Omaha (UNO) and the University of Nebraska Medical Center (UNMC).
Billions of searches take place on the surface web every day. Synonymous with Google, this part of the web is indexed by search engines. Try searching your name and you’ll likely be met with thousands if not millions of results, a few of which are familiar to you – your social media profiles, bio on your employer’s website, mentions in the news. The surface, or “clear” web, is only the tip of the iceberg, as vast as it may seem. In fact, it makes up only 4% of the entire World Wide Web. A much larger chunk of the web, the deep web, lies beneath the surface and is not indexed by search engines – but it is still just as important for security professionals to monitor.
For a loosely connected, globally distributed system with no central governing authority, the Internet is remarkably dependable. Robust enough to cope with the unexpected, it features back-up capabilities ranging from redundant network paths to virtual servers that compensate for physical hardware failures.
Today, open-source code is everywhere. In fact, 99% of all codebases contain open-source code, and anywhere from 85% to 97% of enterprise codebases come from open-source. What does that mean, exactly? It means that the vast majority of our applications consist of code we did not write.
Implementing a converged security organization is perhaps one of the most resourceful and beneficial business decisions an organization can make when seeking to enhance security risk management. In this era of heightened consequences and sophisticated security threats, the need for integration between siloed security and risk management teams is imperative. The need for collaboration between those two teams and the business is equally imperative. Let’s look at five more specific benefits:
Securing diverse and distributed IT environments starts with the identity plane. Modern and evolving security threats are best prevented by securing identity through many layers relying on a Zero Trust model. Zero Trust, by which I mean “trust nothing, verify everything,” can serve as a foundation for the evolution of a modern security perimeter, one virtually drawn around each individual user, from anywhere they log on. By following Zero Trust principles and establishing user identity across devices, programs, and networks, modern enterprises can pursue a security program that is adaptive, contextual, and robust enough to defend against modern threats.
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