Last month, in this column, we advanced a discussion of the hermeneutics involved in the interpretations we make daily and of our growing propensity to commit Group Attribution Error.
A couple of months ago, I described in this column how security professionals could unify a divided country. I chose a mask as a symbol of that cohesiveness. But that thin piece of fabric worn around the mouth and nose can also be a gag — a barrier that distances leaders and stifles communication.
In past articles, I have written about behaviors and style characteristics that tend not to be valued by organizations and that have proven often to be the underpinnings of why some security leaders fail in their roles. The counterbalance to that are leadership attributes and behaviors that are essential for success.
Rigorous training as to how hackers are able to get into systems and access sensitive data and how to defend against an onslaught of cyberattacks has given rise to a specific type of training and competition for cybersecurity professionals: Capture the Flag (CTF).
To find out more about these competitions, we talk to Dr. David Brumley, CEO of ForAllSecure, Inc. and Professor of Electrical and Computer Engineering and Computer Science at Carnegie Mellon University.
Healthcare providers remain firmly focused on dealing with the global pandemic, juggling the often-conflicting demands of providing care while keeping patients and staff safe. The financial impact of the pandemic has left many providers on the brink of bankruptcy amid falling patient visits deferred elective surgeries, and insufficient government aid to “fill the gap.”
New research from University of Delaware's Lerner College Professor John D’Arcy suggests that some hackers may be motivated by disappointment in a company’s attempts to fake social responsibility.
It’s easy to see how network tool sprawl gets started. The needs and challenges facing security and networking groups are immense. Network speeds have steadily increased, and there are always new demands and uses. Network conditions and requirements change weekly, if not daily. Security threats increase in number and approach. At the same time, technological advancement rapidly brings new solutions to the market that are beneficial in addressing networking and security needs.
While breaches are an inevitable part of doing business, you can limit the negative impact by developing a solid playbook that charts a course to recovery. Examine potential threats, work out how to handle discrete scenarios, and spell it all out for your employees. By compiling policies and work streams, assigning responsibilities, and setting expectations you can build real resilience.
Cool heads prevail in a crisis, and nothing curbs the spread of panic as well as a clearly delineated plan. But it’s not enough to craft a playbook, you also need to test it before it can serve as a critical piece of governance for your organization. Let’s take a closer look at the best way to go about developing a playbook.
With the healthcare industry expected to spend $125 billion on cybersecurity from 2020 to 2025, dollars must be spent for maximum efficiency. The question is, how to allocate those funds most effectively at a time when cybercriminals have placed a huge target on hospitals, research labs, pharmaceuticals and insurance carriers.
Organizations need to take a layered approach to security to protect their organizations and sensitive patient data. The smartest approach is to start at the perimeter and work back toward existing enterprise protections – here’s how to do that.
IoT plays an important role that allows enterprises to go through digital transformation. However, in many cases organizations start to become aware that they do already have a large number of IoT devices which were introduced gradually over the years. One of the main concerns that an organizations face when dealing with IoT is managing risks involved in increasing number of IoT devices. Because of their ability to interact with the physical world, there are safety and privacy concerns when it comes to the security of IoT devices.
This paper provides an overview of IoT components, followed by risks and sample attacks. Finally, a list of current and prospective future security solutions is discussed.
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