As technology continues to pervade modern-day society, security and trust have become significant concerns. This is particularly due to the plethora of cyber attacks that target organizations, governments and society. The traditional approach to address such challenges has been to conduct cybersecurity risk assessments that seek to identify critical assets, the threats they face, the likelihood of a successful attack and the harm that may be caused.

Introduction Developing new drugs is an expensive, time-consuming endeavor. A critical output of the drug development process, besides the compound itself, is data. As you may have read recently, Zolgensma™ re-surfaced in the press because of supposed data manipulation in a specific animal testing procedure. Needless to say, this is a big deal.

This research project is part of my Master’s program at the University of San Francisco, where I collaborated with the AT&T Alien Labs team. I would like to share a new approach to automate the extraction of key details from cybersecurity documents. The goal is to extract entities such as country of origin, industry targeted, and malware name. The data is obtained from the AlienVault Open Threat Exchange (OTX) platform: Figure 1: The website otx.alienvault.com.

As multi-cloud architectures grow in popularity, more and more organizations will start asking how to secure multi-cloud environments. Some will conclude that a multi-cloud architecture requires a fundamentally different approach to cloud security. That’s one example of a myth about cloud security in a multi-cloud architecture. Let’s take a look at why this assumption is flawed, along with some other common myths about multi-cloud security.

Cyber security is the state or process of protecting and recovery computer systems, networks, devices and programs from any type of cyber attack. Cyber attacks are becoming an evolving danger to the sensitive data of organizations, their employees and individuals.

The North American Electic Reliability Corporation (NERC) is an international regulatory organization that works to reduce risks to power grid infrastructure. They do this through the continual development of a set of regulatory standards in addition to education, training, and certifications for industry personnel.

By 2025, it is estimated that there will be over 64 billion IoT devices around the world, with an increasing number being used around the home by mainstream consumers. Although these devices offer convenience and ease, homeowners need to be responsible for ensuring their security and safe upkeep. In the same way that homeowners add security systems to protect the physical aspects of a property, taking steps to improve the security of IoT devices will keep connected smart systems safe from attack.

As Kubernetes matures and moves from exploration into production, we on the Styra and Open Policy Agent teams are starting to hear of a new trend. It’s part of any kind of operational lifecycle for many companies and it goes something like this: DevOps: Our Kube environment is performant, secure, and compliant by design! Auditor: K. Walk me through every line of code you typed since time began.

The government sector and all of the agencies that make up this powerful ecosystem play an integral role in global safety and security. Whether considering the U.S. or other countries around the world, cybersecurity tends to be a core factor in national security affairs. As countries increasingly rely on technology to fulfill basic living needs such as getting access to clean water, electricity, and transportation, the risks drastically expand.