Internet of Medical Things (IoMT) products refer to a combination of medical applications and devices connected to healthcare information technology systems through an online computer network or a wireless network. IoMT devices rely heavily on biosensors, critical in detecting an individual's tissue, respiratory, and blood characteristics. Non-bio sensors are also used to measure other patient characteristics such as heart and muscle electrical activity, motion, and body temperature.

AT&T Alien Labs closely monitors the evolution of crimeware such as the QakBot malware family and campaigns in connection with QakBot. The jointly coordinated takedown of the actors behind Emotet in late January has left a gap in the cybercrime landscape, which QakBot seems poised to fill.

Phishing exercises are an important tool towards promoting security awareness in an organization. Phishing is effective, simply because it works. However, any social engineer can devise a marvelously deceptive message with an irresistible link that only the most tech-savvy person would spot as a phishing test. Sometimes, the phish can be sent at a time of day that catches the recipient off-guard, which causes a person to click the malicious link.

Companies of all sizes need clear and cohesive security visibility over every aspect of their organization. As data and assets are trending to mobile, it’s critical to be equipped with the right tools to gain insights on mobile devices and users on the endpoints and mitigate threats whenever needed.

The number of users, devices, and resources on company networks is growing exponentially. With this expanding attack surface, a company’s assets, intellectual property, reputation, staff and customer data are all at risk. It’s no wonder cybersecurity has increased in prominence, with many organizations investing in more sophisticated technical solutions. But just because you have all the network security solutions in place, it would be unwise to get complacent about your security posture.

Customers often ask me: What is the difference between Zero Trust and SASE? My answer is almost always the same: Nothing….and, everything. Both have taken the industry by storm over the last couple of years, and even more so with the security and access demands on the business driven by the existing remote workforce, but both have different implementation approaches. It is important to understand, however, that one does not fully provide the other; in fact, they reinforce each other.

As IT and security leaders adapt to business operations in the “new normal,” they are simultaneously being charged with priming the business to win in the next era of distributed computing. This involves myriad updates to the business’ IT systems, and in some cases, a comprehensive overhaul for network modernization, cloud migration, and edge design and deployment — all tightly wrapped with security.

Cyber-attacks are commonly viewed as one of the most severe risks to worldwide security. Cyber-attacks are not the same as they were five years back in aspects of availability and efficiency. Improved technology and more efficient offensive techniques provide the opportunity for cybercriminals to initiate attacks on a vast scale with a higher effect. Intruders employ new methods and launch more comprehensive strategies based on AI to compromise systems.

You’ve just been breached. What do you do next? Depending on personality, preparation, and ability under crisis, there are a variety of responses to choose from, some effective and some not. Hopefully, you’re the rare breed who plans in advance how to respond. Even better if this planning includes how to prevent them. But to execute a logical, effective response, keep reading.

Endpoint security is at the forefront of digital transformation due to the very nature of needing to protect devices outside the company’s network perimeter. This started with traditional devices such as laptops and desktops. Endpoint security then quickly expanded to include mobile security, for smartphones and tablets. And, as more data moved to the cloud endpoint security came to include servers and containers, both inside and outside of the network perimeter.