The Health Insurance Portability and Accountability Act, also known as HIPAA, is a compliance standard that was implemented after all health-related information was digitized. The crux of the act is to ensure that all sensitive electronic protected health information (ePHI) has restricted, secure access. Various aspects of your network determine your compliance with HIPAA standards. Let’s discuss some of these important components in detail.

Just recently, the World Health Organization declared coronavirus a global pandemic. This decision brought with it several health and safety measures, and normal life came to a halt in many countries. This resulted in many organizations around the world adopting telecommuting methods to prevent the spread of COVID-19. While people are adjusting to the sudden changes in the way they work, cybercriminals are using this opportunity to exploit new vulnerabilities the work-from-home environment presents.

Often, when companies are new to Amazon Web Services (AWS), they aren’t focused much on the cost. They’re more likely fixated on taking advantage of the scalability and flexibility offered by the cloud. As a company’s AWS cloud infrastructure grows, it will find that its cloud costs grow as well. As the number of AWS accounts increases over time, there’s a higher chance of overspending on unnecessary cloud resources.

With a huge number of employees around the globe working remotely during the COVID-19 pandemic, delivering uninterrupted business services to customers has become a major challenge. This requires strict monitoring of all critical business applications in order to accommodate an increased amount of requests, which can cause a critical downtime if not monitored appropriately.

Five worthy reads is a regular column on five noteworthy items we’ve discovered while researching trending and timeless topics. This week, we highlight the importance of creating and enforcing a solid cybersecurity strategy for employees who work remotely.

Over 44 records are stolen per second every day due to data breaches, and according to the Risk Based Security Research report published in 2019, databases are the top most targeted assets for malicious actors to exploit organizations’ confidential data. Often, organizations don’t realize their databases have been compromised for months. Once sensitive data is leaked, the damage can’t be undone.

The cybersecurity threat landscape is quickly changing. Administrators have become more cautious when it comes to security and governing access, end users have become tech-savvy and security-aware, and attackers have also raised their game. Living-off-the-land attacks, or LOTL, is one clear trend today, with attackers exploiting preinstalled features and default tools built into system.

USB devices are undeniably valuable, but they can be dangerous. On one hand, they are useful in transporting enterprise-critical data, but on the other, they can wreak havoc if misplaced, corrupted due to a human or hardware-related error, or stolen. It’s no wonder some companies forbid the use of USB devices altogether.

While the recent pandemic has removed much of the traffic from the roads, it has led to an unusual increase in traffic on the internet. Online services are reporting a huge increase in the number of visitors and requests, making it tough to keep up with seamless service delivery. While service providers and experts say the internet can hold up for now, organizations are already implementing measures to prevent network congestion and interruptions in service during the continuing pandemic.

By now, we’re all fairly aware that the ongoing crisis has changed the way people work. Businesses around the globe have adopted the remote working model. Many jobs today are compatible with remote working, with business-critical applications readily accessible through the internet. However, not all applications deployed in an organization are available through the internet. Some of them are available only on the business’ LAN due to security concerns.