Every week the news is full of new exposures of protected health information (PHI) and personally identifiable information (PII). These security incidents are not only more common but also more costly. The average cost of a data breach is now nearly $4 million globally and third-party vendors, cyber attacks, and misconfiguration are three of the main culprits.

Security researchers at Cybereason are warning of a new mobile banking trojan that steals details from financial apps and intercepts SMS messages to bypass two-factor authentication mechanisms. According to experts who have examined the code of the malware, known as EventBot, it differs substantially from previously known Android malware – suggesting that it might be written by a new group of cybercriminals.

Many people are working from home (WFH) now and will be for at least the next few weeks. The VPN and TLS connections that remote workers rely on allow for secure access, and although these are not new connection types to monitor, the current WFH situation has created a significant increase in the number of these connections you must monitor. This new WFH scenario has made one thing easier: mobile users are no longer mobile.

As the responsibilities of the Security Operation Center (SOC) continue to increase, SOC teams are experiencing increased demand on their time and resources. Scaling a security team with little resources and funds can prove extremely difficult, especially when the incident response team spends most of their time chasing alerts.

In today’s constantly evolving cybersecurity threat landscape, you have to do everything possible and then some to protect your critical data assets. Performing a vulnerability assessment and implementing a vulnerability management program can help your organization effectively deal with cybersecurity vulnerabilities. However, it’s important to understand the difference between vulnerability assessment and vulnerability management.

If you’re a Golang developer using Visual Studio Code, keeping at-risk Go Modules out of your apps just got easier, and for free. Today we’re announcing a new version of the JFrog extension for VS Code, available for free download. This integration brings live vulnerability information about every public Go Module you’re using directly into your source editor from the rich metadata of JFrog GoCenter.

Due to recent international events, there are likely millions of people in the United States and around the world who have just started working from home. There are a lot of office jobs that could move from the company’s workplace to employees’ homes-- accountants, web designers, application developers, network administrators, lawyers, clerical jobs, stock traders, data entry people, call center agents, tech support agents, and probably many other white collar roles.

Vulnerability Manager Plus is ManageEngine’s enterprise security program that empowers system administrators with an essential set of tools for managing and mitigating threats and vulnerabilities across systems in IT infrastructure. This security solution features specialized tools that help enterprises improve their overall security posture. Some of its unique tools include its integrated patch management module, security configuration management, and prioritization of vulnerabilities.

Chances are, if you’re not already moving applications to containers and Kubernetes, you’re considering it. However, it’s likely that security and compliance implications are something you haven’t fully thought through. Addressing container security risks later in the development life cycle negatively impacts the pace of cloud adoption while simultaneously raising security and compliance risks. The use of containers and Kubernetes changes your security calculus.

Every week the news is full of new exposures of protected health information (PHI) and personally identifiable information (PII). These security incidents are not only more common but also more costly. The average cost of a data breach is now nearly $4 million globally and third-party vendors, cyber attacks, and misconfiguration are three of the main culprits.