Protecting our critical infrastructure against the threat of ransomware remains a top priority for both the private sector and the federal government. In fact, a recent survey from Tripwire found that security professionals in both sectors still identify ransomware as a top security concern. More than half (53%) of respondents in that study said they were most concerned about ransomware, for instance.
If you have access to the internet, it’s likely that you have already heard of the critical vulnerability in the Log4j library. A zero-day vulnerability in the Java library Log4j, with the assigned CVE code of CVE-2021-44228, has been disclosed by Chen Zhaojun, a security researcher in the Alibaba Cloud Security team. It’s got people worried—and with good reason.
In part one of our 2022 cybersecurity predictions series, Devo CSO Gunter Ollmann explained the rise of XDR, the detection-as-code and response-as-code movement, and the growing interest in security tools with built-in, on-demand expertise. In this second installment of our series, I share my take on how the cybersecurity landscape will evolve. Let’s dive into it.
At many organizations, the surprise discovery that the widely used Apache log4j open source software has harbored a longtime critical vulnerability was as if Scrooge and the Grinch had teamed up for the biggest holiday heist of all. Incident response teams across the globe have scrambled to remediate thousands, if not millions of applications. “For cybercriminals this is Christmas come early,” explained Theresa Payton, former White House CIO and current CEO of Fortalice Solutions.
No matter how you slice it, the use of containers and Kubernetes continues to swell. And recent high profile vulnerabilities-that-shall-not-be-named have shown us how important container security is for an overall application security program. Protecting your own code, your dependencies, and the containerized services you use are all a must.
With great automation, comes great risk. The advent of infrastructure as code brought about automation for the tedium of deploying, provisioning, and managing resources in public clouds with declarative scripts. However, this automation increased the importance of creating secure IaC scripts or configurations with cloud infrastructure misconfigurations being cited as the biggest area of increased concern (58%) from 2020 to 2021 in the 2021 Snyk Cloud Native Application Security report.
The recently discovered Log4j vulnerability has serious potential to expose organizations across the globe to a new wave of cybersecurity risks as threat actors look to exploit this latest vulnerability to execute their malicious payloads using remote code execution (RCE). An immediate challenge that every organization faces is simply trying to understand exactly where you have applications that are using this very popular Java library — but you are not facing this challenge alone.
Third-party technology providers can confer huge strategic advantages to a business. It allows each organization to focus on their highest value activities, but there’s a downside; new cyber security risks come with each partnership. Third-party risk is now an integral part of business ecosystems. A solid risk management framework is required to manage risk and keep you and your customers safe.
Cyber security KPI or other Key Performance Indicators are established in different areas of every organisation to track and monitor the progress towards attaining a certain goal or target. Cybersecurity is no exception here, and companies should maintain proper cybersecurity KPIs. There are many blog posts available around this topic but in this article, we have gathered a list of important cybersecurity KPIs that every organisation should consider.
