Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

At Snyk we have some general points of principle that we use to help guide our security thinking and decision making. Firstly, it is always important to understand from whom we are protecting, as it has implications for how we need to act. As an example of this, if our artefact is a web server, then we need to protect it against untrusted users. Whilst if our artefact is encryption software, then we clearly need to protect it even from users with physical access to the system.

As security and development teams rushed to assess the now-notorious Log4Shell vulnerability published December 10 (CVE-2021-44228), another, more minor vulnerability was discovered in Log4j — CVE-2021-45046. To understand the newly-discovered vulnerability, it is important to get the full picture and background on the original Log4j issue.

A new API integration for Humio and Fylamynt helps joint customers improve the efficiency of their cloud operations teams by automating repetitive and manual operations tasks. Fylamynt, a low-code platform that delivers a developer’s approach to ITOps with site reliability engineering (SRE), works with Humio to empower faster response times to critical operational issues, reduce human error and increase productivity so DevOps teams can focus on adding value through innovation.

Dec. 29: Updated to cover three additional CVEs: CVE-2021-4104, CVE-2021-44832, and CVE-2021-42550 (in logback as opposed to log4j). Dec. 22: A joint Cybersecurity Advisory was issued by multiple national cybersecurity agencies providing mitigation guidance on addressing vulnerabilities in Apache’s Log4j software library: CVE-2021-44228 (known as “Log4Shell”), CVE-2021-45046, and CVE-2021-45105. Dec. 17: Please note the emergency directive from CISA on Log4j.

Ransomware attackers today have the technical skill and tools to analyze a target’s defenses and like a band of guerilla operatives attacking a more power adversary, the attackers avoid the teeth of the defense and hit their victim at its weakest point. All while layering in new tactics to force their victims to pay a ransom. To be prepared for this threat, an organization must have a plan in place to deal with the myriad of new tricks ransomware attackers have developed over the last few years.

Dec. 29: Updated to cover three additional CVEs: CVE-2021-4104, CVE-2021-44832, and CVE-2021-42550 (in logback as opposed to log4j). Dec. 22: A joint Cybersecurity Advisory was issued by multiple national cybersecurity agencies providing mitigation guidance on addressing vulnerabilities in Apache’s Log4j software library: CVE-2021-44228 (known as “Log4Shell”), CVE-2021-45046, and CVE-2021-45105. Dec. 17: Please note the emergency directive from CISA on Log4j.

New day. New threat. New technology to combat said threat. Sound familiar? The threat landscape is continually evolving and getting more sophisticated, and, in an attempt to keep up, many organizations are quick to adopt the latest buzz-worthy product. This is a recipe for disaster.

While many organizations are patching the two recent Apache Log4j vulnerabilities (CVE-2021-44228 and CVE-2021-45046), attackers have been racing to exploit them to deliver malware, such as botnets, backdoors, and cryptominers. Among the threats delivered using Log4Shell exploits, a new ransomware family was found by Bitdefender: Khonsari.

The Apache Log4j vulnerability has been assigned the most critical cyber threat rating of CVSS 10. For a concise overview of the zero-day, and to learn how to secure your systems against its exploitation, all of the popular FAQs concerning this vulnerability have been conveniently compiled in this post.

An Advanced Persistent Threat (APT) is a cyberattack campaign where a threat actor establishes a long-term presence inside a breached network to continuously steal sensitive data. In order to evade detection throughout the entire APT attack life cycle (which could last for many years), these cyber threats must always exceed the evolving sophistication of common security controls. The advanced attack methods of APT groups makes this cyber threat significantly more difficult to intercept.