Insufficient Logging and Monitoring differs somewhat from the previous 9 risks. While it cannot lead to a direct intrusion, this risk is that you fail to detect the intrusion in a timely manner, a failure that can cost millions.
Security Logging and Monitoring Failures is #9 in the current OWASP top Ten Most Critical Web Application Security Risks.
Residual risk is the threat or vulnerability that remains after all risk treatment and remediation efforts have been implemented. Even with an astute vulnerability sanitation program, there will always be vestiges of risks that remain, these are residual risks. Because they will always be present, the process of managing residual risk involves setting an acceptable threshold and then implementing programs and solutions to mitigate all risks below that threshold.
On May 18th 2021, the Center for Internet Security (CIS) released version 8 of the Critical Security Controls (CSC) - a business and technology agnostic set of recommendations that all organizations should consider and follow to prevent the most prevalent and dangerous attacks. In this blog series we discuss the ins and outs of the new guidance to get you up to speed with v8.
PHP is used extensively to power websites. From blogging to ecommerce, it’s embedded in our everyday lives and powers much of the internet we use today. According to a Wappalyzer report on top programming languages of 2020, PHP has a 79% market share of backend languages used on the internet today. One of the biggest challenges with PHP libraries over the years has been package management. There have been a few ways to easily install and maintain libraries including PECL, CPAN.
As the pandemic starts to fade, it can be easy to fall into a false sense of security. While there’s finally an end to COVID-19 insight, the cybersecurity pandemic rages on. 2020 was a record year for cybercrime, and the same threats will plague 2021. Amid the disruptions of 2020, many businesses embraced remote work, cloud services, and IoT technologies. These changes, in turn, led to a shifting cybersecurity landscape as cybercriminals adapted and new threats emerged.
Our phones know a lot about us, so it’s important we can trust them. After discovering and then publishing our findings on SourMint — the malicious iOS ad SDK — the Snyk Security Team decided to dig deeper in the Android ecosystem. To do so, we leveraged Snyk Code to analyze and search for vulnerabilities in applications uploaded to the Google Play store.
Two weeks back, we published our annual State of Cloud Native Application Security report. If you haven’t seen it yet, here’s a TL;DR. We surveyed nearly 600 developers and security professionals to see how the shift to cloud native (digital transformation) has changed their security posture. Then we parsed the results, gleaned valuable insights, and put them in an interactive webpage.
