We are living in the era of the digital economy where companies are collecting and storing lots of valuable customer data on a daily basis. As it has turned out, data is an important input in the competitiveness, growth, and revenue generation for any company across industries. But every valuable resource has its vulnerabilities, and data is not left out in this unfortunate fact. A notable vulnerability of sensitive data that has left many IT departments scratching their heads is data breaching.

tl;dr – CVE-2019-11043 PHP-FPM & NGINX RCE was publicly disclosed and a Proof-of-Concept exploit code was made available on GitHub. We received the report from our Crowdsource community, and now the CVE-2019-11043 Nginx/PHP-FPM RCE vulnerability is detected by Detectify. Nginx is a common web server used to run web applications. PHP-FPM (FastCGI Process Manager) is a processor for PHP scripts that is efficient at handling heavy website traffic and is commonly used by websites that have e.g.

No two Google Cloud environments are the same, and how you protect them isn’t either. In previous posts, we showed you how to use the Config Validator scanner in Forseti to look for violations in your GCP infrastructure by writing policy constraints and scanning for labels. These constraints are a good way for you to translate your security policies into code and can be configured to meet your granular requirements.

Never before in history has the concept of identity been so vital. To a large extent, everything we rely on to live our lives depends on who we are… or perhaps more accurately, who we can prove ourselves to be. Our data has come to be the standard by which we define ourselves. Because this identity-defining data is online, the protection of our data is of paramount importance.

Biometrics is the technical term for body measurements and calculations, and human characteristics. Biometric authentication if a form of identification and access control. As biometric identifiers are unique to individuals, they are seen as more reliable for verifying one's identity than traditional token-based identification systems such as a passport, as well as knowledge-based identification systems such as a password.

One of the greatest misconceptions about online safety is that home networks are somehow private. Unfortunately, this hasn’t been true since around the turn of the century when we started filling our home networks with Internet-connected boxes serving local web pages. The problem is that web browsers typically make little distinction between web sites on the public internet versus those on a home or office network.

There are scary villains out there, and they don’t just come out on Halloween. Forget about tricks, and treat yourself to something worth reading…but be warned…this blog is not for the faint of heart… The authentication or the decline of a payment transaction is often the defining factor of end customer experience.

Over 90% of data breach is attributed to human error costing a company anywhere from $1.25 million to $8.19 million. Tackling cybersecurity does not only entail non-physical risks, but also includes an assessment of physical threats such as human, internal, and external hazards. Only then can an appropriate and effective security plan to dissuade hackers and thieves be devised.

In this blog post, we are going to teach you how to aggregate all Kubernetes security events across your AWS container services. We’ll be using AWS FireLens to route Falco notifications, centralizing all the security events, such as AWS CloudWatch, in one service.

Cyber risk is defined as exposure to harm or loss resulting from data breaches or cyber attacks on information systems, information technology and information security. However, this definition must be broadened. A better, more encompassing definition is the risk of financial loss, disruption or reputational damage due to the failure of an organization's cybersecurity strategy.