Observability is one of the biggest trends in technology today. The ability to know everything, understand your system, and analyze the performance of disparate components in tandem is something that has been embraced by enterprises and start-ups alike. What additional considerations need to be made when factoring in cyber resiliency? A weekly review of the headlines reveals a slew of news covering data breaches, insider threats, or ransomware.

Everything connected to your network poses a security risk. Every application on every device poses a threat to that device which then increases your security risk profile. Ultimately, organizations need visibility into all users, applications, and devices on their networks. Whether arising from employees using personal devices or downloading applications to corporate devices, shadow IT is becoming a bigger problem for organizations.

This post is about LinkedIn – a go-to professional networking and jobs platform – a feature that allows outside individuals (not belonging to the target organisation) to post jobs on an organisation’s behalf. Whether you call it posting scam jobs on LinkedIn, phishing the LinkedIn users or any wider campaigns based on the drivers – it is a recipe for Identity fraud.

AT&T Alien Labs has recently discovered a cluster of Linux ELF executables that have low or zero anti-virus detections in VirusTotal, though our internal threat analysis systems have flagged them as malicious. Upon inspection of the samples, Alien Labs has identified them as modifications of the open-source PRISM backdoor used by multiple threat actors in various campaigns.

In the modern DevOps framework, the security has shifted to the left and Application Security Testing (AST) techniques like DAST have become even more important. The latest Forrester reports indicate that application weaknesses and software vulnerabilities are the most common attack methods, and businesses fall victim to ransomware every 11 seconds. Further, modern-day businesses are consistently grappling with fast-paced development and industry disruptions.

Our Data Privacy Services team collates the most interesting practical ramifications from implementing the new SCCs with our GDPR services customers. In our latest update of the Data Privacy Periodic Table , we included reference to the EU’s June 2021 release of substantially updated Standard Contractual Clauses (SCCs), triggered by 2020’s Schrems II ruling. The new, far more substantial SCCs have been largely welcomed.

As developers, we spend a lot of time in our IDEs writing new code, refactoring code, adding tests, fixing bugs and more. And in recent years, IDEs have become powerful tools, helping us developers with anything from interacting with HTTP requests to generally boosting our productivity. So you have to ask — what if we could also prevent security issues in our code before we ship it?

The #LifeatTorq Team Spotlight is a Q&A series dedicated to the talented and generally kick-ass team that form the foundation of our growing company. Today we are spotlighting Kostya Ostrovsky , a Software Architect at Torq based in our Tel Aviv office. Kostya is one of the first employees at Torq.

In July of 2021, a new ransomware named BlackMatter emerged and was being advertised in web forums where the group was searching for compromised networks from companies with revenues of $100 million or more per year. Although they are not advertising as a Ransomware-as-a-Service (RaaS), the fact they are looking for “partners” is an indication that they are operating in this model.

In this article I will show how to secure your Okta directory so it’s ready to grant access to servers and other highly sensitive resources. There are 4 levels of Okta directory system security maturity we will walk through how to implement.