A Security Orchestration, Automation, and Response (SOAR) platform enables your security team to focus on high-priority security events while the low-priority events are automatically dealt with. A SOAR platform helps in decreasing the response time while increasing the overall efficiency.
When software can travel around the globe at the speed of the cloud’s gusts, enterprises need to be extra certain the updates they release are safe for customers to use. If an app built in Palo Alto uses a vulnerable package from Belgrade, losses can ripple from Sheboygan to Shanghai. At JFrog, we believe enabling global DevSecOps in the cloud should be an easy process.
It’s hard not to say that 5G technology brings a lot of benefits. 5G entails faster download speeds, and yes, if you have a 5G-enabled handset, you could hear and appreciate the speed increases for videos, gaming, etc. However, 5G provides added benefits that go way above those for the everyday user. Let’s take a look at the high speed and low latency of 5G. There are a lot of areas or industries that require pinpoint accuracy and precision.
Phishing is one of the things that keeps CISOs up at night. Phishing attacks are effective and simple to launch, and used by financially motivated attackers as well as more targeted attacks. In the case of a targeted attack, it may harvest login credentials to gain access to corporate or personal resources. In fact, sometimes corporate access can be used to steal personal data, and vice versa.
As businesses adjust to flexible working arrangements amidst stay-at-home orders and social distancing guidelines during the COVID-19 (coronavirus) pandemic, many are looking to technology to support the needs of remote workers. While many companies were already using software to support working outside of physical offices, tools that enable remote working have now become mission critical in many cases to avert disruption during the unprecedented time we find ourselves in.
Penetration testing is one of the most efficient and straightforward methods to see how secure your systems are. Read our article to learn how penetration tests are done.
If the coronavirus disease (COVID-19) pandemic has caused your enterprise to make a sudden, rapid switch from an on-premises-centered business model to a diverse, dispersed network of ad-hoc home offices, you may have let security and privacy measures slide a bit.
This is part 3 of a 3 part blog series My last two blog entries provided some key elements of a Zero Trust Network (ZTN), which focused on the tenets of zero trust and how the confidence is gained for untrusted traffic and authorized on a continual basis. The comprehensive nature of Zero Trust can be a little overwhelming in a world of limited resources, time and budgets.
For continuous coverage, we push out major Detectify security updates every two weeks, keeping our tool up-to-date with new findings, features and improvements sourced from our security researchers and Crowdsource ethical hacker community. Due to confidentially agreements, we cannot publicize all security update releases here but they are immediately added to our scanner and available to all users. This post highlights a few things that we have improved in the last two weeks.
When we think of open source analysis, security is often the first thing that comes to mind. But open source analysis is so much more than just security. It gives you visibility into your codebase to help you understand and manage your open source components. In this blog, we’ll define open source analysis, look at why it’s important to your business, and describe the characteristics of an effective open source analysis framework.
