Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Keeping up with threats is an ongoing problem in the constantly changing field of cybersecurity. The integration of artificial intelligence (AI) into cybersecurity is emerging as a vital roadmap for future-proofing cybersecurity, especially as organizations depend more and more on digital twins to mimic and optimize their physical counterparts.

The volume of internet of things (IoT) devices is rapidly growing. From manufacturing to healthcare to retail, organizations are turning to these devices as they digitize and expand. In fact, it’s estimated that IoT devices make up 30% of devices on enterprise networks, and there’s an estimated 17 billion IoT devices in the world, from simple consumer devices to complicated enterprise tools.

It seems that “no-code” is a term we hear more often in the security automation context these days. And this is especially true because automation has become one of the major talking points in cybersecurity. How is no-code automation implemented in cybersecurity? How do no-code and Sumo Logic automation compare to each other? We’ll discuss all these questions in the following sections.

While support for hardware security keys is not new to Keeper, historically users were required to have a backup Two-Factor Authentication (2FA) option in addition to using a security key. Keeper is excited to announce support for user authentication leveraging only a hardware security key as the 2FA method, without requiring a backup option.

Do you recall how tentatively and maybe naively we approached the year 2000, otherwise known as Y2K? We stressed over two bytes in COBOL programs and regression tested every line of code to ensure our systems were ready to go at midnight on January 1, 2000. The clock struck 12, and the world breathed a collective sigh of relief – we survived the predicted digital disaster.

Did you know the New-Age Therapeutic sector is unregulated? If that surprises you, then you’re not alone. I was a little surprised, too. Yes, there are various professional bodies a practitioner can join, and there are courses they can attend, but they aren’t forced to.

Individual users are often referred to as the weakest link in cybersecurity, as human error is a major contributor to security incidents of all kinds. However, employees can also be a significant asset when adequately trained in cybersecurity hygiene and best practices.

Security teams with an existing security information and event management (SIEM) investment may find themselves having to pay more to their vendor in order to ingest and index more of their data. In fact, nearly half (44%) of organizations want to augment or replace their current SIEM solution. It may be time to replace your SIEM. Fortunately, Elastic allows all users to try out a new, powerful SIEM with little to no upfront cost.

While you can build nearly anything in Tines without writing code, users occasionally prefer to use Python scripts to perform a step in their stories. The reasons for this vary, but we're happy to share that there's a simple way to securely execute Python scripts in Tines. So let's take a closer look at how it works, and talk through some best practices for using Python in Tines.