Assume breach and recover faster Protect your data from the inevitable Recover safely, quickly, and precisely Assume breach and recover faster Register Now Bad actors often use phishing, smishing, vishing, and credential stuffing to obtain credentials, which they can use to gain a foothold in your systems. If an attacker can deploy ransomware and compromise the backups, it is impossible to recover, and this approach makes the ransom payment more likely.

Today we're excited to launch the Essential Guide to No-Code Automation for Security Teams. This free Tines playbook is designed to serve as the ultimate resource on no-code automation for security practitioners. It provides an overview of what no-code automation is, why it is a critical skill for those at the forefront of security operations, and how to bring the power of no-code automation to your security team.

Terraform is an infrastructure as code (IaC) solution that enables DevOps teams to use coding concepts to automatically deploy on-premise or public cloud infrastructure components. These components may include virtual machines, network components, storage, applications, or database services. Terraform provides HashiCorp Language (HCL).

Repo jacking is often the first step in a supply chain attack. Learn the security methods and tools used to help protect your organization. In recent months, an increasingly prevalent threat to open source repositories has been the observed in the rise of cases of repository hijacking—repo jacking for short.

A new long-running phishing campaign, allegedly originating from Vietnam and active since 2018, is targeting professionals on LinkedIn with the final objective to compromise their corporate Facebook accounts.

One of the best ways to stay up to date on how mobile devices affect your organization's security is by reading the Mobile Security Index (MSI) by Verizon. Lookout is a long-time contributor to the report, including the 2022 edition that was just published. This year’s MSI is especially interesting, as it dives deeper into the interconnectivity that now exists between endpoint devices and cloud applications.

As security researchers, we see new malicious methods being introduced on a daily basis from the ever-industrious global cadre of malicious actors. But not all of the things we find constitute breaking news. Sometimes, we run across something that doesn’t necessarily pose a threat, but still piques our interest. Instead of being the security equivalent of a four-course meal, it’s more of an amuse bouche.

As a CIO it is very easy to get “new-acronym-deafness.” New innovations need new words and name-tags to identify them, and while analysts work hard to provide benchmarks and standardised definitions, it can be hard to keep up. At Netskope we know how confusing it can get, because sitting at the vanguard of emerging categories means we have had to do our fair share of explainers and re-labelling over recent years.

In the first blog of our two-part incident response series, we explained how your organization can jump-start its incident response. In this second part, we’ll focus on the essential elements of an incident response plan—a critical factor for any company trying to recover from an incident quickly and confidently.

Cyberattacks are an increasingly common occurrence for a spectrum of industries. Rising cybercrime affects everyone, but certain sectors are more at risk than others. In 2023, the auto industry could face particularly significant dangers. Attacks in the automotive space can impact automakers, automotive fleets, and consumers alike. Reducing these risks will be crucial as more cybercriminals seek to capitalize on the sector’s vulnerabilities.