Recent allegations of an ex-Tesla employee syncing the Autopilot source code to his personal iCloud account is yet another classic case of how poor data security is, even in some of the most technologically advanced organizations. The Tesla leak isn’t even the first time that a data breach of such immense magnitude pertaining to self-driving technologies has occurred; in July 2018, an Apple employee was caught using AirDrop to transfer 40GB of confidential data to a personal PC.

Nowadays, it’s not uncommon to see enterprise IT leaders in a situation that seems like a catch 22. Oftentimes, they are expected to be involved in making data-driven decisions for augmenting productivity and profitability. Paradoxically, they are preoccupied with what they consider as their core responsibilities – applying best practices to safeguard the IT infrastructure and expediting investigations when incidents occur.

As Falco grows in popularity, many new users get exposed to it on a daily basis. As should be expected, most of these users are not aware of what the architecture underneath Falco is. What components play a role in powering it? How do these components relate to each other? I thought it would be fun to write a blog post that answers these questions. And I thought it would be fun to write it with an historical perspective.

“With cybercrime heading into the tens of billions of records stolen, and trillions of dollars in damages, we are proud to recognize ManageEngine as an award-winning innovator that offers a new approach to defeat these criminals,” said Pierlugi Paganini, editor-in-chief, Cyber Defense Magazine.

At JFrog, we think enabling DevSecOps in the cloud should be as easy as ordering from a drive-up window. Getting the tools you need for digital transformation should only be a short stop on your long journey. And you should be able to get it your way, on the cloud services platforms you choose. That’s why we’re excited to announce the availability of JFrog Cloud Pro X on Azure Marketplace.