Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Zero Trust Model for Cloud Security

(Guest Blog) For decades, companies have relied on perimeter protection solutions to restrict their digital resources. These included passwords to authenticate users, intrusion detection systems and firewalls. With time, passwords became inadequate in preventing unauthorized access, and most shifted to two-factor authentication systems like one-time SMS codes or tokens. This change significantly enhanced security, but the approach only focused on securing the perimeter.

CloudCasa Demo - How to Install the CloudCasa Agent from the SUSE Rancher Apps & Marketplace

Watch this short video to learn how to install the CloudCasa backup agent on your Rancher clusters from the Helm chart in Rancher Apps & Marketplace. Use the CloudCasa free service tier to protect your cluster resource data and create and manage snapshots of your persistent volumes, with no limits on the number of snapshots, worker nodes or clusters.

Anatomy of a Data Breach - How to Protect Your Clients and Brand

Industry veterans Brian Lapidus and David White recently hosted a 40-minute dive into data breaches, how to expedite your response and what to expect when facing a breach of sensitive data, regardless of how it happens. The session was followed by live Q&A. Together, Brian and David have responded to thousands of data breaches worldwide and supported over 300 million customers safeguard their identity.

How to prevent supply chain attacks with Honeytokens

Honeytokens act like tripwires, alerting organizations of malicious threats lurking at the footsteps of their sensitive data. They're a very effective intrusion detection system. So effective, in fact, that the European Union Agency for Cybersecurity (ENISA) highly recommends their use in network security. If strategically distributed thought an ecosystem, honeytokens could event prevent supply chain attacks.

Content scraping: How does it affect your business?

Content scrapers are automated bots that steal your content from websites and mobile apps for their own use without permission, usually for malicious purposes. Content scrapers typically copy all the content from a webpage and portray it as their own content. Bots can scrape all of the content on a website in a matter of seconds, even for large websites such as eCommerce sites with thousands of product pages. These bots can scrape public website information such as text, images, HTML and CSS code.