Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Modern Security Operations Centers (SOCs) face a persistent challenge: managing threats across multiple security tools while maintaining operational efficiency. While single-vendor approaches offer simplicity, they often leave gaps that sophisticated attackers are quick to exploit. The reality is that today's threat landscape demands a more nuanced approach—one that combines the best capabilities from multiple specialized vendors.

We’ve normalized drowning in vulnerabilities. Thousands of findings, weekly scans, red dashboards – it’s all become background noise. And still, attackers slip through. Why? Because we’ve been solving for the wrong variable. The real question isn’t what’s vulnerable, it’s what’s exposed. Not every vulnerability is a threat.

VMware ESXi is a type-1 hypervisor in the VMware vSphere ecosystem used for hardware virtualization and running virtual machines. It is a top-grade virtualization solution widely used by organizations and in-home labs. After Broadcom acquired VMware, users started migrating from VMware ESXi/vSphere to Proxmox VE, an open-source and free virtualization solution. This post covers the Proxmox vs ESXi comparison to help you determine which virtualization solution better meets your needs.

In this article API integrations have become the backbone of modern digital interactions, yet they also introduce vulnerabilities that can be exploited if left unchecked. The convergence of artificial intelligence (AI) and application programming interfaces (APIs) offers a promising solution to what many refer to as the “risk visibility gap.” This critical gap is defined as the difference between known API vulnerabilities and the unseen or unmonitored risks that arise from their use.

Organizations are facing a new, critical challenge: how do you justify cybersecurity investments when cyber threats are increasingly sophisticated, yet the risks can often seem abstract and hard to quantify? While executives understand that cyber threats are real, translating those threats into concrete business decisions remains a challenge.

Your identity and access management solutions only work if your users comply with the policies you set. Even with the right controls in place, enforcement can break down when users – intentionally or not – find ways around them. That’s why, as we continue to develop Extended Access Management (XAM), we’re focused on embedding enforcement more deeply into everyday workflows across 1Password’s suite of solutions.

From supporting customers through intelligent chatbots to auto-generating code, GenAI is revolutionizing enterprise operations. But as Spiderman coined, with great power comes great responsibility. This article will look at generative AI security, including trends and best practices to stay on top of.

In effect, organizations must now treat sensitive data not only as a privacy concern, but as a national security asset. This is no longer the domain of compliance officers alone—it’s a cross-enterprise challenge that demands executive-level ownership.

Artificial Intelligence (AI) is super-charging customer service, amplifying personalized product recommendations, and accelerating workflows that enable humans to focus on higher-value tasks. However, AI cannot deliver desired productivity improvements to financial organizations without foundational security protection in place. In this blog, I recap several best practices that empower financial institutions to leverage AI safely and responsibly.

Shadow IT has evolved from an occasional nuisance to a pervasive security challenge that affects every organization. These unauthorized applications, services, and devices operating outside of IT oversight create blind spots in your security posture that attackers are increasingly exploiting. But here’s the reality: your employees aren’t trying to undermine security.