How to secure IoT and OT environments with Versa’s Next-Gen Firewall — offering Zero Trust access, device fingerprinting, micro-segmentation, and threat prevention.
As organizations increasingly embrace AI-powered coding tools to accelerate development and reduce engineering overhead, a new threat is emerging at the intersection of generative AI and open-source software (OSS): slopsquatting.
Explore the 2025 Verizon DBIR with insights from 12,000+ breaches, highlighting ransomware trends, third-party risks, and BYOD vulnerabilities.
Versa VSPA delivers a visibility-first ZTNA model that prevents lateral movement, enforces identity-aware segmentation, and ensures compliance across your internal environments. With integrated security and single-pass enforcement, VSPA transforms private access into a fully governed, observable, and secure service.
Security and networking teams increasingly face security challenges when securing hybrid, on-prem and cloud environments, making it essential to integrate identity-first security controls in their SASE deployments as the gatekeeper. This blog highlights simple tenets observed across our customers ranging from large enterprises to small companies.
OWASP Top 10 for Large Language Model (LLM) Applications, highlighting critical security vulnerabilities such as prompt injection, data poisoning, and system prompt leakage. It emphasizes the need for proactive security measures, including Zero Trust principles, access controls, and continuous monitoring to protect AI-driven applications from emerging threats.
Zero Trust requires organizations to assume that threats can originate from anywhere—both inside and outside the network. This approach emphasizes strict identity verification and continuous monitoring to protect sensitive resources. Advanced security tools, such as Next-Generation Firewalls (NGFWs), play a pivotal role in implementing this strategy. These technologies provide enhanced visibility and granular access control to meet the demands of hybrid and cloud-first environments.
In the crowded landscape of cloud-delivered Security Service Edge (SSE), relying on vendor claims of performance and security can often lead to disappointment. Increasingly, enterprises are seeking actual test results to validate the solutions they are considering.
Understanding the cyber attack surface Historically, the “attack surface” was limited to well-known points of external exposure—the traditional perimeter of websites, external IP addresses, and endpoints. Our cyber attack surface has expanded dramatically over the past five years, now encompassing our cloud estate, millions of devices at the edge, and mobile and remote workers, in addition to our internet-facing infrastructure. This expansion of the definition to include cloud, end-user, and internal assets has been driven by the increasing sophistication of cyber attacks. The table below breaks down today’s complex attack surface into several categories, based on a framework presented by…
Least Privilege Access (LPA) is the foundation of Zero Trust Network Access (ZTNA), ensuring users, applications, and devices only receive the minimum access necessary to perform their tasks—reducing attack surfaces, preventing lateral movement, and strengthening security posture against evolving cyber threats. This blog explores why LPA is critical to ZTNA and how organizations can implement it effectively with Versa’s security solutions.
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