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.
Discover how agentic AI enhances threat detection, network optimization, Zero Trust security, and policy management. Learn how VersaAI Labs is driving AI-powered security innovation.
Shadow AI is exposing businesses to security risks and data leaks. Learn how to secure Generative AI usage with governance, AI firewalls, and compliance controls.
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.
The Internet of Things (IoT) offers exciting new opportunities for growth and innovation. From fostering collaboration between organizations to enabling entirely new services, IoT is at the heart of many technological revolutions.
Data Protection and Security with Versa’s Endpoint DLP Solution In a hyper-digital and remote-working world, protecting sensitive data has become more critical than ever. Endpoint and network Data Loss Prevention (DLP) work together to provide data visibility and control, safeguarding businesses against potential breaches and compliance risks. For this blog, we’ll focus on the value of endpoint DLP and share some common use cases. Why Endpoint DLP Matters Endpoint DLP, along with network DLP, is an essential component for comprehensive data protection. In modern organizations, data continuously resides on and moves through endpoint devices like laptops, workstations, and mobile phones….
Versa and Microsoft have partnered to integrate identity-centric internet access security with intelligent network connectivity. With sophisticated cyberattacks increasing year over year, organizations are scrambling to upgrade their access security and complement it with intelligent and secure transport at the WAN for improved end-to-end protection and performance.
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.
This latest survey is more confirmation that an oft-mentioned reality continues to be true – that the nature of threats keeps advancing and organizations frequently find themselves falling further and further behind. Far and away, the top reason given for increased stress isn’t low budgets or lack of training or failure of company leadership to prioritize security – even though these are among the reasons cited – it’s the “threat landscape is increasingly complex,” listed by 81 percent of respondents, nearly double the next-closest response.
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…
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