Browse this collection to learn more about Versa products and solutions
Thirty-five percent of organizations surveyed for Versa’s inaugural Annual State of SASE + AI Report, “The Cost of Complexity suffered a security breach in the past year that was directly caused or worsened by poor coordination between networking and security teams. Not by a sophisticated nation-state actor. Not by a zero-day exploit. By the seam between two teams that report to different people, fund different tools, and measure success differently.
Versa’s secure software development practices are built for the AI era. Versa uses frontier cyber models in pre-merge security reviews, validates its software supply chain across dozens of security scanners, blocks any release with unresolved Critical or High-severity vulnerabilities, and requires engineer review of all AI-assisted code before merge.
A new survey by technology research firm Futuriom on the evolution of SASE platforms shows that 92% of enterprises are pursuing SASE consolidation, and that security visibility, operational simplicity, and control matter more to them than cost savings. This post walks through the survey’s findings on current operational pain points to be addressed by SASE, consolidation drivers, migration concerns, and the rise of digital sovereignty as a top priority.
The 2026 NSS Labs Comparative Test Report for Cloud Network Firewalls evaluated nine leading cloud-native and third-party firewalls under identical conditions, measuring security effectiveness, performance, TLS support, stability, and cost. As AI drives up encrypted traffic volumes and enables more evasive attacks, the results show that enterprises no longer have to trade protection against performance or cost. Versa NGFW earned NSS Labs’ “Recommended” rating for the second consecutive year, pairing 99.91% security effectiveness with the fastest rated throughput and the second-lowest cost per Mbps of any vendor tested.
Versa Sovereign SASE answers the EU Technological Sovereignty Package by localizing all four operational planes, data, control, management, and jurisdiction, under EU law, rather than stopping at data residency.
DLLHijackHunter is an open-source tool that finds real DLL hijacking vulnerabilities, not just theoretical ones. Its canary technique triggers the vulnerable program and captures proof the hijack worked, cutting through the noise of static scanners. Free on GitHub, it helps security teams focus on confirmed findings instead of guessing which candidates actually matter.
Federal zero trust maturity now depends on more than security controls. Agencies must also cut the cost of fragmented network and security stacks and keep citizen services running. This post explains how device consolidation, a software-defined WAN, and careful sequencing let agencies meet all three goals together.
Zero Trust programs have largely completed two phases, remote access and the WAN edge, while the physical campus network remains outside continuous identity-based validation. This post examines why flat and coarsely segmented LANs persist, why VLANs and port authentication do not constitute a segmentation strategy, and how Versa Secure SD-LAN makes segmentation a property of the fabric by enforcing Zero Trust and microsegmentation at the LAN edge.
“Sovereign SASE” has become a loosely used claim. This post breaks genuine sovereignty into four architectural planes — data, control, management, and jurisdiction — and shows how Versa Sovereign SASE, built on the VersaONE platform, is architected to satisfy all four, plus the questions that pressure-test any vendor’s claim.
AI in NetOps is transitioning from passive alerting to active decision support and execution, but adoption depends on whether engineers can trust it. Learn how Versa’s single-OS platform, unified data lake, Versa Verbo Copilot, and patent-pending Zero Trust MCP Server deliver AI-driven NetOps with explainability and governance built in.
Almost every risk in the 2026 OWASP GenAI Top 10 leaves observable artifacts at the network layer. This post walks through all ten categories, real-world incidents behind each one, and the specific SASE controls (SWG, CASB, DLP, ZTNA, RBI) that catch what app-layer guardrails miss.
Attackers now exploit in hours while breaches take months to contain. Fragmented tools can’t close that gap. Here’s the case for Pervasive Security.
Enterprises are converging on the Model Context Protocol (MCP) to connect AI agents to networking and security infrastructure. This piece looks at why an enterprise routing and governance layer, not just vendor-specific MCP servers, is becoming essential for provisioning, troubleshooting, and threat hunting across a multi-vendor stack.