Posts tagged ‘Zero Trust’
How Versa Sovereign SASE Answers the EU Technological Sovereignty Package
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.
Federal Zero Trust Maturity: Aligning Mission, Security, and Cost
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.
The Flat Network Is the Last Unsegmented Zone in the Enterprise
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.
The Essential Planes Every Sovereign SASE Vendor Must Support
“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.
The Trust Layer: How Versa Delivers AI-Driven NetOps with Explainability and Zero Trust Guardrails
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.
The New OWASP GenAI Top 10 and Why Network Security Matters
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.
Pervasive Security and Why the AI Era Needs a New Security Model
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.
Beyond the Console: MCP and the New Operating Model for Enterprise Infrastructure
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.
Your Next Switch Refresh Is an Architecture Decision, Not a Purchase Order
Campus switching estates turn over every five to seven years, and the refresh is usually run as a procurement exercise rather than an architectural one. This post examines the operational costs that sit outside the hardware line item, explains why software-defined networking largely stopped at the WAN edge, and shows how Versa Secure SD-LAN extends one fabric and one operating system into the LAN so that the refresh becomes the moment the operating model changes.
Beyond Integration: Why a Truly Unified Branch Needs Intelligent Edge, Pervasive Security, and AI-Native Operations
Piecemeal SASE creates security debt. See how Versa unifies pervasive security, intelligent edge, and AI-native operations on one platform.
Product & Engineering
Building a Secure Architecture for the Enterprise Edge with SD-WAN
By The Versa Team
SASE Technical Professionals
July 24, 2018
Typically, WAN solution vendors talk about performance in terms of speeds and feeds. But, I like to think about performance as it relates to all aspects of connectivity. This includes speed, control, visibility, reliability, ease of deployment and monitoring, and of course security. I think about it in these terms because each of these areas are controllable by the right holistic SD-WAN architecture. Unfortunately, the accumulation of multiple disparate routing and switching devices, including firewalls, intrusion detection and threat mitigation, makes it difficult to obtain network visibility and correlate real-time events that can degrade or disrupt performance. With Secure SD-WAN,…
Industry Insights
3 Strategic Imperatives for Winning the Secure Cloud Transition
By The Versa Team
SASE Technical Professionals
July 6, 2018
Networking and security IT infrastructures have evolved to a level of complexity unmanageable by operators and enterprises using a conventional approach. The ongoing reliance upon legacy network hardware and disjointed WAN architectures inhibit the operational agility required by global organizations looking to digitize business services with secure, multi-cloud connectivity. The intersection of network reliability and application performance requires a more flexible, versatile network architecture with security and cloud integration at the forefront; thus, optimal WAN-path selection alone is no longer good enough in a multi-threaded threat environment. Large-scale enterprises with far-flung remote locations and highly distributed data centers are facing…
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Recent Posts
What Enterprises Really Want from SASE Consolidation
By Kevin SheuOctober 5, 2026
How Versa Sovereign SASE Answers the EU Technological Sovereignty Package
By Dhiraj SehgalSeptember 29, 2026
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Gartner Research Report
2026 Gartner® Magic Quadrant™ for SASE Platforms
Versa has for the fourth consecutive year been recognized in the 2026 Gartner Magic Quadrant for SASE Platforms1 and is one of only 12 vendors that met the criteria for inclusion based on the analysts’ evaluation of the VersaONE Universal SASE Platform.