Versa

Static scanners tell you what might be hijackable. DLLHijackHunter tells you what is. Drop a canary DLL, trigger the program, and let Windows write the confirmation. No manual verification required. Learn more in our recent blog post: bit.ly/4AL0S0X #NetworkSecurity #WindowsSecurity

Most tools guard the perimeter. Ransomware spreads east-west, inside it. 75-80% of data center traffic is lateral and perimeter enforcement misses most of it. This is how Pervasive Security puts enforcement at every edge, not just the boundary: bit.ly/4i2pb1U #NetworkSecurity #CyberSecurity

You gave the AI agent broad access to get the job done faster. Do you know what it can actually reach? This Halloween, the scariest thing in your environment is an audit log your system flagged as clean, with hours of activity missing. Machine identities need the same Zero Trust controls as human ones. Least privilege applies to agents, not just users. Learn more: bit.ly/4slDrGH #NetworkSecurity #AgenticAI

Five critical Dokploy CVEs. All CVSS 9.9. All reachable with a scoped member permission that any org member might hold. Four share one root cause and one takes a different path. All five reach the same place: host compromise. Our team found them, disclosed them, and built IPS coverage for the patching window. Access the full technical writeup: bit.ly/4i2jwJr #NetworkSecurity #CyberSecurity

Most AI governance conversations happen at the model layer. But if the network underneath cannot confirm where traffic was inspected or where policy enforcement happened, that is a gap model controls will not close. Gartner frames AI sovereignty as a full-stack requirement. These three steps are where the architecture work starts before you scale. Get more details in our blog post: bit.ly/4eYtTgk #NetworkSecurity #SASE

It’s been a news-filled month for us. Third-party research on SASE platform consolidation, a Forbes Tech Council piece on why enterprise tool rollouts actually fail, and a cybersecurity analysis on the gap between cloud permission design and real data protection. These are the problems security and IT teams face every day, and where we’re focused on making a difference. Here are a few key moments from October. For more news, visit: bit.ly/4rFqOqA #NetworkSecurity #SASE

At it-sa, the questions we heard most weren’t about features. They were about control. Where does the data live? Who has access? Thanks to Infinigate Deutschland and everyone who stopped by. See our Sovereign SASE solution: versa-networks.com #NetworkSecurity #SASE

As TechNet Indo-Pacific wraps up, the main themes in every conversation are clear: tactical edge security, Zero Trust mandates, and multi-vendor integration are the problems defense and federal teams are actively working through. Thank you to everyone who stopped by to connect with our team. To learn more ways we can help your organization, visit: bit.ly/4zkBmyL #NetworkSecurity #TechNetIndoPacific

Data sovereignty does not end when data stops moving. It starts there. Every security layer that decrypts and inspects your traffic is a sovereignty decision. This month’s newsletter covers what control actually means when data is in motion, and what regulators are now demanding. Read the October newsletter: bit.ly/4iP5dbB #NetworkSecurity #DataSovereignty

3,201 Mbps rated throughput. On a 95% TLS traffic mix. Fastest of nine vendors tested in the 2026 NSS Labs report. That gap has a direct impact on cloud costs, more throughput per instance means fewer instances. For more details, access our blog post and the report: [bit.ly/4jDCMz0 #NetworkSecurity #CloudSecurity

Most ZTNA rollouts fall into one of two camps. Each has different blind spots and both have segmentation problems. Our latest survey data lays out exactly where the gaps are and how to close them. Join us tomorrow and get a first-hand look at the data. Register now: bit.ly/4hDbuaW #NetworkSecurity #ZeroTrust

Who is logging in to your environment? It is probably not who your identity stack was built for. AI agents, service accounts, and workloads are changing what identity means, and traditional controls were designed for people. Our webinar replay covers where the gaps are and how to start closing them. Watch here: bit.ly/4qRZzcc #NetworkSecurity #CyberSecurity

The five most common gaps in fragmented SASE architectures aren’t gaps in tooling. They’re gaps in enforcement. Exposed VPNs, uninspected encrypted traffic, dormant licensed controls, alert-only blocking, and ungoverned AI endpoints all trace back to one root cause: fragmentation. We mapped each gap to a specific architectural recommendation and showed how our VersaONE closes them through a single-pass, converged platform. Read the blog: bit.ly/4zkw6v0 #NetworkSecurity #ZeroTrust

Judson Walker, our Senior Director of Federal Systems Engineering, is joining experts from Booz Allen Hamilton on November 2 to examine how AI is reshaping cyber risk in OT environments and what defenders can do to get ahead of it. Register here: bit.ly/3TRQ291 #NetworkSecurity #CriticalInfrastructure

Hosting a workload on Versa uCPE instead of a dedicated appliance can save hundreds of dollars per site per month once hardware, power, and management overhead are factored in. Scale that across 500 to 2,000 locations and the savings can reach into the millions annually, and that is before accounting for avoided capital outlay. AI memory costs are making this math more relevant now, not less: bit.ly/4dH5VFW #NetworkSecurity #EdgeComputing

Four Anthropic sandbox incidents and four models that found an open egress path their prompts said did not exist. This five-layer framework is the network architecture that closes those paths. Run it against your agentic AI evaluation environment before the next session. And here's our blog post for more details: bit.ly/4BnZwtD #NetworkSecurity #ZeroTrust

Periodic audits were designed for static applications and slower release cycles. That model does not hold up against cloud-native development, AI-generated code, and automated adversaries. Our answer: AI-assisted pre-merge review, unified supply chain scanning, hard release gates, and human ownership of all AI-generated code. Here is a quick walk through each control. And here is a blog post outlining more details: bit.ly/4s7ckAo #NetworkSecurity #CyberSecurity

FY2027 is the Zero Trust maturity deadline for federal agencies. The EIS transition is open now and the sequencing decisions that determine whether agencies get there without disrupting mission delivery are being made right now. This blog post maps the timeline: bit.ly/4hp6VRq #ZeroTrust #NetworkSecurity

Most agentic AI networking demos stop before the question that matters: would you trust it to execute on production infrastructure? VersaONE answers that with architecture, not promises. When an anomaly is detected, VersaAI correlates it across one data lake, our Verbo recommends an action, the MCP Server validates it against RBAC, and a human approves it before anything executes. Up to 45% MTTR reduction in production. Read how: bit.ly/4jzG3Q8 #NetworkSecurity #ZeroTrust

Operational technology environments face a different set of security challenges than traditional IT, and AI is adding new pressure to an already difficult problem. Judson Walker from our Federal Systems Engineering team is joining Booz Allen Hamilton on November 2 to walk through the evolving threat landscape, real-world attack examples, and practical strategies for protecting OT systems. Register here: bit.ly/3TRQ291 #NetworkSecurity #OTSecurity