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Vectra AI Blog

AI-Driven Network Detection and Response: Insights from a 2026 Gartner® Magic Quadrant™ Leader Securing AI Adoption Starts with Visibility by Aakash Gupta The Missing Data Layer Behind SIEM and SOAR Why Most SIEM/SOAR Integrations Break — and How to Fix Them Shai-Hulud Part 2: When the Worm Forged Its Own Security Certificate Improve SIEM and SOAR Workflows with Better Security Signal by Gearóid Ó Fearghaíl ShinyHunters isn’t a group. It’s a pattern. How Vectra AI Secures the AI Enterprise AI agents: the new workforce — and attack surface. by Tiffany Nip How Vectra AI Scoring Helps Security Teams Focus on What Matters First What’s Next for the Enterprise After Two GenAI Tidal Waves? If An Identity was Compromised, Would We Know? Help Over Hype: Claude Mythos, Project Glasswing and the Real Questions CISOs Want Answered Azure Logging just Changed - Your Detections May be Missing it by Alex Groyz When the Defender Becomes the Door: BlueHammer, RedSun, and UnDefend in the Wild by Justin Howe 4 Ways to Improve SOC Efficiency with AI by Jesse Kimbrel Why triage alerts - when AI can do it for you? Attackers Don’t Hack In — They Log In: The MFA Blind Spot The rise of supply chain-driven data theft in SaaS environments by Lucie Cardiet AI-Assisted Search: Clarity at the Speed of a Question What We Learned from Analyzing Millions of Alerts FortiClient EMS Zero-Day: When the Control Plane Becomes Initial Access by Lucie Cardiet Detecting Compromise After the Axios Supply Chain Attack. by Yusri Mohd Yusop Who’s Doing What on Your Network? by Mark Wojtasiak Breaking down the axios supply chain incident by Lucie Cardiet Detecting Sliver C2: When Advanced Beaconing Tries to Hide in Plain Sight Prompt Control: How Context Becomes the Command-and-Control Layer for AI Agents How Attackers Move Through Hybrid Networks After the Initial Breach How Attackers Establish Persistence in Hybrid Environments What the Stryker Incident Reveals About Handala’s Attack Playbook Why Cyber Resilience is Lagging in the AI Era 5-Minute Hunt: Six Queries to Detect Iranian APT Activity AI-Powered Attacks Are Here, But So Is AI-Powered NDR to Stop Them What is hiding in AI traffic AWS Compromised by AI Agents in Minutes The UX of Cybersecurity AI: Designing for Behavior at Machine Speed Molt Road and the Automation of Underground Marketplaces Moltbook and the Illusion of “Harmless” AI-Agent Communities From Network Detections to Understanding Risk: The Vectra AI Take on Gartner’s Redefinition of NDR From Clawdbot to OpenClaw: When Automation Becomes a Digital Backdoor Cybersecurity Predictions 2026: AI, Agents, and SOC Defense OPSEC Failures: How Threat Actor Mistakes Help Defenders How Threat Actors Turned AI Into a Weapon CVE-2025-14847 MongoBleed in the Wild: Identifying MongoDB Exposure and Exploitation with Network Metadata Pro-Russia Hacktivists Are Targeting Critical Infrastructure How Vectra AI Connects Network Detections to Endpoint Processes Automatically by Dale O’Grady How Vectra AI and CrowdStrike Deliver Complete Context Across Endpoint and Network by Tiffany Nip You are the Blackboard - AI Agent Assisted Bug Hunting TCP Reset Does Not Stop Modern Attacks – Here's Why Shai-Hulud: When a Supply-Chain Incident Turns Into a Worm How Typhoon APTs Infiltrate Infrastructure Without Leaving a Trace Think Your Microsoft Environment Is Resilient to Attacks? Think Again by Tiffany Nip Operation ENDGAME and the Battle for Initial Access by Lucie Cardiet What 400+ NDR Power Users Taught Us About Network Visibility How Attackers Gain Initial Access in Hybrid Environments Can Your SOC's AI Actually Think? Evaluating LLMs with the Vectra AI MCP Server How Vectra AI Hybrid NDR Enables Proactive Threat Hunting and Outcome-Driven Defense by Tiffany Nip Introducing the Vectra AI MCP Server for On-Premises (QUX) by Fabien Guillot From Conti to Black Basta to DevMan: The Endless Ransomware Rebrand by Lucie Cardiet How the F5 Breach Exposed Critical Edge Security Gaps Qilin’s 2025 Playbook, and the Security Gap it Exposes by Lucie Cardiet Vectra Fusion: Extending the Vectra AI Platform to Build Resilience Both Pre and Post Compromise Seeing Beneath the Surface: What Crimson Collective Reveals About Cloud Detection Depth Cl0p Is Back, Exploiting Supply Chains Again. How to Choose the Best NDR for Hybrid Environments Red Hat GitLab Breach Shows Why Consulting Data is a Goldmine for Attackers When GoAnywhere Lets Attackers Go Everywhere by Lucie Cardiet Vectra AI with Netography Redefining the SOC Platform around Modern Attack Resilience Beyond Endpoints: How BRICKSTORM Exposed Security Blind Spots by Lucie Cardiet EDR Isn’t Enough: Why Forward-Thinking CISOs Are Turning to Network + Identity by Mark Wojtasiak What Modern SOCs Should Know About NDR Alternatives Scattered Lapsus$ Hunters Announce They Are Going Dark but the Threat Remains LockBit is Back: What’s New in Version 5.0 The Npm Exploit Is The Entry Point, What Follows Is Just As Critical. How AI is Fueling Cybercrime and Why Security Gaps Are Growing by Lucie Cardiet 5-Minute Hunt: Detecting Risky Multi-Tenant Apps in Microsoft 365 GLOBAL RaaS: Dissecting a Modern Ransomware Franchise What the CISA Advisory Reveals About Nation-State Attacks New Technologies bring new risks: MCP-Powered Swarm C2 4 Real-World Attacks That Show Why SOCs Need NDR Why insider threats go undetected by security tools Black Hat USA 2025: What Security Teams Asked Us in Las Vegas Vectra AI and Google Security Operations: Breaking Down Security Silos by Zoey Chu Black Hat Takeaway: Everyone Talks Prevention, But Who Detects Compromise? Black Hat USA 2025: What It Told Me About Protecting the Modern Network from Modern Attacks Introducing the Vectra AI MCP Server Cloud Security Grey Zone: Who Owns the Risk of Managed Identities? CVE-2025-53770: A 9.8/10 Critical Exploit Targeting SharePoint 5 Ways Security Teams Can Start Driving Outcomes with Agentic AI Behind the Hunt: Real-World Threat Hunting Practices and How Vectra AI Makes the Difference Vectra AI named in Gartner hype cycle for security operations 2025 Choosing the Right NDR: Gartner’s 5 Questions Every Security Buyer Should Be Asking Gartner Security and Risk Conference – Chaos meets Opportunity Are Iranian APTs Already inside Your Hybrid Network? You Have the Right Tools. So Why Are Attackers Still Getting In? Vectra AI Named a Leader and Outperformer in the 2025 GigaOm Radar Report for Network Detection and Response (NDR) The Two Control Points That Will Define the Future of Cybersecurity – Network and Identity Challenges in Microsoft Log Monitoring: Insights for Your SOC Sanofi Uses Vectra to Stop Cyberattack in Real Time The Cutting Edge: AI’s Inevitable Rise in Offensive Security
Securing the AI Enterprise: How I’m Thinking About It as a CEO
2026-01-21 · via Vectra AI Blog

Every company I talk to right now is trying to answer the same question:

How do we move faster with AI without taking on more risk than we can actually manage?

That’s not just a security question. It’s a leadership question.

I’m a CEO. I want our teams using AI everywhere it makes sense in how we build, operate, support customers, and compete. At the same time, I’m accountable for trust. For uptime. For reputation. For making sure innovation doesn’t outpace our ability to control it.

So, when CISOs and CIOs tell me they feel caught in the middle, pressured to enable AI adoption while being held responsible for the risks it introduces, I don’t see resistance. I see realism.

The AI enterprise changes the physics of risk

In our recent announcement, I said that modern networks have “changed the physics of cyber risk.” That wasn’t meant to sound dramatic. It’s meant to be literal.

Today’s enterprise is always on. Always connected. Always changing. AI systems, agents, and automations are making decisions and moving data at machine speed. Non-human identities now outnumber people. And everything including users, workloads, services, and AI are all tied together through the network.

At that point, the network stops being just infrastructure. It becomes the nervous system of the business, where identities act and data moves.

That matters because attackers understand this shift just as well as we do. They don’t need to “break in” anymore. They log in. They exploit trust. They blend in. And with AI, they can move faster than most traditional security processes can keep up with.  

This isn’t about smarter attackers, it’s about speed

I don’t think attackers suddenly got smarter. They got faster.

AI removes friction. It automates reconnaissance. It accelerates lateral movement. It compresses timelines. What used to unfold over days now happens in minutes.

Meanwhile, most security teams are still working with stacks that introduce delay by design:

  • Tools that only see one slice of the environment
  • Signals that don’t connect cleanly
  • Manual triage and investigation at exactly the wrong moment

That’s why so many teams feel like they’re reacting instead of defending, even when they’re doing everything right.

Why this is so hard for CISOs (and why I empathize)?

The hardest part of this job today isn’t technical. It’s explanatory. Boards and executives want clear answers:

  • Are we safer right now?
  • Where are we exposed?
  • Are the controls we’ve invested in actually working?

Those are fair questions. But when visibility is fragmented and signal is buried in noise, even the best security leaders are forced to answer with partial information and assumptions stitched together by hand. That’s not a failure of leadership. It’s a limitation of the model.

Endpoint security still matters, but it’s just not enough

Endpoint tools play an important role. We use them. Our customers use them.

But endpoints don’t represent the full enterprise anymore. They don’t show how identities behave across systems. And given the proliferation of non-human identities including machines, service accounts, and now AI agents that operate across systems at machine speed, endpoints don’t see service-to-service activity, SaaS privilege abuse, or how AI agents operate across environments. Endpoints also don’t reveal how attackers move between systems on a network, which is exactly where modern attacks live. Relying on any single vantage point creates blind spots, and blind spots are where confidence breaks down.

How I think about “preemptive” and “proactive” as a CEO

In our press release, we talk about preemptive security and proactive defense. Let me translate what that means in plain terms.

Preemptive security is about reducing exposure before something bad happens. It’s knowing where identities, trust relationships, and automation paths create risk so they can be fixed early, while you still have time.

Proactive defense is about stopping attacks as they start, not after they’ve already spread. It’s removing latency from how quickly defenders get answers, understand what’s happening, and act.

Both are really about the same thing: giving security teams back time and clarity in an environment that doesn’t slow down for anyone.  

Our role at Vectra AI

We don’t see ourselves as the hero of this story. We see ourselves as co-defenders.

Our job is to help teams see what’s actually happening across the enterprise as it moves across networks, identities, cloud, SaaS, and now AI agents. Then to surface clear, behavior-based signal that tells you what matters now. Not more alerts. Not more fancy dashboards.

Just accurate, trusted answers, faster.

Because when leaders have clarity, decisions get easier. Conversations with Boards get more grounded. And security becomes something that enables the business instead of constantly slowing it down.

Closing thought

AI isn’t optional. It’s the new operating model.

The companies that succeed won’t be the ones that avoid risk; they’ll be the ones that understand it well enough to move forward with confidence. That’s the balance I’m trying to strike as a CEO. And it’s the same balance I see CISOs, CIOs, and Boards navigating every day. You’re not wrong to feel the tension.


You’re not alone in it. The goal isn’t perfection.
It’s resilience, built for a world that now moves at AI speed.