Skip to content
GenAI Security Finder

The Inline Desk · Vendor pages read 7 October 2026

GenAI security finder: where to control employee and agent use of AI

In short

Controls for generative AI can sit in three places: in the SASE or SSE cloud that already carries your users' traffic, in a standalone AI security layer in front of models, apps and agents, or on a firewall or AI gateway you run yourself. Which fits depends on what worries you, whether you want to block, redact, coach or watch, what network security you run and where data may be inspected. The seven-question finder points you to an approach and shows which of 6 vendors' published facts match, with no scores or rankings.

By The Inline Desk · GenAI Security Finder · Published 2026-10-26

Desk research from the six vendors' own public pages, read on 7 October 2026. Profiles follow our published method; we did not run the products.

Where can a GenAI control sit?

The Prompt Path: three places a GenAI control can sit, in the security cloud, at an AI gateway, or on a firewall or self-hosted gateway.>>>>{}People and agentsAI services andMCP serversYour site or data centreSecurity cloud (SASE or SSE)AI gateway and guardrailsFirewall or self-hosted gatewaySSEAIGFWG
  • SSE · Security cloud (SASE or SSE)
  • AIG · AI gateway and guardrails
  • FWG · Firewall or self-hosted gateway
The Prompt Path shows where each vendor's own pages describe a control, or where your answers point. It does not measure how well a product works.
  • SSE

    AI controls in a SASE or SSE cloud

    Adds GenAI discovery, prompt inspection and blocking to the security cloud that already carries users' web and SaaS traffic.

    5 of 6 vendors describe it on the pages we read, 1 partly

    Read about SSE
  • AIG

    Standalone AI security layer

    A dedicated AI gateway or runtime guardrail layer in front of models, homegrown AI apps and agents, managed as its own control point.

    6 of 6 vendors describe it on the pages we read, 0 partly

    Read about AIG
  • FWG

    Firewall or self-hosted AI gateway

    Enforcement on a firewall or AI gateway you run yourself, so AI traffic, data and logs stay on infrastructure you control.

    1 of 6 vendors describe it on the pages we read, 1 partly

    Read about FWG

What does the quiz ask?

  1. Q1

    What worries you most about generative AI at work?

    Pick every one that applies.

  2. Q2

    When a risky AI interaction is found, what should happen first?

    Most teams mix these; pick the one you would start with.

  3. Q3

    What network security carries your users' traffic today?

    SASE combines networking and security in one cloud service; SSE is its security half.

  4. Q4

    Which of these vendors already runs that network security?

    Pick one, or the last option.

  5. Q5

    Where may AI traffic be inspected?

    Some teams must keep prompts, data and logs on infrastructure they run.

  6. Q6

    Which compliance requirement applies to the vendor?

    Choose the strictest one that applies.

  7. Q7

    How many people use AI tools for work?

    A rough count is enough.

Example: a company of a few thousand people, worried about shadow AI and sensitive data in prompts, already on a SASE or SSE platform from another vendor, wanting to block risky prompts inline in the vendor's cloud, with SOC 2 or ISO 27001 as the bar.

Your answers: SASE or SSE cloud 13 pts, standalone AI security layer 2 pts, firewall or self-hosted gateway 1 pt.>>>>SSEAIGFWG

Start here

AI controls in a SASE or SSE cloud

Equal fit: Cato Networks and Palo Alto Networks

Answer for your company

Which vendors does the finder cover?

  • Filled square: described on the vendor pages we read
  • Hatched square: partly described (a narrower scope, or the enforcement point is not stated)
  • Dashed square: not in our sources (it may exist; we did not find it)
As described on each vendor's own pages, read 7 October 2026. Alphabetical order.
VendorAI productsPathResponsesAgents and MCPPrice
Cato NetworksCato AI Security on the Cato SASE CloudCato Networks: described at 2 of 3 control positions (SASE or SSE cloud, standalone AI security layer), partly at 1.>>>>SSEAIGFWG

Cato Networks states Watch, Redact and Block; Coach is not in our sources.

StatedNot published
CiscoAI Access in Cisco Secure Access, and Cisco AI DefenseCisco: described at 2 of 3 control positions (SASE or SSE cloud, standalone AI security layer).>>>>SSEAIGFWG

Cisco states Block; Watch and Coach are partly stated; Redact is not in our sources.

Partly statedNot published
FortinetFortiAI and FortiAIGate; FortiSASEFortinet: described at 2 of 3 control positions (standalone AI security layer, firewall or self-hosted gateway), partly at 1.>>>>SSEAIGFWG

Fortinet states Watch, Coach and Block; Redact is not in our sources.

StatedNot published
NetskopeNetskope One and the Netskope AI products (AI Command Center, GenAI App Security, Agentic Broker, AI Gateway, AI Guardrails, Agent Action Control, AI Red Teaming)Netskope: described at 2 of 3 control positions (SASE or SSE cloud, standalone AI security layer).>>>>SSEAIGFWG

Netskope states Block; Coach is partly stated; Watch and Redact are not in our sources.

StatedNot published
Palo Alto NetworksAI Access Security (Prisma SASE) and Prisma AIRSPalo Alto Networks: described at 2 of 3 control positions (SASE or SSE cloud, standalone AI security layer).>>>>SSEAIGFWG

Palo Alto Networks states Coach and Block; Watch and Redact are not in our sources.

Partly statedNot published
ZscalerAI Access Security and Zscaler AI security (AI Gateway, AI Asset Management) on the Zero Trust ExchangeZscaler: described at 2 of 3 control positions (SASE or SSE cloud, standalone AI security layer).>>>>SSEAIGFWG

Zscaler states Coach and Block; Redact is partly stated; Watch is not in our sources.

StatedNot published

Why block, redact, coach or watch matters

The response decides how a control feels to the people using AI. Blocking inline stops a prompt before it reaches the model. Redacting removes the sensitive part and lets the rest through, so work continues. Coaching shows a warning and lets the person decide. Watching records use without changing it, which is how many teams start. The vendors here state different sets of these responses on their pages, and the finder checks for the one you pick.

Vendors that state each response on the pages we read: Watch Cato Networks and Fortinet; partly: Cisco; Coach Fortinet, Palo Alto Networks and Zscaler; partly: Cisco and Netskope; Redact Cato Networks; partly: Zscaler; Block Cato Networks, Cisco, Fortinet, Netskope, Palo Alto Networks and Zscaler.

How is this different from a ranking?

We do not score or rank vendors. The finder applies published rules to your answers: first to weigh the three approaches, then to check each vendor's published facts against your situation. Two companies with different answers see different orders, and vendors with the same fit are shown as equals. The rules are written out on Finder rules.

Finder rules

Where to go next

Questions

What does a GenAI security control do?

It sees, limits or records how employees and AI agents use generative AI: which AI tools are in use, what data goes into prompts, what agents do with tools and MCP servers, and how homegrown AI apps respond to attacks. It can block, redact, coach or only watch.

Do I need a separate product for AI security?

Not always. If a SASE or SSE platform already carries your users' traffic, AI controls may be part of it. A standalone AI layer or a self-hosted gateway fits other situations, such as protecting AI apps you build or keeping data on your own infrastructure. The quiz weighs this for you.

Does this site rank AI security vendors?

No. There are no scores, totals or winners. Vendors are listed alphabetically, or in order of fit to your quiz answers, and equal fits are shown as equals.

Where do the facts come from?

From each vendor's own public pages, read on 7 October 2026. Every fact carries its source link and read date, and vendor claims are marked as the vendor's statements.