Side by side · No scores
Cisco and Palo Alto Networks: GenAI security controls side by side
In short
Cisco and Palo Alto Networks both state finds shadow AI use, protects homegrown AI apps at runtime and blocks inline in real time. Cisco states one console for AI and network policy, while Palo Alto Networks states inspects prompts for sensitive data, covers coding agents, coaches or warns the user and lists security attestations. This page compares published facts only; it does not pick a side.
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.
- SSE · Security cloud (SASE or SSE)
- AIG · AI gateway and guardrails
- FWG · Firewall or self-hosted gateway
- Cisco: filled square where described
- Palo Alto Networks: dashed outline where described
- 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)
Check by check
| Check | Cisco | Palo Alto Networks | Difference |
|---|---|---|---|
| Finds shadow AI use | Stated Inspects web traffic to identify shadow AI, including API calls made to AI models inside AI-enhanced applications. Source: Cisco Secure Access: AI Access · Read 7 Oct 2026 | Stated Visibility into shadow AI, covering GenAI applications, agents and marketplace plugins, with real-time visibility into which apps are used and by whom. Source: Palo Alto Networks: AI Access Security · Read 7 Oct 2026 | Same status |
| Inspects prompts for sensitive data | Partly stated AI Defense names data leakage among the runtime threats it addresses; prompt-level DLP is not described on the pages we read. Source: Cisco AI Defense · Read 7 Oct 2026 | Stated LLM-powered data classification augments DLP, and inline data detection blocks sensitive text- and file-based data. Source: Palo Alto Networks: AI Access Security · Read 7 Oct 2026 | Palo Alto Networks states it |
| Controls AI agent and MCP traffic | Partly stated Secure Access registers every agent, maps it to a human owner, and quarantines compromised agents with inline runtime monitoring; MCP is not mentioned on the pages we read. Source: Cisco Secure Access · Read 7 Oct 2026 | Partly stated Prisma AIRS lists Agent Identity Security and governance of AI agents at scale; MCP is not mentioned on the pages we read. Source: Palo Alto Networks: Prisma AIRS · Read 7 Oct 2026 | Same status |
| Covers coding agents | Not in our sources | Stated Prisma AIRS lists securing AI coding agents: protect code and credentials, govern agent actions. Named coding tools are not listed. Source: Palo Alto Networks: Prisma AIRS · Read 7 Oct 2026 | Palo Alto Networks states it |
| Protects homegrown AI apps at runtime | Stated AI Runtime Protection places guardrails in the network to block adversarial attacks and harmful responses in real time. Source: Cisco AI Defense · Read 7 Oct 2026 | Stated AI Runtime Security enforces real-time safeguards to prevent manipulation, data exposure and unsafe actions. Source: Palo Alto Networks: Prisma AIRS · Read 7 Oct 2026 | Same status |
| Blocks inline in real time | Stated Detects and blocks malicious and undesired AI traffic using multiple enforcement points. Source: Cisco Secure Access: AI Access · Read 7 Oct 2026 | Stated Inline data detection blocks sensitive data, and the page states it stops AI-generated threats in real time. Source: Palo Alto Networks: AI Access Security · Read 7 Oct 2026 | Same status |
| Coaches or warns the user | Partly stated Can redirect requests to approved services; user coaching is not named. Source: Cisco Secure Access: AI Access · Read 7 Oct 2026 | Stated User coaching notifications when people access unsanctioned apps. Source: Palo Alto Networks: AI Access Security · Read 7 Oct 2026 | Palo Alto Networks states it |
| Has a watch or log-only action | Partly stated Inline runtime monitoring and semantic inspection are described for agents; a watch-only action for employee AI use is not named. Source: Cisco Secure Access · Read 7 Oct 2026 | Not in our sources | Cisco partly |
| Redacts or anonymizes data in prompts | Not in our sources | Not in our sources | Same status |
| Can run on your own infrastructure | Not in our sources | Not in our sources | Same status |
| States FedRAMP | Partly stated Cisco Secure Access states FedRAMP authorization covering Secure Internet Access, VPNaaS and ZTNA; AI Access is not named in that scope. Source: Cisco Secure Access · Read 7 Oct 2026 | Partly stated The trust center certifications page lists FedRAMP and StateRAMP; which products each covers is not stated in the text we read. Source: Palo Alto Networks trust center: certifications · Read 7 Oct 2026 | Same status |
| Lists security attestations | Not in our sources | Stated The trust center lists SOC 2+, Germany C5, PCI DSS and IRAP, among others. Source: Palo Alto Networks trust center: certifications · Read 7 Oct 2026 | Palo Alto Networks states it |
| One console for AI and network policy | Stated Single console, unified client and centralized policy management for Secure Access, with AI Access integrated into it. Source: Cisco Secure Access · Read 7 Oct 2026 | Partly stated Strata Cloud Manager with Strata Copilot manages SASE policy; Prisma AIRS is described as its own platform. Source: Palo Alto Networks: AI Access Security · Read 7 Oct 2026 | Cisco states it |
Approaches
- SSE
AI controls in a SASE or SSE cloud
CiscoDescribed
Palo Alto NetworksDescribed
- AIG
Standalone AI security layer
CiscoDescribed
Palo Alto NetworksDescribed
- FWG
Firewall or self-hosted AI gateway
CiscoNot in our sources
Palo Alto NetworksNot in our sources
- 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)
Responses
Cisco
Cisco states Block; Watch and Coach are partly stated; Redact is not in our sources.
Palo Alto Networks
Palo Alto Networks states Coach and Block; Watch and Redact are not in our sources.
Network and compliance in each vendor's words
| Fact | Cisco | Palo Alto Networks |
|---|---|---|
| Network | No PoP or data-centre count on the pages we read. Source: Cisco Secure Access · Read 7 Oct 2026 | A 99.999% uptime SLA on its hyperscale backbone. No PoP or location count in the Prisma Access page text. Source: Palo Alto Networks: Prisma Access · Read 7 Oct 2026 |
| Compliance | FedRAMP authorization for Secure Internet Access, VPNaaS and ZTNA. Other certifications are not stated on the page. Source: Cisco Secure Access · Read 7 Oct 2026 | The trust center lists SOC 2+, Germany C5, PCI DSS, IRAP, FedRAMP and StateRAMP, among others; product scope is not stated in the text we read. Source: Palo Alto Networks trust center: certifications · Read 7 Oct 2026 |
| Analyst placement | The SASE page says "Cisco named a SASE Leader"; the analyst firm and report name are not given in the page text. Source: Cisco: SASE solution · Read 7 Oct 2026 | The Prisma SASE page says "A 4X Gartner Magic Quadrant Leader for SASE Platforms". Its Prisma Access page uses a different count, so we cite the Prisma SASE page only. Source: Palo Alto Networks: Prisma SASE · Read 7 Oct 2026 |
Which might suit you?
Look at Cisco if you run Cisco Secure Access and want shadow AI controls in the same console, or if agent identity and least-privilege access are your main concern.
Look at Palo Alto Networks if you already run Prisma SASE and want GenAI app controls with coaching and blocking in it, or if you also want model scanning and red teaming for AI you build, from the same vendor.
In the quiz
| Profile | Cisco | Palo Alto Networks |
|---|---|---|
| Shadow AI and prompt data, SASE in place, block inline | Later | First group |
| Agents and coding tools at scale, redact rather than block | Later | Later |
| Shadow AI and prompt data, coach people first | Later | First group |
| US federal supplier that needs FedRAMP | First group · Equal fit | First group · Equal fit |
| Homegrown AI apps on a firewall estate, self-hosted | Same fit as Palo Alto Networks · Equal fit | Same fit as Cisco · Equal fit |
| Teams building AI apps, choosing network security now | Later | First group |
| Zscaler customer coaching first, large estate | Later | Later |
| Under 1,000 people, watching shadow AI first | Later | Later |
Limits to check
Cisco
- Prompt-level DLP, named coding agents and MCP are not described on the pages we read.
- The stated FedRAMP scope names Secure Internet Access, VPNaaS and ZTNA, not AI Access or AI Defense.
Palo Alto Networks
- MCP traffic is not mentioned on the AI Access Security or Prisma AIRS pages we read.
- Employee AI controls and Prisma AIRS are described as separate products; one console across both is not described.
- Redacting sensitive data inside a prompt is not described; the stated responses are coaching and blocking.
Questions
Which states more checks, Cisco or Palo Alto Networks?
Cisco states 4 of 13 checks and Palo Alto Networks states 7, on the pages we read. A count is not a quality measure: check the ones your answers make matter in the quiz.
Do Cisco and Palo Alto Networks publish prices?
Neither publishes prices on the pages we read.
Which one covers MCP and agent traffic?
Cisco: Partly stated. Secure Access registers every agent, maps it to a human owner, and quarantines compromised agents with inline runtime monitoring; MCP is not mentioned on the pages we read. Palo Alto Networks: Partly stated. Prisma AIRS lists Agent Identity Security and governance of AI agents at scale; MCP is not mentioned on the pages we read.