| What is offered | Cato SASE Platform: SD-WAN, SSE, ZTNA and AI security on one global cloud1 | Netskope One: SSE, SD-WAN and AI security on the NewEdge network2 | FortiSASE and Fortinet Unified SASE (FortiSASE with Secure SD-WAN on FortiOS)3 | Prisma SASE: Prisma Access, Prisma SD-WAN, Prisma Browser and related products4 | Zero Trust Exchange: ZIA, ZPA, Zero Trust Branch and Zero Trust SD-WAN5 | Cisco Secure Access (SSE) paired with Cisco SD-WAN or Cisco Meraki SD-WAN6 |
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| Architecture | Cato states the platform is a "purpose-built and self-optimizing global cloud with a single-pass engine, single data lake, and single policy enforcement". Its inspection engine is named the Cato Single Pass Cloud Engine (SPACE).1 | Netskope states "one engine, one client, one console and one network". Single-pass wording is not used on the page.2 | Fortinet states Unified SASE "merges FortiSASE with Fortinet Secure SD-WAN to create a single, integrated platform", "Built on a single OS, policy engine, and management plane". Single-pass wording is not used on these pages.7 | The SASE page names a product family: Prisma Access, Prisma Browser, Prisma SD-WAN, Remote Browser Isolation, Enterprise DLP, SaaS Security, ADEM and AI Access Security. Single-pass wording is not used on the SASE or Prisma Access pages.4 | Zscaler describes a "proxy architecture" that "enables full TLS/SSL inspection at scale", brokering one-to-one connections. Single-pass wording is not used on the pages we read.8 | Cisco's SASE page pairs Secure Access with Cisco SD-WAN or Cisco Meraki SD-WAN, listed as separate products. Single-pass wording is not used on the pages we read.9 |
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| Network | Cato states its private backbone, branded Cato Neural Edge, is a "cloud-native, private global backbone spanning 100+ PoPs worldwide" with "embedded GPU-powered compute". Sites, users and clouds connect over encrypted tunnels to nearby Cato PoPs, and traffic is carried on the backbone with path selection.10 | Netskope states NewEdge runs on 120+ data centers in 80+ regions, including Mainland China, "with full compute and all SASE services at the edge in every location", and that it has "complete control over its NewEdge infrastructure".11 | Fortinet states "a global network of 200+ PoPs. With Fortinet-owned infrastructure and native security at each location, traffic is inspected locally", with AWS, Google Cloud and Oracle Cloud integration extending coverage. A private backbone between PoPs is not described on the page.3 | Palo Alto Networks states a 99.999% uptime SLA for Prisma Access on what it calls a hyperscale backbone. A PoP or location count is not given in the page text.12 | Zscaler positions direct-to-app connectivity without backhauling traffic through data centers or stacks of appliances. A private backbone and a data center or PoP count are not stated on the pages we read.5 | Not published |
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| Components listed | 8 of 813 | 8 of 82 | 6 of 83 | 8 of 84 | 6 of 85 | 4 of 89 |
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| Management and policy | Cato states "one policy engine, one console, single-pass inspection, on an SLA-backed global backbone". Managed service partners get "one multi-tenant console".14 | Netskope states one console and one client across Netskope One.2 | Fortinet states "Unified management, end-to-end DEM, and consistent security policy enforcement" on premises and in the cloud.3 | Palo Alto Networks describes "simple and unified management and operations" for Prisma Access, with Strata Cloud Manager.12 | Zscaler states a "unified, cloud native platform". A single console for networking and security is not described on the pages we read.5 | Cisco states Secure Access offers "a single console, unified client, and centralized policy management".6 |
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| Vulnerability response | Cato states it performs virtual patching through the IPS layer of SPACE, with new IPS rules deployed "without requiring any customer involvement", in four steps: assessment, development, opt-in protection in simulate mode, then global protection. It publishes a Detect to Protect log of critical CVEs; most 2026 entries read 1 or 2 days.15 | Not published | Fortinet's trust page states PSIRT disclosure aligned with ISO/IEC 30111:2019 and ISO/IEC 29147. A time-to-protect record for FortiSASE is not published on the pages we read.16 | Not published | Not published | Not published |
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| Certifications listed | Cato's compliance page lists SOC 2 and SOC 3, PCI-DSS Level 1 Service Provider, ISO/IEC 27001, 27017, 27018, 27701 and 14001, UK Cyber Essentials, CSA STAR Self-Assessment, GDPR and Spain ENS High. FedRAMP is not listed on that page.17 | Netskope lists FedRAMP High Authorization (GovCloud), AICPA SOC 2, C5, CSA STAR Level II, IRAP and the Data Privacy Framework, with SOC 2 and C5 reports on request.18 | Fortinet's trust page states security aligned with the ISO/IEC 27000 series and NIST 800-53. Specific FortiSASE certifications such as SOC 2 or FedRAMP are not stated in the trust page text we read.16 | The trust center certifications page lists SOC 2+, Germany C5, PCI DSS, IRAP, FedRAMP and StateRAMP, among others. Which products each covers is not stated in the text we read.19 | Not published | Cisco states "Cisco Secure Access achieves FedRAMP authorization", covering Secure Internet Access, VPN as a Service and ZTNA. Other certifications are not stated on the page.6 |
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| FedRAMP listed | Not listed17 | Yes18 | Not listed16 | Yes19 | Not listed | Yes6 |
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| MCP controls named | Yes20 | Yes21 | Yes22 | Not named23 | Yes24 | Not named25 |
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| AI security | Cato states its AI security covers users, applications and agents with "One AI-native engine and one console": shadow AI and coding-agent discovery, prompt controls with Monitor, Anonymize and Block actions, mapping of "agents, MCP servers and skills", and runtime blocking of prompt injection and jailbreaks. It states the engine checks "every interaction inline".20 | Netskope lists AI Command Center, GenAI App Security, Agentic Broker, AI Gateway, AI Guardrails, Agent Action Control and AI Red Teaming. The Agentic Broker offers "unified visibility and control of public MCP servers" and can "block unauthorized MCP communication"; AI Guardrails inspect requests and responses in 29 languages.26 | Fortinet states FortiAI discovers AI applications in use and "blocks unauthorized prompts". FortiAIGate checks "prompts, outputs, and agent tool calls" and catches prompt injection, jailbreaks and data leaks in MCP tool traffic; it is described as self-hosted, with data and logs on the customer's infrastructure.22 | AI Access Security discovers GenAI applications, agents and marketplace plugins, classifies apps as sanctioned, tolerated or unsanctioned, and states inline data detection that blocks sensitive text and files. Prisma AIRS adds AI Gateway, AI Runtime Security, AI Red Teaming, AI Posture Management and Agent Identity Security. MCP is not named on the pages we read.23 | Zscaler states AI Access Security can "Allow, block, or coach access" and classify prompt content. Its AI security page lists discovery of "models, agents, MCP servers, shadow AI", AI red teaming, and an AI Gateway that can "Secure agentic communications through MCP and A2A brokers".24 | AI Access in Secure Access "inspects web traffic to identify uses of shadow AI" and can block or redirect requests to approved services. Secure Access describes agent discovery, "short-lived, least-privilege access tokens" and "inline runtime monitoring"; Cisco AI Defense adds red teaming and runtime guardrails. MCP is not named on the pages we read.25 |
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| Deployment options | Cato states organizations "can adopt the Cato SASE Platform incrementally" and describes "elastic, modular capabilities". Its homepage describes ZTNA through a "ZTNA Client, Enterprise Browser, Browser Extension, and Clientless Portal" and SSE that can run apart from existing networking.27 | Netskope's navigation lists Secure SD-WAN and SASE Branch, Endpoint SD-WAN and Private Access. Self-hosted or sovereign options are not described on the pages we read.2 | Fortinet describes agent-based and agentless options, microbranches and thin edges, native SD-WAN integrations and a "FortiSASE Sovereign" option deployed "by end users in their own data centers".3 | Palo Alto Networks lists Prisma Browser and Prisma SD-WAN, and Prisma Access lets customers exceed their purchased mobile user license for temporary emergencies. Self-hosted or sovereign options are not described on the pages we read.12 | Zscaler lists Zero Trust Branch, Zero Trust SD-WAN, Zero Trust Cloud and Zero Trust Browser, and access to private apps "without a VPN". Self-hosted or sovereign options are not described on the pages we read.5 | Cisco describes ZTNA "client or clientless", VPN as a Service for apps outside ZTNA, a DNS Defense entry tier, and a choice of two SD-WAN lines.6 |
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| Assistant in the console | Cato Copilot answers natural-language questions inside the Cato Management Application, as Cato describes it.28 | Not published | FortiAI-Assist, an embedded assistant that uses natural language and voice-to-text, as Fortinet describes it.29 | Strata Copilot in Strata Cloud Manager, as Palo Alto Networks describes it.23 | Not published | Not published |
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| Published pricing | Not published | Not published | Not published | Not published | Not published | Not published |
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| Total | 8.70 | 8.00 | 7.10 | 7.05 | 6.00 | 5.30 |
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