Evidence-Backed Side-by-Side Comparison
NetSPI Attack Surface Management (ASM) vs. Cloudflare One SASE
Comparing documented technical capabilities, SLA commitments, and verified pricing models without synthetic scores.
Software Product vs Managed Service Divergence: You are comparing self-managed software products alongside fully managed human-operated services (such as EDR software versus an MDR managed SOC service). Pricing units, operating commitments, and hands-on remediation authority differ fundamentally.
Comparing 2 solutions side-by-side
| Evaluation Criteria | NL NetSPI LLC NetSPI Attack Surface Management (ASM) | CL Cloudflare Cloudflare One SASE |
|---|---|---|
| Classification & Vendor | ||
Offering Type | Managed Service | Software Product |
Vendor Headquarters | Minneapolis, MN | San Francisco, CA |
Corporate Identity Status | Unverified Profile | Unverified Profile |
Primary Security Specialization | Cybersecurity | Zero trust and SASE |
| Architecture & Deployment | ||
Deployment Models | Cloud SaaS Platform | Anycast Cloud Edge / WARP Client / Clientless |
Supported Platforms / OS | External Cloud & IP Perimeters | Windows, macOS, Linux, iOS, Android, ChromeOS |
| Pricing & Commercial Model | ||
Pricing Transparency Status | Contact Sales / Custom Quote | Published Tier Pricing |
Entry List Pricing | Custom quote required / Not publicly listed | $7.00 (per user/month (Zero Trust Standard; up to 50 users free)) |
Commercial Licensing Scope | Subscription based on size of discovered external asset perimeter. | Published tier pricing: Free tier available for up to 50 users; Standard Zero Trust seats are $7.00/user/month. Enterprise Cloudflare One SASE (Magic WAN, Magic Firewall, CASB, and DLP) requires custom enterprise quote based on egress bandwidth and interconnect locations. |
| Service Scope | ||
Assessment Scopes Supported assessment targets (Web, Mobile, Cloud, Network, API, Red Team, Social Eng). | Continuous External Attack Surface Mapping | Not documented in our sources |
| Network Architecture | ||
Architecture Type Architectural delivery model (Unified SASE, Cloud-Delivered SSE, Hybrid Mesh NGFW). | Not documented in our sources | Anycast Unified SASE & Edge Network |
Global Edge PoP Footprint Published edge data center points of presence providing direct peering and low latency. | Not documented in our sources | 330+ Cities Worldwide |
| Engagement Structure | ||
Delivery Model Service engagement model (Point-in-time assessment, Continuous PTaaS, Retainer). | Continuous Attack Surface Management (ASM) | Not documented in our sources |
| Remediation & Reporting | ||
Complimentary Remediation Retesting Whether follow-up validation re-testing is bundled within the initial engagement scope. | Supported | Not documented in our sources |
Standard Executive & Technical Report Turnaround Typical delivery window for comprehensive debrief and technical reports following testing completion. | Real-Time Alerting within 24 Hours of Exposure | Not documented in our sources |
| Secure Access & Connectivity | ||
Zero Trust Network Access (ZTNA) Engine Application-level micro-segmentation without placing users on the corporate network. | Not documented in our sources | Supported |
Threat Prevention Engine & Sandboxing In-line deep packet inspection, TLS decryption, and zero-day sandboxing. | Not documented in our sources | Supported |
| Methodology & Rigor | ||
Methodology Standards Formal frameworks utilized (OWASP ASVS/Top 10, PTES, NIST SP 800-115, OSSTMM). | Continuous Discovery & Automated Validation | Not documented in our sources |
Consultant Certifications Minimum technical credentials held by active delivery consultants (OSCP, CREST, GIAC). | OSCP, CISSP, NetSPI Security Engineers | Not documented in our sources |
Data Provenance Notice: “Not documented in our sources” indicates the absence of publicly verifiable vendor technical documentation. SecurifyA never synthesizes unverified capabilities or assumes capabilities without documentation.
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Our comparison matrix aligns solutions across standardized technical dimensions: agent architectures (kernel vs. eBPF vs. agentless), telemetry retention, automated containment mechanisms, operating system compatibility, and verified pricing models. We present documented facts rather than subjective star ratings.
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