ARMOR In Action with CrowdStrike: One Sensor, One Platform, Every ARMOR Domain

As AI evolves from pilot projects into business-critical systems, security becomes a defining factor in successful AI deployments. To help organizations address this challenge, WWT developed ARMOR (AI Readiness Model for Operational Resilience), a vendor-agnostic AI security framework. Built through collaboration with NVIDIA and strengthened by real-world engagement with the Texas A&M University System, ARMOR provides security leaders with a practical framework for assessing and managing AI risk. It organizes AI security into seven domains:governance, risk and compliance, model protection, secure AI operations, infrastructure security, identity security, data protection, and  secure software development lifecycle Together, these domains help organizations build cyber-resilient AI environments. 

ARMOR's seven domains focus on key elements of securing AI systems and related processes, helping organizations understand security control points inside and between these systems, and their interactions with the surrounding environment. This is key to understanding how AI security mechanisms mesh with traditional security solutions and is vital to identifying present gaps. ARMOR also accommodates organizations at different maturity levels. ARMOR is a real-world-tested AI security framework that was shaped through two-way collaboration with a lighthouse customer, Texas A&M University, who served as the first testing ground. 

CrowdStrike brings a distinctive perspective to the ARMOR framework. Its cloud-native Falcon platform delivers protection through a single lightweight sensor and one console, a "One Sensor, One Platform" architecture that is ranked #1 in the IDC Worldwide Endpoint Security Market Shares Report for multiple years and recognized as a leader in the 2024 GigaOm Radar for Ransomware Prevention and the 2025 GigaOm ITDR Radar. CrowdStrike's security is enforced at runtime, where the sensor's kernel-mode visibility and cloud-delivered analytics detect and contain threats across endpoints, cloud workloads, identities, containers, and data, and increasingly across AI models and services through AI Security Posture Management (AI-SPM) and AI Detection and Response (AIDR). In the sections ahead, we'll show how CrowdStrike's solutions map to the ARMOR domains, with particular strength in Secure AI Operations, Infrastructure Security, and identity threat detection and response. 

Mapping CrowdStrike's portfolio to ARMOR domains 

CrowdStrike's portfolio is organized as modules on one platform and one sensor: endpoint and extended detection at the base, with cloud workload protection, exposure management, identity threat detection, data protection, and AI security posture layered on top. Its strongest, most-cited coverage sits in Secure AI Operations (Falcon Insight, Next-Gen SIEM, Fusion SOAR, Falcon Complete, OverWatch) and Infrastructure Security (Falcon Cloud Security, Falcon Exposure Management, Falcon Shield, Falcon XIoT), with scoped strength in Identity Security (threat detection and response) and Data Security (loss prevention and classification). Model Protection coverage is emerging through AI-SPM and AIDR, and GRC and the Secure Software Development Lifecycle are supported as overlaps rather than led outright. 

Across the seven ARMOR domains, CrowdStrike's alignment can be summarized as follows: 

How CrowdStrike's product portfolio maps to each ARMOR domain. 

A quick-reference snapshot of CrowdStrike's ARMOR domain alignment by product. 

With the portfolio mapped, the following sections describe how each CrowdStrike solution contributes to the ARMOR domains it primarily supports and the domains it secondarily reinforces. 

Falcon Insight (EDR/XDR) 

ARMOR Domains: Secure AI Operations (Primary); Infrastructure Security, Identity Security (Overlap) 

AI environments still run on endpoints and servers, and those hosts remain a primary attack surface and a core telemetry source for Secure AI Operations. Falcon Insight delivers endpoint detection and response through the platform's single lightweight sensor, feeding the detection and response workflows that anchor CrowdStrike's Secure AI Operations alignment while extending endpoint-grade protection across the hybrid estate and reinforcing infrastructure and identity security. Notable capabilities include: 

Single lightweight agent: One sensor with cloud-delivered analytics; no extra downloads, consoles, or agents are needed to add capabilities. 

Autonomous detection and prevention: Machine learning and behavioral analytics detect and prevent threats, with top ratings in SE Labs, AV-Comparatives, and Forrester Wave evaluations and a #1 IDC endpoint security market share ranking. 

Resilient architecture: The sensor operates in kernel mode and connects directly to the cloud, an architecture CrowdStrike positions as more resistant than traditional EDR agents to common red-team evasion techniques. 

XDR telemetry correlation: Extended detection and response ingests and correlates third-party telemetry across cloud, network, and IoT environments. 

Falcon Cloud Security (CNAPP) 

ARMOR Domains: Infrastructure Security (Primary); Secure Software Development Lifecycle, Model Protection, GRC (Overlap) 

AI workloads are overwhelmingly cloud-native, running in containers and Kubernetes on GPU-accelerated infrastructure. Falcon Cloud Security is CrowdStrike's cloud-native application protection platform (CNAPP), securing cloud stacks, workloads, containers, and Kubernetes applications across hybrid and multi-cloud environments, including Red Hat Enterprise Linux and OpenShift, and integrating with NVIDIA accelerated computing and NVIDIA NIM microservices; specialized GPU cloud providers such as CoreWeave use it to protect high-performance AI infrastructure. Notable capabilities include: 

Unified CNAPP coverage: Combines cloud security posture management (CSPM), cloud workload protection (CWP), and cloud detection and response (CDR) in one platform and console. 

Cloud workload and container protection: Extends endpoint protection to cloud workloads, protects against container escapes, and stops malicious scripts executing in real time. 

Shift-left DevSecOps scanning: Scans code, containers, and infrastructure-as-code early in the SDLC, with pre-deployment malware scanning, vulnerability detection, and policy enforcement in CI/CD pipelines. 

AI/ML image assessment: Identifies AI-driven packages, vulnerabilities, and suspicious patterns in container images, extending coverage into Model Protection. 

Framework-first compliance: Compliance checks and standardized scoring across frameworks such as CIS Benchmarks, NIST, PCI DSS, and DISA STIGs, with automated and scheduled reporting. 

Falcon AI-SPM & AIDR 

ARMOR Domains: Model Protection (Primary); GRC, Secure AI Operations, Data Security (Overlap) 

Organizations adopting AI rarely know where all of their models are, and unmanaged "shadow AI" is a growing governance and security gap. CrowdStrike's AI Security Posture Management (AI-SPM) and AI Detection and Response (AIDR) address the model layer through visibility, posture, and detection: discovering AI assets, surfacing risks, and monitoring AI services. This is coverage delivered as posture management and detection rather than in-line controls such as gateways or guardrails, and it is where CrowdStrike's Model Protection alignment is concentrated. Notable capabilities include: 

AI model visibility: AI-SPM delivers visibility into every AI model in the environment, identifying risks, misconfigurations, and compliance gaps. 

Shadow-AI discovery: Discovers, inventories, and monitors AI assets, reducing the risk of shadow AI and unmanaged models, and feeding the AI inventory that governance programs depend on. 

AI Security Dashboard: Surfaces AI-related risks and detections across cloud workloads and AI services. 

AI Systems Security Assessments: Assessment services and best-practice guidance that provide visibility into AI usage and guide secure AI adoption; AIDR protects both workforce AI use and internal AI development. 

Falcon Identity Protection (ITDR) 

ARMOR Domains: Identity Security (Primary); Secure AI Operations (Overlap) 

Identity is a leading attack path, and AI systems multiply the credentials and service accounts in play. Falcon Identity Protection provides identity threat detection and response, recognized as the leader in the 2025 GigaOm ITDR Radar for its adversary-centric approach and deep visibility into identity-based threats. Its ARMOR alignment is deliberately scoped: it detects and contains identity attacks in real time, complementing rather than replacing the identity-lifecycle controls (MFA, vaulting, federation) that ARMOR's Identity Security domain also calls for. Notable capabilities include: 

Unified identity visibility: Correlates activity across endpoints, identities, and workloads in one platform. 

Real-time attack detection: Detects lateral movement and credential misuse as they happen. 

Automated containment: Automated response actions contain identity threats without waiting on manual triage. 

Falcon Next-Gen SIEM & Fusion SOAR 

ARMOR Domains: Secure AI Operations (Primary); GRC, Infrastructure Security (Overlap) 

Secure AI operations depend on complete telemetry and fast, repeatable response. Falcon Next-Gen SIEM and the platform's built-in Fusion SOAR give CrowdStrike its operational backbone, unifying detection, investigation, and automated response across Falcon modules and third-party tools, which is the heart of its Secure AI Operations alignment. Notable capabilities include: 

Built-in orchestration: Fusion SOAR automates workflows connecting detection, investigation, and response actions across modules and external tools. 

Open ecosystem: The CrowdStrike Store and Marketplace, plus APIs and connectors for tools such as ServiceNow and ArcSight, integrate SIEM, SOAR, ITSM, and threat intelligence stacks. 

Executive dashboards: Customizable dashboards aggregate KPIs across Falcon modules for executive visibility, trends, and industry benchmarking. 

Audit-ready logging: Audit-trail completeness and scheduled compliance reporting support investigations and regulatory requirements. 

Falcon Complete & OverWatch (MDR) 

ARMOR Domains: Secure AI Operations (Primary) 

Most organizations cannot staff a 24/7 SOC for AI-era threat volumes. Falcon Complete provides managed detection and response with analyst-driven containment measured by median time to respond, and OverWatch adds managed threat hunting, which has observed and responded to increased targeted attacks on sectors such as manufacturing. Notable capabilities include: 

Managed detection and response: Falcon Complete analysts respond to endpoint detections, with MTTR tracked and segmented by severity for continuous improvement. 

Managed threat hunting: OverWatch hunts adversary activity across customer environments and adapts defenses to evolving threats. 

MITRE-aligned detection: Detections are labeled and mapped to MITRE ATT&CK tactics and techniques, with coverage demonstrated in third-party evaluations.  

Agentic MDR powered by NVIDIA: Falcon Complete Next-Gen MDR combines expert oversight with AI-native agents powered by NVIDIA Nemotron models and the NVIDIA Agent Toolkit to accelerate triage and investigations. Charlotte AI AgentWorks extends this capability by enabling security teams to build and govern custom, no-code agents tailored to their SOC workflows. 

Falcon Exposure Management & Spotlight 

ARMOR Domains: Infrastructure Security (Primary); Secure AI Operations (Overlap) 

Attack surfaces expand faster than teams can patch, and AI infrastructure adds new exposure across endpoints and cloud workloads. Falcon Spotlight's vulnerability management and Falcon Exposure Management's AI-powered risk prioritization anchor CrowdStrike's Infrastructure Security alignment, while feeding the risk data that Secure AI Operations teams use to prioritize remediation. Notable capabilities include: 

AI-powered risk prioritization: Advanced analytics rank exposures by criticality to stay ahead of adversaries exploiting AI technologies. 

Vulnerability management: Spotlight identifies and tracks vulnerabilities across endpoints and cloud workloads, feeding remediation and compliance reporting. 

Falcon Data Protection 

ARMOR Domains: Data Security (Primary); GRC (Overlap) 

AI initiatives concentrate sensitive data, and that data now moves through endpoints, cloud services, and SaaS applications. Falcon Data Protection provides unified visibility and control over sensitive data across those channels, anchoring CrowdStrike's Data Security alignment. This is strongest in loss prevention and classification, the "knowing and controlling your data" side of ARMOR's Data Security domain. Notable capabilities include: 

Adaptive egress detection: Machine learning and behavioral analytics detect data egress risks and monitor sensitive data movement across endpoints, cloud, and SaaS. 

Data classification: Tags and monitors sensitive data, such as US bank account numbers, supporting regulatory compliance in sectors like financial services. 

Forensic depth: Deep forensic insights into data movement support investigations and policy enforcement. 

Falcon Shield (SaaS Security) 

ARMOR Domains: Infrastructure Security (Primary); Identity Security, Secure AI Operations (Overlap) 

SaaS applications are an expanding, often under-governed part of the AI-era infrastructure estate. Falcon Shield adds SaaS security posture management and threat detection, extending CrowdStrike's Infrastructure Security alignment to the SaaS layer while reinforcing identity security and Secure AI Operations. Notable capabilities include: 

SaaS posture scoring: Falcon Shield's Security Posture Score quantifies alignment with best practices across SaaS and cloud, weighted by risk level. 

Falcon XIoT 

ARMOR Domains: Infrastructure Security (Primary) 

AI increasingly touches operational technology, from smart manufacturing to critical infrastructure, where traditional IT security tools fall short. Falcon XIoT extends the platform to IoT, OT, and connected devices, addressing the security challenges of industrial control systems and legacy environments. Notable capabilities include: 

OT/ICS protection: Secures environments with industrial control systems and critical infrastructure requirements. 

Specialized system support: The sensor is designed to work with specialized systems and proprietary protocols that traditional tools cannot protect. 

Ready to get started? 

At WWT, we're helping organizations operationalize ARMOR with the partners who can deliver against it. CrowdStrike's portfolio brings particular strength in Secure AI Operations, Infrastructure Security, and identity threat detection; anchored by Falcon Insight for endpoint and extended detection, Falcon Cloud Security for cloud-native AI infrastructure, and Falcon Next-Gen SIEM with Fusion SOAR for the automated detection-to-response layer that underpins everything else. 

Whether you're standing up a new AI environment or bolstering the security posture of an existing one, the path forward starts with visibility and prioritization. WWT's Security Operations practice pairs that assessment with hands-on Falcon platform expertise, from initial ARMOR briefing through deployment and tuning.