ARMOR Insights
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Enterprise AI Security with ARMOR
Most enterprises are adopting AI faster than they can secure it. This ten-module path works through ARMOR, WWT's AI Readiness Model for Operational Resilience, mapping seven security domains onto the AI lifecycle. Each domain is explained by the person accountable for it, then applied to a real deployment at scale.
ARMOR In Action with Gigamon: Deep Observability as the Intelligence Foundation for Secure AI
Learn how the Gigamon Deep Observability Pipeline aligns to the ARMOR domains, providing trusted network-derived telemetry that strengthens the intelligence security teams rely on to make AI workloads, models, and data observable and verifiable across hybrid cloud environments.
How to Use ARMOR: A Guide to AI Security Transformation
ARMOR, a vendor-agnostic AI security framework, offers comprehensive guidance across core domains to secure AI deployments and protect against dynamic and fast-moving threats.
ARMOR Accelerator
The adoption is ahead of the plan. Models, agents and AI-enabled applications are already in the business; the governance, identity, data protection and monitoring meant to cover them are still catching up. Few organizations get to start clean — most are securing something already in motion, and the honest question is no longer "how do we begin?" It is "where are we, really — and what should we do next?" ARMOR (the AI Readiness Model for Operational Resilience) answers both with evidence instead of instinct. One guided assessment reads your program through five connected lenses: map the landscape, ground the program, protect the asset, operate it for real, build it to last. Know where you stand. See what matters most. Then move in the right order.
ARMOR In Action with CrowdStrike: One Sensor, One Platform, Every ARMOR Domain
Learn how CrowdStrike's Falcon portfolio aligns to the ARMOR domains, extending cloud-native, single-sensor detection and response across endpoints, cloud workloads, identities, sensitive data, and the emerging AI asset estate.
ARMOR In Action with F5: Securing AI at the Runtime Enforcement Boundary
Learn how F5's Application Delivery and Security Platform (ADSP) maps to the ARMOR domains where it operates—Identity Security, Model Protection, Infrastructure Security, Secure AI Operations, and Data Protection—giving organizations an audit-ready way to enforce AI policy decisions at runtime.
The Artist Keeps the Craft and Loses the Wait: WWT at SIGGRAPH 2026
Generative AI is changing production, but the studios seeing real value are not starting over. They are augmenting existing tools, reducing wait times and keeping creative decisions with artists. This blog recaps WWT and NVIDIA's SIGGRAPH 2026 perspective on why architecture, integration and trust will define AI's next chapter in media.
ARMOR in Practice: A Security Architecture for Foundation Models
A comprehensive guide to securing how enterprises use foundation models, identity, guardrails, logging and policy enforcement, using Anthropic's Claude as the worked example and generalizing to any external or local model.
Old Principles, New Battlefield
Sometimes the field of agentic AI can feel like the Wild West: broad autonomy, unclear boundaries, little oversight. But the Wild West wasn't tamed by lawmen. It was tamed by barbed wire. By segmentation. By hard boundaries that made movement impossible. Zero trust, segmentation and least privilege aren't nice-to-haves; they're the moves that contain risk when agents can act independently.
ARMOR In Action with Akamai: Securing AI Inference at the Edge
Learn how Akamai's portfolio aligns to the ARMOR domains, delivering distributed, edge-native protection for AI workloads, APIs and inference endpoints across modern enterprise environments.
Channel Life Australia: Akamai joins WWT AI security model for NVIDIA systems
Akamai joins WWT's ARMOR ecosystem to advance secure, resilient AI infrastructure built on NVIDIA technologies.
Complete AI Training: Akamai partners with World Wide Technology on AI security framework
Akamai joined WWT's ARMOR framework to offload security to NVIDIA DPUs, saving compute for AI. Tests show this accelerated ransomware containment by 21.4%.