F5 has expanded its support for World Wide Technology’s AI Readiness Model for Operational Resilience (ARMOR), reinforcing its commitment to securing AI-driven environments across multicloud infrastructures. As organizations accelerate AI adoption, they face a rapidly expanding attack surface fueled by hybrid architectures, constant data movement, and increasingly complex API integrations. Therefore, this enhanced collaboration aims to provide enterprises with a scalable, vendor-agnostic framework to secure AI deployments at every stage.
ARMOR, developed by WWT in collaboration with NVIDIA and strengthened through real-world implementation insights, offers a modular cybersecurity approach tailored to modern AI ecosystems. Built on practical expertise and field experience, the framework addresses the growing sophistication, speed, and scale of cyber threats targeting AI systems. At the same time, it integrates with the F5 Application Delivery and Security Platform (ADSP) to ensure applications and workloads operate securely and efficiently across multicloud environments.
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“For organizations of any size, ARMOR provides a scalable framework that can be continuously refined as new partners and technologies join the ecosystem,” said Istvan Berko, Global Head of AI Cyber and Innovation at WWT. “By embedding security from chip-to-cloud and aligning with industry organizations and compliance mandates, ARMOR articulates an end-to-end AI security approach that provides comprehensive coverage over key IT domains.”
Notably, ARMOR structures its methodology across six primary security domains, with Cyber Resilience serving as an overarching foundation. Each domain addresses distinct operational and security challenges, allowing enterprises to align their defenses with regulatory mandates, evolving threats, and operational maturity requirements.
First, the Governance, Risk, and Compliance (GRC) domain ensures AI systems meet regulatory, ethical, and policy standards. Within this area, F5 AI Guardrails functions as a proxy for AI traffic, inspecting prompts and responses to prevent data leakage, mitigate prompt injection, and block AI-specific attacks. In addition, the solution delivers logging, observability, and watermarking capabilities to support audit readiness and compliance verification.
Next, Secure AI Operations shifts organizations from reactive defenses to proactive strategies. Through real-time observability, predictive insights, and automation, F5’s web application firewall (WAF) solutions help reduce false positives while accelerating incident response. Furthermore, OpenTelemetry-compatible capabilities across F5’s ADSP enhance visibility and interoperability.
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The Model Protection domain introduces layered defenses, including runtime security, adversarial testing, and lifecycle traceability. F5 AI Red Team automates adversarial testing, while AI Guardrails dynamically protects against jailbreaks, data exfiltration, and prompt injection attacks. As a result, enterprises gain deeper insights into AI risk exposure and model behavior.
Meanwhile, Secure Development Lifecycle (SDLC) practices focus on integrating secure coding, threat modeling, and vulnerability remediation into development workflows. F5 ADSP’s XOps overlay integrates scanners, automation, orchestration, and AI assistants to ensure secure configurations remain consistent throughout development cycles without sacrificing agility.
Infrastructure Security further strengthens AI environments by enabling scalable identity protection and post-quantum cryptography readiness. Solutions such as F5 Distributed Cloud Services and BIG-IP Next for Kubernetes secure ingress and egress traffic while delivering load balancing, visibility, and network integration.
Additionally, the Data Protection domain establishes AI-specific data security strategies. F5 BIG-IP Local Traffic Manager standardizes secure communication between models and agents, while the latest BIG-IP v21.0 release introduces pre-configured S3 profiles to optimize AI storage performance across hybrid environments.
Finally, Cyber Resilience ties all domains together through zero trust and defense-in-depth principles, enabling organizations to prepare, respond, and recover from cyber incidents effectively.
“AI’s ascension and integration into every element of modern business have transformed what application, API, and infrastructure security should look like,” said Kunal Anand, Chief Product Officer at F5. “Together with companies like WWT, F5 is focused on helping CISOs and security teams implement game-changing AI capabilities while simultaneously addressing corresponding shifts in overall threat, compliance, and data sovereignty landscapes.”
Through this strengthened collaboration, F5 and WWT aim to empower enterprises with a comprehensive, future-ready security framework capable of protecting AI innovations while maintaining operational resilience in an increasingly complex digital landscape.
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