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The Aviatrix-Obot Partnership: Securing MCP Servers with Containment Architecture
Learn how the Aviatrix-Obot partnership provides enterprise-grade Model Context Protocol (MCP) security.

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Related Resources

Aviatrix Zero Trust for AI Workloads: Default-Deny AI Governance at the Network Layer
83% of organizations use AI daily, but only 13% have visibility into how workloads connect to LLM providers. Developers call OpenAI, Anthropic, and Bedrock APIs directly while shadow AI grows unchecked.

Vulnerability Deficit: Why Remediation Cannot Outrun Discovery
Vulnerability management has been the foundation of enterprise cybersecurity for two decades. This paper argues it is mathematically incapable of serving as the primary defense against today's threat landscape — and the argument doesn't rest on forecasts. It rests on data that already exists.

Aviatrix AgentGuard: The Containment Platform for AI Agents
Shadow AI is the fastest-growing attack surface in the enterprise. 97% of organizations that experienced an AI-related breach lacked proper access controls, and shadow AI adds an average of $670,000 in additional breach costs per incident.

The Priority Inversion — Why the SANS Mythos Report Has the Order Wrong
Sixty of the most respected cybersecurity experts in the world published the SANS Mythos Report in April 2026. They listed eleven priority actions for an era of AI-accelerated threats. Those actions are sound, but this paper argues that the priority ordering is inverted.

The Containment Platform - How Cloud Native Security Fabric Closes the Architectural Divide
Cloud Native Security Fabric (CNSF) is the architectural answer to fragmented, chokepoint-based cloud security. This whitepaper details how Aviatrix embeds policy enforcement directly into the cloud fabric, delivering default-deny egress across every workload, compute model, and cloud provider. Learn how SmartGroups, intent-based policy, and the Contain-Detect-Eliminate model work together to turn Zero Trust into a measurable, enforceable reality across your cloud environment.

The Containment Era — Why the Threat Model Outgrew the Architecture
The Cascade attack of March 2026 proved what security leaders suspected: detection-first architecture can no longer keep pace with threats that move through trusted channels. This whitepaper examines the Architectural Divide, the growing gap between cloud workload deployment and security enforcement, and explains why blast radius has become the metric that matters most. Download to understand the structural shift your security strategy needs to address.

144 to 1: The Security Blind Spot in Cloud Environments
In 30 days, thousands of cloud environments were hit with five supply chain attacks orchestrated by more than four threat actors. TeamPCP, UNC1069, LAPSUS$, and Vect ransomware exploited a security industry that perfected protecting human identities. Now, machine identities outnumber human ones by 144:1, and security teams must adapt.

The Manufacturing Architectural Divide: Securing Operational Resilience and Intellectual Property at Industrial Speed
Manufacturing organizations have rapidly adopted cloud infrastructures to meet the demands of global supply chains and production, but many still use legacy security models that cannot keep up the speed of cloud. Download this executive brief to learn how Aviatrix Cloud Native Security Fabric (CNSF) delivers a better solution to deliver centralized control and visibility, security policy enforcement, and agility for modern manufacturing enterprises.

The Financial Services Architectural Divide: Securing Digital Assets and Regulatory Trust at Fintech Speed
Financial institutions have scaled their cloud infrastructures to meet the demands of a 24
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