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Aviatrix High-Performance Encryption for MultiCloud [Solution Brief]
Aviatrix High-Performance Encryption (HPE) enhances cloud security by ensuring data remains encrypted throughout its transit across hybrid and multicloud environments. Unlike traditional solutions, Aviatrix HPE addresses vulnerabilities from unprotected traffic paths and lateral movement, providing automated, scalable encryption without hardware dependencies.
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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.
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.
Aviatrix Distributed Cloud Firewall
Lifting and shifting datacenter firewalls into the cloud created security gaps, performance limitations, and management complexity. Aviatrix Distributed Cloud Firewall (DCF) provides cloud native, dynamic security by:
Enforce End-to-End Network Encryption: Cloud Native, Fabric-Level Encryption for Zero Trust Architectures
In most cloud and hybrid environments, encryption remains fragmented, hardware-bound, and disconnected from enforcement. Download this solution brief to learn how Aviatrix enforces cloud native, fabric-level, end-to-end (E2E) network encryption across multicloud and hybrid environments by encrypting all data in transit between workloads, regions, clouds, partners, and on-prem.
Unified Cloud Network Fabric: A Cloud Native Architecture for Consistent Multicloud Networking
As enterprises scale across multicloud and hybrid environments, networking teams are forced to stitch together transit gateways, vWANs, firewall appliances, and manual route tables. The result is operational complexity and policy drift.
Secure Third-Party & External Access: Zero Trust Partner Connectivity at Cloud Scale
Modern enterprises depend on third-party connectivity, but most organizations still rely on traditional VPN and firewall-based B2B models that extend broad network trust once a tunnel is established. These legacy solutions introduce security risks, performance limitations, and scaling challenges. Read this solution brief to learn more about how Aviatrix secures third-party and external access with segmented, encrypted, policy-enforced connectivity powered by High-Performance Encryption (HPE).
Zero Trust Networking for Kubernetes at Cloud Scale
Kubernetes has become the foundation for modern application delivery. But as clusters expand across clouds and shared services, network connectivity quickly implies trust, and blast radius grows faster than traditional controls can manage. Most security approaches try to solve this by embedding agents, sidecars, or CNI modifications inside the cluster. That slows developer velocity, complicates upgrades, and introduces new failure domains. Aviatrix takes a fundamentally different approach: enforcing Zero Trust at the cloud network layer, outside the cluster, without touching the application runtime.
Zero Trust Network Segmentation: Enforce Explicit Trust Boundaries Across Cloud Environments
Most organizations already have VPCs, subnet isolation, cloud firewall rules, and Zero Trust initiatives in place. And most still struggle with flat connectivity the moment environments are interconnected, implicit trust across shared services, and segmentation that breaks as infrastructure changes. The problem is not intent. It is enforcement. This solution brief explains how Aviatrix enforces Zero Trust Network Segmentation as a continuous runtime control, not a static network design that erodes the moment your environment scales.
Stop Lateral Movement: Runtime Zero Trust Containment for Cloud Workloads
Cloud breaches rarely cause serious damage at the point of entry. The damage happens after, when attackers move laterally across workloads using valid credentials and trusted network paths that no one is governing. IAM stops unauthorized access. EDR and SIEM detect suspicious activity. But none of them stop movement once an attacker is already inside. This solution brief explains how Aviatrix
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