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Zero Trust for Workloads Fast Facts
Aviatrix Zero Trust for Workloads delivers runtime zero trust enforcement for every workload—virtual machine, container, and cloud native or serverless service—across every major cloud. This Fast Facts explores how Aviatrix Zero Trust for Workloads extends protection beyond traditional compute to cover dynamic environments, such as AWS Lambda, ECS, Azure Functions, and GCP Cloud Run, where workloads are short-lived, highly distributed, and often invisible to perimeter- or agent-based tools.
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Securing AI Agents Across Clouds
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LiteLLM Supply Chain Attack: Defending Against Advanced Threats with Aviatrix
The LiteLLM breach was a sophisticated supply chain attack by a group known as TeamPCP. This breach revealed key weaknesses in cloud environments, including a lack of egress filtering and an overreliance on cloud native security defaults. Download this executive brief to learn how this attack happened and how Zero Trust security principles can protect organizations from similar incidents.
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Global Biopharmaceutical Leader Accelerates R&D from Months to Hours with Cloud Native Security Fabric
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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
Block Data Exfiltration: Runtime Zero Trust Control for Outbound Cloud Communication
Data breaches don't cause damage at the moment of entry. They cause damage when sensitive data leaves, quietly, over encrypted outbound connections that look completely legitimate. DLP tools need to inspect payloads. SIEM and EDR alert after the data is already gone. Perimeter firewalls were never designed to govern distributed cloud egress. Aviatrix takes a different approach entirely: instead of inspecting what the data is, it controls where the data can go, enforcing Zero Trust on outbound cloud communication before anything leaves the environment.
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