Most zero trust implementations focus on user access and stop at the perimeter; once inside the cloud, workloads talk freely. Cloud providers offer their own firewalls and policies, but none provides consistent visibility or control across clouds.
Workload-to-workload traffic is invisible. Posture tools see configurations but not live runtime flows.
Zero trust fails without runtime encryption. Once inside the cloud, traffic is infrequently or inconsistently encrypted.
Kubernetes and serverless workloads spin up dynamically, bypassing static, perimeter-based controls.
Bring visibility, inline control, and audit-ready proof to the parts of the cloud where traditional tools can’t reach. Aviatrix Zero Trust for Workloads, part of the Aviatrix Cloud Native Security Fabric™(CNSF), delivers runtime zero trust enforcement across cloud-native workloads—VMs, containers, and serverless—preventing lateral movement and data exfiltration.
Advance zero trust beyond user access to meet CISA ZTMM 2.0 Network and Data pillars.
Leverage a unified fabric across a multicloud—AWS, Azure, GCP, and OCI—environment.
Produce audit-ready evidence aligned with HIPAA 2025, PCI DSS 4.0, NIS2, and DORA.
Aviatrix Zero Trust for Workloads secures workload-to-workload and workload-to-internet traffic in real time. And it is deployed transparently within existing cloud architectures, without network redesign or application disruption.
Stop exploit traffic, malware, and unauthorized communication in real time with distributed inspection.
Enforce outbound policy with selective NAT, domain, and geo filtering; prevent data exfiltration with dynamic intelligence.
Apply consistent zero trust policies, logging, and compliance visibility across AWS, Azure, GCP, and OCI—all managed from a single control plane.
Encrypt all cloud workload traffic (east-west, north-south, and cloud-to-cloud) at line-rate speeds without hardware or agents.
Contain lateral movement, reduce blast radius, and block data exfiltration while continuously enforcing regulatory and standards compliance.
Inline egress governance delivered directly at the workload boundary enables you to prevent data loss and unauthorized egress; verify, log, and policy-enforce all traffic; and get audit-ready telemetry for zero trust and compliance validation.
Inspects every outbound flow in real time, applying domain- and geo-based filtering to block unapproved destinations.
Identifies exploit traffic, malware, and command-and-control communication.
Provides continuous visibility and proof of compliance.
Enable visibility and deliver continuous zero trust enforcement across clusters and clouds to stop lateral movement and privilege escalation and protect workload-to-database and service-to-service communication.
Enforce runtime east-west segmentation between workloads and data tiers.
Dynamically map metadata, tags, and namespaces to enforce least-privilege communication.
Validate every connection for policy compliance.
Contain breaches with zero-trust microsegmentation across clouds. Reduce blast radius, enforce least-privilege access, and deliver continuous, verifiable segmentation evidence for audits.
Isolates workloads by trust zone, region, or namespace.
Policies follow workload identity and cloud metadata, not IP addresses.
Adapts as workloads scale or move across hybrid and multi-cloud environments.
As part of CNSF, Zero Trust for Networking integrates seamlessly with Zero Trust for Workloads to unify encryption, compliance, and simplicity across clouds and data center edges. Built on High-Performance Encryption (HPE), it secures the fabric itself.
Those tools stop at VPC boundaries and differ per cloud. Aviatrix unifies enforcement and visibility across clouds and runtime workloads.
A CNAPP, like [Wiz](https://aviatrix.ai/partners/wiz/), shows misconfigurations, while Aviatrix stops active threats and lateral movement in real time.
Mesh controls app-layer identity, while Aviatrix controls network-layer zero trust and cross-cluster egress.
No—Aviatrix deploys inline with existing topology, preserving routes and IP space.
Enforcement runs at line rate through distributed gateways so there is no app-visible impact.
Leverage a security fabric to meet compliance and reduce cost, risk, and complexity.
