- Access Control
- Application
- Authorization
- Bare Metal
- Cloud
- Cloud Native
- Cloud Workload
- Container Orchestration
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- Containers
- Continuous Integration and Continuous Deployment
- Cybersecurity
- Data Center
- DevOps
- DevSecOps
- East-West Traffic
- Enterprise
- Firewall
- Infrastructure-as-Code
- Kubernetes
- Least Privilege
- Metadata
- Microsegmentation
- Multicloud
- Networking
- Network Topology
- Observability
- on-premises
- Policy Automation
- Protection
- Public Cloud
- Services
- Visibility
- Zero Trust
- Zero Trust Network
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Who is Aporeto?
Aporeto is a security company that provides cloud-native workload protection using identity-based microsegmentation and policy automation across hybrid and multi-cloud environments.
- Identity-based microsegmentation for workloads across containers, Kubernetes, virtual machines, and bare-metal hosts (cloud workload security).
- Policy-driven security that defines and enforces access based on application identity and context rather than network location (zero trust security).
- Visibility and classification of application traffic flows to model, simulate, and refine security policies (network and application observability).
- Integration with cloud platforms and DevOps pipelines to embed security policy into Continuous Integration and Continuous Deployment (CI/CD) and Infrastructure-as-Code (IaC) workflows (cloud DevSecOps).
- Centralized management of security policies and workload identities across on-premises (on-prem) data centers and public clouds (hybrid and multi-cloud security).
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More About Aporeto
Aporeto focuses on security for cloud-native and distributed applications, with offerings that apply identity-based controls to workloads running in containers, Kubernetes clusters, virtual machines, and traditional hosts. Its approach classifies and secures communication based on cryptographic identities and application attributes, rather than relying on IP addresses or subnets. This aligns with zero trust security (zero trust security), where access is granted according to verified identity and context for every connection.
In enterprise environments, Aporeto is positioned for organizations that operate hybrid and multi-cloud infrastructures and need consistent policy enforcement across on-prem data centers and public cloud providers. Security teams can define policies that describe how services are allowed to interact, independent of the underlying network topology. This model supports workloads that move between clusters, nodes, and clouds without requiring manual network rule changes, because access control follows the workload identity.
The architecture commonly integrates with container orchestration platforms such as Kubernetes (cloud-native infrastructure), service-oriented and microservices-based applications, and virtualized or bare-metal environments. Aporeto deploys distributed enforcement points that observe and control traffic between workloads, using metadata, labels, and cryptographic credentials to authenticate and authorize communications. Policies can be expressed at a high level, such as by application, role, or environment, and then compiled into enforcement rules across the infrastructure.
From a technology perspective, Aporeto uses concepts from microsegmentation (network security) and zero trust networking for east-west traffic inside and between clouds. Instead of perimeter firewalls based on IP ranges, it focuses on per-workload identity and per-connection authorization. This aligns with security architectures that separate security intent from physical network layout, which can reduce dependency on static network constructs like VLANs and firewall zones.
Aporeto’s capabilities are relevant to directories and marketplace taxonomies under categories such as cloud workload protection platforms (cloud security), microsegmentation (network security), zero trust network access for workloads (zero trust security), and DevSecOps integration for cloud-native applications (DevSecOps). Enterprises use these capabilities to define, simulate, and enforce least-privilege communication policies between services, monitor application flows, and maintain consistent security posture as applications evolve across hybrid and multi-cloud deployments.
Our description of Aporeto. Updated December 2025.
