Twingate

Zero Trust Network Access – Remote access built for the modern workforce

Identity-based access for users, services, and AI agents that deploys in minutes, scales to every resource, and finally lets you retire your VPN.

Powerful Control

Robust device security, dynamic policy administration, flexible least privilege access with full and granular auditability.

High Performance

No tunnels or bottlenecks, direct-to-resource connectivity, fully cloud-agnostic, and virtually invisible to your distributed development groups.

Simple to Manage

Intuitive admin console, single customizable policy engine, seamless integration with leading security and identity suites.

Use Cases

VPN Replacement

With VPNs, VPN gateways need to be deployed and they are public and visible on the internet. As a result, gateways are constantly probed by attackers searching for weaknesses, requiring organizations to pay close attention to securing them. However, vulnerabilities in VPN gateways manufactured by all major vendors are regularly discovered, and zero day exploits or unpatched vulnerabilities render organizations highly exposed to breaches.

Device Security Controls

Twingate enables organizations to precisely control what types of devices are allowed to access protected corporate resources. With Twingate, fine-grained access policies can be established that screen users and devices against sets of permitted device characteristics, such as operating system type, whether screen lock is enabled, whether MDM or EDR is enabled, and more.

Kubernetes Operator

Use the Twingate Kubernetes Operator to manage and deploy Twingate on Kubernetes. This allows you to define and manage Twingate components and access authorizations directly from your Kubernetes deployment. This way, the configuration and access to your cluster are maintained in the same location.

Infrastructure Access

Twingate enables engineers and DevOps to manage and automate secure access to technical infrastructure, both on-premises and in the cloud.

Enhanced security. Twingate enables secure access to infrastructure without requiring anything to be publicly exposed on the internet via a jump server, Bastion host, or other endpoint. Twingate allows networks to remain hidden from the internet while allowing access to authorized users and services.
Fast deployment. Twingate can be deployed in under 15 minutes with a lightweight connector component, deployed on a single host within a network. No network reconfiguration or VPN server setup is required.
Programmatic configuration. Twingate supports Terraform and Pulumi and offers an Admin API to automate management of Twingate and access controls.
Granular permissions. Define access to individual resources with custom policies and groups, enabling a least privilege approach to access permissions.
Enable CI/CD workflows. Define narrow access permissions to internal infrastructure for automated services (e.g. Jenkins, CircleCI) hosted in the cloud.
Works with Kubernetes. Twingate can be deployed in Google Kubernetes Engine (GKE), Amazon EKS, and similar Kubernetes and microK8s deployments to address various use cases. The Twingate Kubernetes Operator provides seamless integration between your Kubernetes clusters and the Twingate Zero Trust Network.
Unified access. Easily access multiple clouds or multiple environments (e.g. development and staging) at the same time.