Alan Shreve
CEO

ngrok offers a cloud‑native universal gateway that lets developers and operators expose any local, Kubernetes, cloud, or on‑premise service via secure tunnels without reconfiguring firewalls or VPNs. Its platform provides URL‑based endpoints, a CEL‑based Traffic Policy engine for routing, authentication, and rate‑limiting, and built‑in observability and edge processing, consolidating networking, security, and analytics into a single solution.
Raised to date
$50MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.

CEO
Developers and operators often need to expose local services, legacy systems, or internal APIs to the internet or across networks, but configuring firewalls, VPNs, load balancers, and custom routing is complex, error‑prone, and slows iteration.
ngrok provides a cloud‑native universal gateway that consolidates networking, security, and observability into a single platform. By installing a lightweight agent or using the SDKs, users can create secure tunnels that expose any TCP, HTTP, HTTPS, or TLS service without changing firewall rules. Endpoints are defined as URLs and can be combined with expressive Traffic Policy rules—written in a CEL‑based language—to route, transform, authenticate, rate‑limit, or block traffic at any request lifecycle phase. The platform runs the traffic processing at the edge, offloading compute from the origin service and delivering built‑in analytics, logging, and real‑time inspection. This eliminates the need for separate load balancers, VPNs, and custom proxy configurations, enabling rapid development, testing, and production deployments from localhost to globally reachable services.
Primary users are software developers, DevOps engineers, and site reliability teams who need to expose development environments, microservices, webhooks, or internal tools quickly and securely, as well as enterprises seeking a unified gateway for API management and site‑to‑site connectivity.