Signadot is a Kubernetes-native platform that empowers AI coding agents to verify code at scale. Combining fast, scalable ephemeral environments with a validation framework built for complex distributed systems, Signadot ensures high-velocity code generation results in safely merged pull requests.
Managed test execution framework running Playwright, Cypress, k6, or custom suites on pre-warmed runner pods inside the cluster, auto-routed to sandboxes.
Reusable, versioned validation workflows authored from natural language and run against live sandboxes.
What customers say
“Signadot for this (preview environments) use case fit what we were trying to do better than anything else. It was a more mature solution than the other stuff that we were looking at. And the return on the investment was obvious... just in infrastructure costs, it saves us about $2 million annually.”
CustomerSignadot customer
“Staging used to break and affect everyone using downstream or upstream services, including QA and frontend. Now with Signadot, each developer just maintains a single pull request and can keep adding changes there.”
CustomerSignadot customer
“On the margin, with the Signadot approach, 99.8% of the isolated environment's infrastructure costs look wasteful. That percentage looks like an exaggeration, but it's really not.”
CustomerSignadot customer
Signadot Platform
DoorDash uses Signadot local sandboxes to route production test flows to changed services running on developers’ workstations. Signadot reports removing separate staging, reducing testing lead time from 30 minutes to 60…
Brex replaced duplicated Kubernetes preview environments with Signadot sandboxes that copy only changed services. Signadot reports 99% lower infrastructure costs, about $2 million in annual savings, and service previews…
Miro uses Signadot sandboxes to validate agent tools and agent-generated code against live services in parallel. Signadot reports daily sandbox use by 50% of teams and 10× integration capacity; savings from retiring…
Signadot introduced the 'signadot cluster devmesh analyze' command to its CLI. This tool allows users to inspect the health and status of DevMesh-enabled workloads within a Kubernetes cluster. It specifically helps teams identify workloads that feature outdated or missing DevMesh sidecars, facilitating automated remediation through targeted workload restarts. The command provides JSON output, enabling integration with CI/CD workflows and tools like Argo Rollouts to ensure consistent sidecar deployments.
