Firecracker isolation
Each application workload runs inside a CPU microVM rather than as a plain process on a shared application host.
Tabbify runs OCI-packaged application workloads inside Firecracker microVMs. Compute arrives connected to the deploy path, tenant-private network, health state, public ingress, and the operational context used by your assigned engineer.
For product teams and agencies that need a production application environment without assembling a Kubernetes platform or maintaining a collection of unrelated servers.
The capability, the operating value, and the boundary are described together.
Each application workload runs inside a CPU microVM rather than as a plain process on a shared application host.
GitHub and manual remote deployment paths submit an asynchronous build and start workflow.
A workload joins its tenant network before selected routes receive public ingress, a custom domain, and TLS.
The console exposes current deployment state, health results, lifecycle controls, and a bounded local application-log tail.
Start with evidence, make the current boundary explicit, then apply the verified workflow.
Connect a GitHub repository or submit a supported remote deployment with the application manifest.
Tabbify prepares an OCI artifact and registers it for the selected application target.
The asynchronous deployment completes only after the configured workload checks succeed.
The application owner and assigned engineer use health, deploy status, lifecycle controls, and local logs to run the service.
These are the available building blocks; the workload-specific scope is confirmed during review.
A workload currently runs on one selected host. Capacity, placement, maintenance windows, and application-specific recovery steps are agreed for the workload; redundant placement and uninterrupted releases are not implied.