Your applications. Your servers. Connected operations.

Backend operations.
Built around the runtime.

Infraveil runs and supervises managed applications on your Linux servers. The same runtime connects their releases, health, logs and traffic controls—so you can investigate and act without rebuilding the picture.

Explore the demo How it works

Local software does the work. The hosted dashboard gives you the controls—from one application to a fleet.

InfraveilProduct illustration
Production, connected.3 servers · 5 applications
App serverCheckout · Catalog
1 app needs you
Worker serverEmail · Reports
Running
API serverPublic API
Running
Checkout’s latest update failed.Inspect the app that needs you
Local runtime connected on each server
Instructions from the dashboard. Execution on your infrastructure.

The handoff is still yours

The alert is only
the start of the work.

The deployment tool says the update finished. Monitoring says the app is unhealthy. You still have to find its server, open the right logs, and switch tools to act.

01 / Deploy tool“Update shipped.”
02 / Monitor“App unhealthy.”
03 / Log viewer“Find the cause.”
04 / Terminal“Run the next action.”

The missing connection is the running application itself: what started it, where it lives, what it is reporting, and which controls apply to it.

Why the capabilities belong together

It starts with running the app.
The context comes with it.

When Infraveil starts a managed application, it already knows its server, release and startup settings. That relationship continues while the process runs: output, exits, health checks and managed-request decisions stay tied to the same workload.

The hosted control plane brings that context and the supported controls together. Inspect the failing app, choose an operating action, then check what its server reports back.

One running application, with the context to understand it and the controls to operate it.

Follow the runtime and control paths
InfraveilHosted control plane
Your dashboard

Choose the app, server, and action.

Instructions Health & results
Your Linux server
Infraveil runtimeStarts · supervises · applies controls
Your applicationAn ordinary process. Your code and dependencies.
Connected to the same app + server
ReleaseOutputHealthManaged requests
Illustration of a managed application. No Infraveil SDK is required in its source code.

The same model, at fleet scale

Place work. Plan maintenance.
Act across your servers.

Each connected server has a launcher that manages its assigned workloads. Those host and workload identities let you coordinate placement, maintenance, ordering and selected-group commands. Check capacity and report freshness, then choose the exact targets.

Fleet / ProductionIllustrative workspace
3 servers. 5 applications.Placement Maintenance Scoped commands
ServerCapacity in useApplicationsLast report
App serverNew assignments openCPU 68% · memory 72%CheckoutCatalog8 seconds ago
Worker serverNew assignments pausedCPU 24% · memory 38%EmailReports11 seconds ago
API serverFresh report neededWaiting for current readingsPublic API4 minutes ago
Selected commandRestart
Selected workloadsApp server / Checkout
Worker server / Email
Review 2 targets before sending
Review the targets, then check each reported result. A stale server report is not proof that its applications stopped.

Place deliberately. Choose eligible hosts using workload limits, labels and region preferences.

Prepare for maintenance. Pause new assignments without silently stopping existing applications.

Work at the right scale. Direct one workload or a selected group, with per-target outcomes.

The daily work, connected

One application.
The controls around it.

Move from the fleet into a single app. Its release, process health, logs, managed traffic, and recovery stay tied to that application and its server.

01 / Deploy

Give the release a path
all the way to running.

Provide a package and the commands to install, build, and start it. Infraveil’s runtime executes those steps on the selected server and reports the application’s state.

Explore application controls
Checkout / App serverIllustration
Selected releaseCheckout 1.8.4
  1. Install dependenciesConfigured install command
  2. Build the applicationConfigured build command
  3. Start the processConfigured start command
  4. Check the running appWaiting for its health report
02 / Health

Know what is running.
Know when to step in.

The runtime observes process exits and checks the health you define. Bounded restarts give a failing app a stopping point instead of an endless retry loop.

Explore application controls
Checkout / App serverIllustration
Needs attentionRetries stopped.The app did not pass its health check.
Attempt 1 FailedAttempt 2 FailedAttempt 3 Failed
Example restart limit reached. An operator action is needed.
03 / Logs

Investigate the app.
Not a trail of open tabs.

Read application logs, runtime logs, and recent changes with the service and server already in context. See what happened around the time the app stopped responding.

Explore application controls
Checkout / App serverIllustration
Recent activityApplication + runtime
Update started1.8.4
Application startedProcess
Application exitedRuntime
Health check failedHealth
The same application. The same server. A clearer place to investigate.
04 / Traffic

Put rules on the path
to your application.

Apply request limits and security policy to traffic routed through the managed gateway. Inspect its route and policy decision alongside the app it was trying to reach.

Explore application controls
Checkout / Managed routeIllustration
Incoming requestCheckout
Infraveil gatewayCheck your traffic rules
Within the limitSent to the appOver the limitRequest rejected
These rules apply to traffic sent through this gateway.
05 / Recovery

A failed update needs
a next step.

Inspect the failure, restart where supported, or use the configured recovery path to a previous version. Check the reported application state after the action.

Recovery options depend on the application and its setup. Restoring code does not restore application data.

Explore application controls
Checkout / App serverIllustration
Current version1.8.4Unhealthy
Previous version1.8.3Available for recovery
Next stepReview the recovery actionNo action has been sent.
An available version is a recovery option, not a guaranteed outcome.

The same context reaches the rest of the workspace

Investigate across apps Grouped incidents and a service catalog connect problems to the workloads involved.Share reported health Publish a status page from the operating state Infraveil has received.Use scoped tools Connect an authorized MCP client to named inspection and operating actions.

Your code. Your infrastructure.

Keep what you built.
Choose how you operate it.

Connect a Linux server and configure a supported application. No Infraveil SDK is required in your app’s source. Your startup commands, dependencies, and health checks tell the runtime how it should run.

Manage an application

Let Infraveil run the lifecycle.

In managed-package mode, the runtime handles the configured install, build, start, supervision, and recovery steps. The dashboard is where you direct that work.

Observe an existing service

Keep its current process manager.

Attach an existing systemd service for observation. Your existing tools retain deployment and restart control; attachment does not transfer that lifecycle to Infraveil.

You keep your servers, application data, DNS/TLS setup, and specialist monitoring or paging tools. Infraveil connects the operating work around the applications you bring under management.

Setup details Security & data handling

Bring the operation together

See the fleet.
Get to the app.
Take the next step.

Explore the dashboard, or talk through how Infraveil would fit your servers and applications.

Open the demo Talk to Infraveil

Professional

$99 / month

2 connected servers · 5 managed servicesYour server hosting is paid separately.View the full pricing

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