Deployment is a transition. Operation continues.
A release must become a healthy process, receive the intended traffic, and respond to failure. Infraveil connects those operating jobs beyond deployment.
Configure around the app, not inside its business logic.
Compatible managed applications use external commands and health settings instead of an embedded SDK. Managed deployment uploads selected source; no-source attachment observes existing systemd services without taking deployment or restart ownership.
Supervise the process and govern the managed route.
Connect the active release, process state, logs, health, and managed traffic. Apply configured restart limits and use recovery supported by the workload and available local state.
Centralization does not transfer every obligation.
Customers retain application correctness, infrastructure, secrets, data, and upstream protection. Infraveil operates the configured services and routes; protection on its own public endpoints does not transfer to customer workloads.
One operating model, with an explicit application boundary.
Hosted coordination and local runtime control connect release execution, supervision, managed traffic, investigation, fleet placement, maintenance, and supported recovery.
Your provider supplies compute. You retain application and infrastructure ownership. Native process supervision does not provide an operating-system sandbox.
Trace one application through startup, health failure, restart limits, and recovery using the installed component version and selected approval policy.
Follow a service through normal operation and failure.
Inspect an application with its host, release, health, output, and route. At fleet scope, compare capacity, set placement or ordering, exclude a host from new assignments, or target a selected group. Assignment is not data migration or automatic failover.
Test disconnection, cached continuity, and exhausted restart budgets. Hosted coordination can be delayed, and gateway controls do not replace upstream volumetric DDoS protection.
Keep implemented behavior, planned work, contractual commitments, and unverified outcomes distinct.
Specialist depth and a connected operating layer can coexist.
"It is observability."
Observation informs the action. The platform also supervises processes, applies configured policy, and carries out supported operating changes and local recovery.
"Our tools already integrate."
They may already fit well. Compare the remaining handoffs across startup, supervision, traffic, investigation, and recovery.
"Centralization adds risk."
Assess tenant boundaries, permissions, signing authority, local continuity, recovery limits, and hosted-plane dependence.
"Another vendor offers similar features."
Compare supported actions and observed outcomes rather than matching feature names.
"Which assurances are current?"
Confirm current terms for RBAC, SSO/SCIM, SOC 2, air gap, self-hosting, residency, and SLA; none is a universal promise here.
"What happens on exit?"
Review exports, package retention, routing changes, credential rotation, and removal procedures while you retain your infrastructure and code.
The category describes the operating job.
Evaluate how much operating work the model connects in your environment. Cost and response-time improvements need measurement.
Run, supervise, investigate, and recover within scope.
Release the configured application, supervise health, manage its gateway policy, and use supported recovery under the applicable approval controls.
Hosted coordination directs local work. Customers retain runtimes, application behavior, data, backups, and infrastructure. Control covers configured workloads and routes, not every process or request.
Check current components, installation and approval paths, recovery behavior, data handling, and agreement against your requirements.