RecoverNode — Independent Linux monitoring and guarded automatic recovery

Linux infrastructure resilience

Your server should not stay down until someone notices.

RecoverNode independently watches your Linux services, identifies where failures are occurring, and applies guarded local recovery only when the evidence supports it. When the cause is ambiguous, RecoverNode alerts instead of taking a risky disruptive action.

Free fit assessmentSee how it works
Fail-open by defaultIndependent observerGuided installation
RECOVERNODE STATUSPROTECTED
Observer nodeDNS path integrity · TLS · HTTP identity · TCP
Healthy
Recovery guardsNginx · application · watchdog · Pi power health
Armed
DECISION POLICYAmbiguous evidence → alert, do not reboot
Built forMSPsWeb agenciesSmall hosting operatorsSelf-hosted Linux teams

The outage gap

Safe automatic recovery is not the same thing as auto-restart.

Monitoring can tell you something broke. RecoverNode goes further by identifying where the failure is occurring and deciding whether recovery is actually justified. Hosted uptime tools can alert you, but they cannot safely determine whether a frozen reverse proxy, unhealthy application, DNS failure, routing problem, or monitoring-path failure should trigger disruptive action.

01

Observe independently

A separate Ubuntu node checks public sites, certificates, internal-reference and client-facing resolver paths, DNS answer TTLs, expected DNS delegation, authoritative nameservers, public recursive resolvers, semantic site identity, service ports, and private infrastructure.

02

Recover the correct service

Nginx and application failures are classified separately so the system targets the component that is actually unhealthy.

03

Stop recovery loops

Backoff, action budgets, cooldowns, persistent state, and lockout prevent repeated disruptive actions.

Guarded automation

Designed around the failures automation usually gets wrong.

RecoverNode treats an unreachable server as evidence—not proof. Network paths, DNS, routing, and the observer itself can fail. Remote observations therefore do not directly authorize a reboot.

Review the safety architecture →
Download Technical Overview
✓False-positive resistanceMultiple local checks before disruptive recovery.
✓Service-specific recoveryNginx and upstream applications are evaluated independently.
✓DNS path and content integrityInternal-reference and client-facing resolver comparison, UDP/TCP answers, TTL risk, delegation, authoritative, public-recursive, expected-IP, and semantic content checks can expose stale caches, resolver divergence, DNS drift, or a wrong site served with a successful HTTP status.
✓Correlated infrastructure alertsMatching multi-site network or DNS failures can be consolidated into one infrastructure incident instead of creating an alert storm.
✓Hardware and power evidenceWatchdog recovery remains separate from supported Raspberry Pi power-condition reporting.
✓Auditable decisionsEvery failure, action, cooldown, and lockout is logged.

What the deployment includes

Guided deployment for the environment you actually run.

The standard deployment includes the complete customer ZIP and walkthrough assistance. The installer discovers the environment, supports combined or separate Nginx and application hosts, creates the required configuration, installs the correct services, and validates the result without requiring manual configuration-file editing.

01

Discover

Read-only inventory detects Linux, services, ports, Nginx, applications, resolver configuration, effective Netplan state, configuration drift, watchdog support, Raspberry Pi capabilities, and likely topology.

02

Install

A guided walkthrough installs the observer, Nginx guard, application guard, combined-host components, and optional Raspberry Pi power-health monitoring where supported.

03

Validate and reverse

Verification, status, rollback, uninstall, persistent-journal, and cold-start guidance are included in the same package.

Launch offer

Complete RecoverNode deployment

$349

Founding deployment price

  • Independent observer plus one protected environment
  • Guarded Nginx and application-service recovery
  • DNS Path Integrity across internal-reference and client-facing resolvers, including TTL/cache-risk, UDP/TCP, delegation, authoritative, public-recursive, TLS, content-identity, and network-drift diagnostics
  • Recovery budgets, cooldowns, and lockout protection
  • Multi-site infrastructure incident correlation
  • Guided installation with verification and rollback tools
  • Technical documentation and walkthrough assistance
  • 30 days of configuration support

Start with an environment review

Before activation, we review the environment, confirm the supported topology, identify the services being protected, and verify the recovery boundaries so the deployment matches the way your infrastructure actually operates.

Compare options

Reduce unattended downtime

Know what failed. Recover what is safe. Escalate what is not.

Request a free fit assessment