Intelligent Self-Healing

AI-powered auto-resolution with safety controls. Reachability check → service recovery → verification → notification.

Home / Self-Healing

5-Tier Pipeline

1. Host Reachability

Verify host connectivity. If DOWN → escalation alert, no auto-resolve attempted.

PingEscalation

2. SSH Connectivity

If host UP but SSH DOWN → alert. If SSH works → verify service status.

SSHSecure

3. Service Recovery

If service DOWN → execute safe recovery commands (start/restart).

Auto-restartSafe

4. Verification

Only mark resolved if verification passes.

VerifyDouble-check

5. Live Notification

Notify every outcome — HOST DOWN, RECOVERED or FAILED — to your channels.

Multi-channelReal-time

GitOps Auto-Remediation

Declarative fixes via GitHub PRs / GitLab MRs for K8s YAML, Helm and Terraform.

GitHub PRIaC

Chaos Engineering

Controlled fault injection against non-production targets with a resilience scorecard.

Fault Injection

CPU/memory/network stress, container kill and service stop against non-prod targets.

StressControlled

Resilience Scorecard

Auto-measures MTTD/MTTR and correlation accuracy with safety auto-abort.

0–100Auto-abort
Proven Reliability

Self-Heal Probability

SYNOTI autonomously recovers from ~90% of failures without human intervention.

~90% Self-Heal
Probability

30+ monitoring services. 300s cooldown.
SYNOTI autonomously recovers from ~90% of failures without human intervention.

By the Numbers

SYNOTI in Production

0
Background Services
auto-restart · Docker
0
Prometheus Exporters
real-time metrics
0%
Self-Heal Rate
~90% auto-recovered
0
Endpoints Benchmark
100 GB/day
Trusted by Operators

What Teams Say

SYNOTI cut our MTTR from hours to under a minute for routine failures — the self-healing engine resolves most issues before my team even sees a ticket.
Operations Director
Financial Services
Air-gap readiness was the deciding factor. All 33 services run on our hardware with zero egress — exactly what our compliance team required.
Chief Information Security Officer
Government Sector
From Telegram ChatOps approvals to AI root-cause analysis, the platform fits how our SREs already work. Deployment took less than 15 minutes.
SRE Lead
Telecommunications
FAQ

Common Questions

~90% of routine failures resolve automatically with MTTR under 60 seconds for layers 1–3.
From 15-second component restarts up to LLM-driven complex incident resolution, with a verify step and RAG learning loop.
Reachability and SSH checks gate every action, only safe commands execute, and every action is audit-logged.
Enterprise Ready
Air-Gap ReadyZero TelemetryWazuh 4.x XDRMITRE ATT&CK15 SOAR Actions230+ REST APIs5 RBAC RolesMTTR < 60s
Process Flows

How It Works

End-to-end pipeline diagrams from the SYNOTI engine.

Recover from ~90% of failures automatically

Deploy SYNOTI on your infrastructure today — air-gapped, self-healing, AI-native.

Get Started Free → Contact Sales