The Control Plane for Operating Linux Infrastructure

Real-time visibility, fleet orchestration, and safe execution — with full auditability across servers, containers, and Kubernetes.

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Operating Infrastructure at Scale Is Hard

As systems grow, safe and consistent execution becomes increasingly difficult.

Coordinating actions across multiple servers requires manual orchestration
Validating changes across environments is difficult, and rollbacks are not always reliable
Observability provides insight, but acting on issues is still operationally heavy
Infrastructure components — VMs, containers, Kubernetes — are managed through separate workflows
Auditability and consistency often depend on manual processes

The core challenge is not visibility, but controlled and reliable execution.

Core Operational Capabilities

ServerMind is built around a unified model for operating infrastructure — not a collection of tools.

Real-Time Infrastructure State

<50ms streaming

Unified system visibility across servers, containers, and clusters

QUIC/WebTransport streaming — no polling, no TCP head-of-line blocking
File system, services, processes, and network — in one interface
Sub-second updates without refresh cycles
No context switching between tools or SSH sessions
Hardware inventory, disk I/O, network connections, and user management

Safe Execution & Rollback

Atomic rollback

Deterministic changes with built-in safety

Dry-run, diff, and validation before applying changes
SafeApply with automatic rollback on failure
Health gates during deployment (service, HTTP, process)
Config snapshots with diff, restore, and time-travel

Fleet-Scale Operations

Consistent execution across hundreds or thousands of nodes

Execute commands, configs, and deployments across the fleet
Canary and rolling strategies with failure thresholds
Per-agent tracking, retries, and partial success handling
Centralized orchestration without scripting pipelines

Kubernetes & Container Control

35+ K8s resources

Full cluster and container management — without context switching

Manage 35+ Kubernetes resource types in real time
Scale, restart, rollback, patch — directly from the control plane
Pod terminal and live logs over QUIC streaming
Docker/Podman integration alongside Kubernetes
Visual network policy builder and Helm lifecycle

Application & Runtime Observability

7 runtimes · 5 databases

Application and data-layer visibility without external tooling

JVM, Node.js, Python, .NET, Go runtime introspection
PostgreSQL, MySQL, Redis, MongoDB monitoring
Nginx, HAProxy, RabbitMQ, Kafka metrics
From infrastructure to application layer — in one view

Compliance, Security & Auditability

Full audit trail

Operational control with built-in governance

CIS benchmarks and policy-based compliance scanning
Full audit log of every action, user, and system change
File integrity monitoring and access tracking
Incident timeline with event correlation

Intelligent Operations

Context-aware AI with guardrails — not autonomous, controlled

Claude, GPT-4, Gemini, Copilot, and self-hosted Ollama
Reads logs, configs, and metrics — suggests scoped actions
Mutations require approval, destructive actions need double confirmation
Full audit trail of every AI-initiated operation

Access Control & Identity

100+ permissions

Fine-grained access control with enterprise identity integration

RBAC with custom roles and 100+ granular permissions
OIDC, SAML 2.0, LDAP/AD with break-glass local fallback
MFA/TOTP with backup codes and enforced enrollment
AD/LDAP/IPA domain join with SSSD and Kerberos

Alerting & Notifications

Threshold-based alerts routed to the right team, instantly

Slack, PagerDuty, Teams, Telegram, Discord, Email, Webhooks
Metric-based thresholds (CPU, memory, disk, network)
Log pattern matching and service status triggers
Severity routing, cooldown periods, and alert silencing

Backup, Snapshots & Recovery

Scheduled backups with config snapshots and point-in-time restore

S3, Azure Blob, GCS, SFTP, NFS, Backblaze B2, and more
Config snapshots with versioning, diff view, and restore
Scheduled backups with retention, encryption, and compression
SLO/SLI monitoring with error budgets and burn rate tracking

Uptime & Synthetic Monitoring

Proactive health checks with SLA tracking and response time history

HTTP, TCP, DNS, SSL, and Ping checks with configurable intervals
Uptime percentage with SLA calculation
SSL certificate expiration monitoring
Response time tracking with sparkline history

Scheduling & Automation

Cron jobs, fleet schedules, and recurring operations — managed visually

Visual schedule builder with interval, daily, weekly, and custom presets
Fleet scheduling with skip-if-running and retry-on-failure
System timers and cron jobs with enable/disable and manual trigger
Tracking: next run, last run, success/failure counts

Explore full product capabilities→

How ServerMind Works

From state to execution — without context switching.

1 — QUIC streaming

Observe

Real-time infrastructure state — no polling, no lag.

Metrics, logs, and system state streamed over QUIC — no polling
Servers, containers, and clusters in a single live view
Sub-second updates without SSH or refresh cycles

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2 — Unified timeline

Assess

Unified context across systems — no tool switching.

Configs, services, and logs aligned into a single execution timeline
Incident correlation across servers and runtimes
System, application, and database state in one context

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3 — Diff + validation

Decide

Every change is visible and validated before execution.

Diff + dry-run with validation against live system state
AI-assisted suggestions scoped to context (optional)
Clear impact assessment before any action

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4 — Scoped + rollback

Execute

Changes applied safely — scoped, gated, and reversible.

Scoped execution — per service, host, or cluster
Health gates with failure thresholds during deployment
Automatic rollback on failure — no manual intervention

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5 — Per-agent feedback

Verify

Immediate feedback and full auditability.

Live execution feedback per agent with status and rollback state
Full audit trail of every action, user, and system change
Deterministic outcome — no guessing

Real-time infrastructure state — no polling, no lag.

Metrics, logs, and system state streamed over QUIC — no polling
Servers, containers, and clusters in a single live view
Sub-second updates without SSH or refresh cycles

Unified context across systems — no tool switching.

Configs, services, and logs aligned into a single execution timeline
Incident correlation across servers and runtimes
System, application, and database state in one context

Every change is visible and validated before execution.

Diff + dry-run with validation against live system state
AI-assisted suggestions scoped to context (optional)
Clear impact assessment before any action

Changes applied safely — scoped, gated, and reversible.

Scoped execution — per service, host, or cluster
Health gates with failure thresholds during deployment
Automatic rollback on failure — no manual intervention

Immediate feedback and full auditability.

Live execution feedback per agent with status and rollback state
Full audit trail of every action, user, and system change
Deterministic outcome — no guessing

From visibility to controlled execution.

Get Started

Deploy ServerMind and start operating your infrastructure with full visibility and safe execution.

1

Register & activate

Create your account and get your activation code.

2

Install the server

Deploy ServerMind on your infrastructure — fully self-hosted, on-prem.

3

Deploy agents

Single binary per node — connects automatically to your server over QUIC.

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No credit card required to start. Fully self-hosted and on-prem.