
Welcome to RubixKube™
The Reliability Layer for the AI Era
RubixKube is an AI-native mesh of agents that prevents downtime, safeguards revenue, and gives you peace of mind at scale. Think of it as your second brain for infrastructure — one that never sleeps, never forgets, and always protects your uptime.Currently in Beta - RubixKube is ready for testing on dev/staging environments. Production-ready release coming soon!
What is RubixKube?
RubixKube combines AI agents, deep Kubernetes knowledge, and automated remediation to create a self-healing infrastructure layer:Observes Like an SRE
Continuously monitors your infrastructure, understanding context and dependencies
Diagnoses Root Causes
Automatically analyzes failures with dependency graphs and timelines
Prevents Incidents
Detects risky deployments and configuration drift before they cause outages
Fixes Issues Autonomously
Proposes or applies safe remediations with built-in guardrails
Quick Start Guide
Get up and running with RubixKube in just a few steps:1
Create Your Account
2
Choose Your Installation Method
Install RubixKube on a Kubernetes cluster - local or cloud
3
Start Monitoring
Watch RubixKube observe your infrastructure and detect issues
First Steps Tutorial
Your first 15 minutes with RubixKube
4
See It in Action
Break things on purpose and watch RubixKube fix them
Try Breaking a Pod
Learn by watching RubixKube detect and remediate issues
Core Concepts
Understand the technology powering RubixKube:Site Reliability Intelligence (SRI)
Learn about the new category RubixKube is defining
Agent Mesh Architecture
How specialized AI agents collaborate to solve problems
Memory Engine
How RubixKube learns from every incident
Safety Guardrails
Built-in safety mechanisms for autonomous operations
Popular Tutorials
Hands-on guides to help you master RubixKube:First Steps
Navigate the dashboard and run your first queries
Fix ImagePullBackOff
Watch RubixKube detect and fix container issues
Fix OOMKilled Pods
See memory analysis and auto-remediation
RubixKube in Action
Real-world production scenario walkthrough
Talk to Your Infrastructure
Use natural language to query your cluster
Key Features
What makes RubixKube different: AI-Native Agent Mesh
AI-Native Agent Mesh
Specialized AI agents work together:
- Detective Agent - Investigates root causes
- Remediation Agent - Proposes and applies fixes
- Memory Agent - Learns from past incidents
- Guardian Agent - Enforces safety policies
Evidence-Linked Root Cause Analysis
Evidence-Linked Root Cause Analysis
Every incident comes with:
- Dependency graphs showing impact radius
- Timeline of events leading to failure
- Logs and metrics correlated automatically
- AI-generated explanations in plain English
Predictive Failure Prevention
Predictive Failure Prevention
Catch issues before they impact users:
- Detect risky deployments
- Identify configuration drift
- Spot resource exhaustion early
- Alert on anomalous patterns
Conversational Infrastructure Control
Conversational Infrastructure Control
Manage your cluster using natural language:
- “Why is my checkout service slow?”
- “Show me pods with high memory usage”
- “What changed in the last hour?”
- “Restart the payment service”
Business Impact Metrics
Business Impact Metrics
Connect infrastructure to revenue:
- MTTR and MTTD tracking
- Cost of downtime calculations
- Reliability scores and trends
- Executive-friendly reports
Who is RubixKube For?
DevOps Engineers
Automate incident response and reduce toil
Site Reliability Engineers
Enhance observability and cut MTTR
Platform Engineers
Build self-healing infrastructure at scale
Junior Developers
Learn SRE practices with AI guidance
Engineering Managers
Reduce on-call burden and improve velocity
CTOs & VPs
Protect revenue and improve reliability metrics
Important: Beta Software
Support & Community
Need help? We’re here for you:Email Support
Documentation
Browse comprehensive guides and tutorials
GitHub
Open source components and examples
Community Slack
Join fellow SREs and platform engineers
Open Source & Contributing
This documentation is open source! Anyone can contribute to make it better.Contribute to Docs
Found a typo, unclear explanation, or missing information? Help us improve!
Contributing Guide
Learn how to submit changes, report issues, and join the community
GitHub Repository
View source code, open issues, or submit pull requests
Code of Conduct
Our community guidelines for respectful collaboration
Ready to Get Started?
Read Beta Disclaimers First
Understand the limitations and safety notes before diving in