A comprehensive Site Reliability Engineering system for defining SLOs, managing error budgets, and streamlining incident response with zero dependencies.
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1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install afrexai-sre-platform
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
Copy this prompt to OpenClaw to install it automatically.
Help me install afrexai-sre-platform using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
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Get the raw skill files in a ZIP archive.
What is SRE & Incident Management Platform?
The SRE & Incident Management Platform is a complete framework designed to transition organizations from reactive firefighting to proactive operational excellence. It provides a structured approach to Site Reliability Engineering, covering everything from initial maturity assessments and service cataloging to advanced chaos engineering and toil reduction strategies. By leveraging these Openclaw Skills, teams can implement data-driven reliability targets and robust incident command protocols without the need for external software dependencies.
This platform synthesizes industry best practices like the Four Golden Signals, the RED method, and the USE method into actionable templates and workflows. Whether you are managing critical financial systems requiring five-nines availability or internal tools, this skill provides the necessary governance and automation hooks to maintain high service levels while allowing for rapid feature development through error budget policies.
SRE & Incident Management Platform Use Cases
- Establishing quantifiable SLIs and SLOs for backend services, frontend applications, and data pipelines to ensure customer satisfaction.
- Automating incident response using the Incident Command System (ICS) to reduce mitigation time during critical outages.
- Managing error budgets to provide clear signals on when to halt feature development in favor of reliability work.
- Executing blameless postmortems using the Five Whys and Fishbone methods to surface and address true root causes.
- Implementing chaos engineering experiments to validate system resilience against network latency, compute failures, and dependency outages.
- Utilizing Openclaw Skills to identify and eliminate manual toil, freeing up engineering time for high-value automation.
How SRE & Incident Management Platform Works
- Conduct a Phase 1 Reliability Assessment to baseline your current SRE maturity across dimensions like monitoring, automation, and on-call health.
- Define Service Level Indicators (SLIs) and set Service Level Objective (SLO) targets using the provided templates for different service types.
- Implement an Error Budget Policy that defines mandatory actions (such as deployment freezes or reliability sprints) based on budget consumption.
- Deploy monitoring based on the Four Golden Signals and structured logging standards to ensure high-fidelity alerting with linked runbooks.
- Activate the Incident Response Framework when alerts fire, assigning roles such as Incident Commander and Operations Lead to manage the resolution lifecycle.
- Close the loop with a Blameless Postmortem and track specific action items through completion to prevent incident recurrence.
SRE & Incident Management Platform Setup
To initialize the SRE framework within your environment, begin by creating a Service Catalog entry. You can interact with the system using natural language commands to trigger specific SRE workflows.
# Evaluate the current state of a specific service
"Assess reliability for payment-api"
# Set up SLI/SLO tracking for a new component
"Define SLOs for core-database"
# Initialize an incident response channel and roles
"Start incident for increased 500 error rates on checkout"
Ensure that your monitoring stack is configured to output the Four Golden Signals in a structured JSON format to fully utilize the automated analysis capabilities of these Openclaw Skills.
SRE & Incident Management Platform Data Schema & Taxonomy
The skill organizes operational data into several key structures to maintain a source of truth for reliability engineering.
| Document Type | Format | Key Metadata |
|---|---|---|
| Service Catalog | YAML | Tier, dependencies, traffic patterns, and infrastructure details. |
| SLO Specification | YAML | SLI measurements, rolling window targets, and burn rate alert configurations. |
| Error Budget Policy | YAML | Condition-based actions for healthy, warning, and exhausted states. |
| Incident Record | JSON/MD | Timeline, IC assignments, severity classification, and status updates. |
| Postmortem Report | YAML | Impact metrics, root cause analysis (5 Whys), and prioritized action items. |
| Chaos Experiment | YAML | Hypothesis, steady-state metrics, blast radius, and abort conditions. |
SRE & Incident Management Platform Advanced Features
- Multi-window, multi-burn-rate alert logic to distinguish between critical budget exhaustion and long-term trends.
- Self-healing automation hooks for common failure modes like disk saturation, pod crash loops, and certificate expiry.
- Predictive capacity planning models based on monthly growth percentages and bottleneck resource identification.
- Chaos Experiment Library covering network latency injection, dependency failure simulation, and 10x traffic spike testing.
- On-call health monitoring tracking metrics like pages per shift, off-hours interruptions, and false positive rates.
- Production Readiness Review (PRR) checklists to ensure every service meets reliability standards before launch.
SKILL.md
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