[Open Source] A Multifunctional Intelligent Automated Operations and Maintenance Platform That Improves Fully Automated Cluster Operations Efficiency
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1. Project Overview
Dedicated to building an automated operations and maintenance platform integrating host management, configuration deployment, monitoring and alerts, fault diagnosis, security auditing, and other capabilities. We explore innovative tools such as sysAK and the ossre diagnostic tool, the efficient LCC (Libbpf Compiler Collection) development and compilation platform, and the netinfo network jitter monitoring system. These solutions enable rapid reporting, analysis, and resolution of system issues, improve fully automated cluster operations efficiency, and build an ecosystem for large-scale cluster operations and maintenance.
2. Open Source License
Licensed under MIT
3. Screenshots




4. Feature Overview
Objectives
Through community collaboration, we aim to build an automated operations and maintenance platform covering various typical service scenarios in cloud environments. These include online issue analysis and diagnosis, resource and anomaly event monitoring, system repair and emergency mitigation, security auditing, and CVE patch distribution. The platform provides powerful underlying system operations capabilities and integrates them into a unified intelligent operations platform to achieve automated operations and maintenance.
Function
- Host Management
- Configuration Center
- Security Auditing
- Monitoring and Alerts
- Intelligent Issue Diagnosis
- Release and Deployment
5. Tech Stack
Installation and Deployment
For detailed information, refer to the README.md document.
1. Build and Deployment
1.1 Dependencies
- nodejs >= 12.0.0
- python >= 3.6
- git
- tar
- wget
1.2 Compilation
1.3 Hot Patch Build Machine (Builder) Configuration
1.4 Deployment
2. RPM Package Deployment
2.1 Dependencies
- nodejs >= 12.0.0
- python >= 3.6
- git
- tar
- wget
- Rpmbuild
2.2 Compilation
- Dependency Installation
- Generate RPM Package
2.3 Deployment
- Install the RPM Package
- Start
3. Access Through the WEB Frontend
After successful deployment, you can access the SysOM frontend through the public or private IP address specified during deployment.