PeraltaCC Documentation
PeraltaCC Documentation
PeraltaCC is a comprehensive platform for managing Peralta Community College redistricting initiatives and ERP (Enterprise Resource Planning) automation, built with Claude Flow v3 for functional alignment across the district.
What is PeraltaCC?
PeraltaCC provides a complete solution for:
- Redistricting Management - District boundary planning and optimization
- ERP Automation - Streamlined enterprise resource planning workflows
- Functional Alignment - Cross-departmental coordination and synchronization
- Bid & Proposal Automation - Proposal generation and management tools
- Documentation & Compliance - GitBook-integrated governance and quality gates
- District Operations - Community college administrative processes and automation
Key Features
✅ Redistricting Tools - Boundary planning and optimization algorithms
✅ ERP Automation - Streamlined business process workflows
✅ Claude Flow v3 Integration - Advanced AI workflow automation
✅ GitBook Documentation - Professional proposal and governance documentation
✅ Bid Management - Automated proposal and deliverable tracking
✅ Quality Gates - Branch protection, submission requirements, and go/no-go criteria
Quick Start
Prerequisites
# Required tools- Node.js >= 18.0.0- npm >= 8.0.0- Git- GitBook (optional, for docs editing)Installation
# Clone the PeraltaCC repositorygit clone https://github.com/Fused-Gaming/PeraltaCC.gitcd PeraltaCC
# Install dependenciesnpm install
# Start developmentnpm start
# Run testsnpm test
# Build for productionnpm run buildProject Structure
├── .github/ # GitHub templates and workflows├── .npmignore # npm ignore configuration├── docs/│ ├── addendum-bid/ # Addendum bid deliverables (Tasks 1-6)│ ├── gitbook/ # GitBook documentation (canonical source)│ └── proposals/ # Proposal artifacts and references├── src/│ ├── components/ # React components│ ├── pages/ # Application pages│ ├── utils/ # Utility functions│ └── styles/ # Styling├── package.json # Dependencies and scripts├── CONTRIBUTING.md # Contribution guidelines├── CODE_OF_CONDUCT.md # Code of conduct├── SECURITY.md # Security policy├── CHANGELOG.md # Version history└── README.md # Project overviewKey Deliverables
Bid & Proposal Documentation
- Addendum Package - Tasks 1-6 organized in
/docs/addendum-bid/ - First Report (Task 5) - Initial findings and recommendations
- Certifications (Task 6) - Compliance and audit certifications
- Final Delivery Proposal - Platform deployment recommendation
Core Features
| Feature | Description | Status |
|---|---|---|
| Redistricting Tools | District boundary planning and optimization | Active |
| ERP Automation | Workflow automation for college operations | Active |
| GitBook Integration | Professional documentation with Git Sync | Active |
| Governance Gates | Quality gates and submission requirements | Active |
| Bid Management | Proposal tracking and deliverable organization | Active |
Documentation Platforms
Primary: GitBook (docs/gitbook/) with Git Sync to repository
Preview: Vercel (optional, for static hosting snapshots)
Legacy: Root-level proposal documents (being reorganized into GitBook)
Deployment Patterns
Quick Deployment Reference
| Cloud Provider | Guide | Time | Complexity |
|---|---|---|---|
| AWS | AWS Setup | 2-3 hours | Medium |
| Google Cloud | GCP Setup | 2-3 hours | Medium |
| Azure | Azure Setup | 2-3 hours | Medium |
| Kubernetes | K8s Setup | 1-2 hours | Low |
Configuration Examples
Terraform Example
# AWS VPC Configurationmodule "vpc" { source = "./modules/vpc"
cidr_block = "10.0.0.0/16" availability_zones = ["us-east-1a", "us-east-1b"] enable_nat_gateway = true enable_vpn_gateway = true}
# RDS PostgreSQLmodule "database" { source = "./modules/rds"
engine_version = "14.7" instance_class = "db.r5.xlarge" allocated_storage = 1000 multi_az = true backup_retention = 30}Operations & Monitoring
Key Metrics
- Availability: 99.99% SLA
- Latency: <50ms p99
- RPO: <5 minutes
- RTO: <15 minutes
Monitoring Stack
- Prometheus - Metrics collection
- Grafana - Visualization and dashboards
- ELK Stack - Centralized logging
- PagerDuty - Incident alerting
Security & Compliance
Security Framework
- Defense-in-Depth - Multiple security layers
- Zero Trust - Identity and access management
- Network Segmentation - VPC and security groups
- Data Encryption - Transit and at-rest
- Audit Logging - Complete compliance trail
Compliance Standards
- ✅ PCI DSS Level 1
- ✅ SOC 2 Type II
- ✅ ISO 27001
- ✅ GDPR Compliant
PDF Documentation Download
Comprehensive Peralta Guide (33 pages)
This documentation is also available as a complete PDF with:
- Full system architecture diagrams
- Terraform module reference
- Ansible playbook examples
- Security hardening checklist
- Operational runbooks
- Troubleshooting procedures
Common Deployment Scenarios
Scenario 1: AWS Production Deployment
Goal: Deploy to AWS with high availability
Steps:
Time: 3-4 hours
Scenario 2: Kubernetes (Self-Hosted)
Goal: Deploy to existing Kubernetes cluster
Steps:
Time: 2-3 hours
Scenario 3: Multi-Cloud Deployment
Goal: Deploy across AWS and GCP for redundancy
Steps:
Time: 6-8 hours
FAQ & Troubleshooting
Common Questions
Q: What are the minimum system requirements?
A: See Prerequisites
Q: How long does deployment take?
A: 2-4 hours depending on cloud provider. See Deployment Guide
Q: How do I backup and restore?
A: See Disaster Recovery
Q: What about compliance requirements?
A: See Compliance & Standards
Getting Help
- Documentation: You’re reading it!
- Deployment Issues: Deployment Guide
- Configuration Help: Configuration Guide
- Technical Support: GitHub Issues
- Email Support: security@vln.gg
Next Steps
Choose your deployment path:
- 🚀 5-Minute Overview - High-level introduction
- 📋 Check Prerequisites - Prepare your environment
- 🔧 Deploy to AWS - AWS deployment guide
- ☸️ Deploy to Kubernetes - K8s deployment
- 📖 Full PDF Guide - Complete documentation
Last Updated: April 2026 | View Changelog