🛡️ Classification-Driven Business Resilience for Korean Martial Arts Education
🎯 Systematic Recovery Planning Through Enterprise-Grade Business Continuity

📋 Document Owner: CEO | 📄 Version: 1.4 | 📅 Last Updated: 2026-04-21 (UTC)
🔄 Review Cycle: Semi-Annual | ⏰ Next Review: 2026-10-21

Black Trigram's business continuity framework demonstrates how systematic recovery planning directly enables both educational resilience and cultural preservation excellence. Our classification-driven continuity approach serves as both operational necessity and demonstration of enterprise-grade security practices for an open-source educational gaming platform.

This plan ensures Korean martial arts education can continue during and after disruptive events, based on the Classification Framework impact analysis and recovery requirements. Our transparent continuity planning showcases how methodical preparation creates educational value through reduced downtime and enhanced service reliability for authentic Korean martial arts training.

— James Pether Sörling, CEO/Founder

Our business continuity planning is directly driven by the Classification Framework business impact analysis matrix, ensuring systematic recovery prioritization for educational services:

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graph TB
    subgraph BIA["📊 Business Impact Analysis"]
        EDUCATIONAL[🎓 Educational Impact<br/>Learning Disruption]
        OPERATIONAL[⚙️ Operational Impact<br/>Platform Availability]
        REPUTATIONAL[🤝 Reputational Impact<br/>Cultural Trust]
        TECHNICAL[💻 Technical Impact<br/>Service Degradation]
    end
    
    subgraph RECOVERY["🔄 Recovery Prioritization"]
        CRITICAL[🔴 Critical Recovery<br/>RTO < 15 minutes]
        HIGH[🟠 High Priority<br/>RTO 15min-4 hours]
        MEDIUM[🟡 Medium Priority<br/>RTO 4-24 hours]
        STANDARD[🟢 Standard Recovery<br/>RTO > 24 hours]
    end
    
    subgraph BUSINESS["🏢 Educational Functions"]
        CORE[🏗️ Core Education<br/>Combat Training]
        SUPPORT[🛠️ Support Functions<br/>Asset Delivery]
        CONTENT[📋 Content Management<br/>Repository Updates]
        MARKETING[📢 Community<br/>Social & Growth]
    end
    
    EDUCATIONAL --> CRITICAL
    OPERATIONAL --> HIGH
    REPUTATIONAL --> MEDIUM
    TECHNICAL --> HIGH
    
    CRITICAL --> CORE
    HIGH --> CORE
    HIGH --> SUPPORT
    MEDIUM --> SUPPORT
    STANDARD --> CONTENT
    STANDARD --> MARKETING
    
    style BIA fill:#1565C0,color:#fff
    style RECOVERY fill:#FF9800,color:#fff
    style BUSINESS fill:#4CAF50,color:#fff

Based on Classification Framework impact levels:

Business Function	🎓 Educational Impact	⚙️ Operational Impact	🤝 Reputational Impact	💻 Technical Impact	🎯 Recovery Priority
🥋 Combat Training Platform					🔴 Critical (RTO: 15 min)
📚 Educational Content					🔴 Critical (RTO: 15 min)
🔧 Development Pipeline					🟡 Medium (RTO: 4-24 hrs)
📢 Community Engagement					🟢 Standard (RTO: > 24 hrs)

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flowchart TD
    INCIDENT[🚨 Service Disruption<br/>Event Detected] --> ASSESS[📊 Business Impact<br/>Assessment]
    
    ASSESS --> EDUCATIONAL{🎓 Educational<br/>Impact Level?}
    ASSESS --> OPERATIONAL{⚙️ Operational<br/>Impact Level?}
    ASSESS --> REPUTATION{🤝 Reputational<br/>Impact Level?}
    ASSESS --> TECHNICAL{💻 Technical<br/>Impact Level?}
    
    EDUCATIONAL -->|Critical/Very High| IMMEDIATE[⚡ Immediate Response<br/>< 15 minutes]
    OPERATIONAL -->|Critical| IMMEDIATE
    TECHNICAL -->|Critical| IMMEDIATE
    
    EDUCATIONAL -->|High/Moderate| URGENT[🔄 Urgent Response<br/>< 1 hour]
    OPERATIONAL -->|High| URGENT
    REPUTATION -->|High/Moderate| URGENT
    TECHNICAL -->|High| URGENT
    
    EDUCATIONAL -->|Low| STANDARD[📅 Standard Response<br/>< 24 hours]
    OPERATIONAL -->|Moderate/Low| STANDARD
    REPUTATION -->|Low| STANDARD
    TECHNICAL -->|Low/Negligible| STANDARD
    
    IMMEDIATE --> CRITICAL_RECOVERY[🔴 Critical Recovery<br/>Full Resources<br/>AWS + GitHub Failover]
    URGENT --> HIGH_RECOVERY[🟠 High Priority Recovery<br/>Escalated Resources<br/>Multi-region Activation]
    STANDARD --> NORMAL_RECOVERY[🟢 Normal Recovery<br/>Standard Resources<br/>Scheduled Maintenance]
    
    classDef incident fill:#D32F2F,stroke:#B71C1C,stroke-width:3px,color:#ffffff
    classDef assessment fill:#FF9800,stroke:#F57C00,stroke-width:2px,color:#ffffff
    classDef decision fill:#2196F3,stroke:#1565C0,stroke-width:2px,color:#ffffff
    classDef immediate fill:#D32F2F,stroke:#B71C1C,stroke-width:2px,color:#ffffff
    classDef urgent fill:#FF9800,stroke:#F57C00,stroke-width:2px,color:#ffffff
    classDef standard fill:#4CAF50,stroke:#2E7D32,stroke-width:2px,color:#ffffff
    classDef recovery fill:#7B1FA2,stroke:#7B1FA2,stroke-width:2px,color:#ffffff
    
    class INCIDENT incident
    class ASSESS assessment
    class EDUCATIONAL,OPERATIONAL,REPUTATION,TECHNICAL decision
    class IMMEDIATE immediate
    class URGENT urgent
    class STANDARD standard
    class CRITICAL_RECOVERY,HIGH_RECOVERY,NORMAL_RECOVERY recovery

This Business Continuity Plan (BCP) establishes procedures to maintain and rapidly restore the Black Trigram Korean martial arts combat simulator during disruptions. As a frontend-only educational gaming platform with no backend infrastructure or persistent user data, our continuity strategy focuses on multi-region AWS CloudFront + S3 availability, GitHub Pages disaster recovery, source code protection, and build pipeline resilience.

Included Systems:

• 🌐 Multi-region AWS deployment (CloudFront + S3)
• 🔄 GitHub Pages disaster recovery hosting
• 📦 Source code repository (GitHub)
• 🔧 CI/CD pipeline (GitHub Actions)
• 🎵 Audio/visual asset delivery (S3 + CloudFront CDN)
• 🔐 Security scanning infrastructure
• 📡 Route53 DNS with health checks

Out of Scope:

• Backend services (none exist - frontend-only)
• User data persistence (session-only by design)
• Database recovery (no databases)
• Authentication systems (no user accounts)

Our GitHub-based frontend infrastructure supports several critical functions that require comprehensive business continuity planning for authentic Korean martial arts education.

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graph TB
    subgraph "Educational Functions"
        A[Black Trigram Platform] --> B[Combat Training Engine]
        A --> C[Eight Trigram System]
        A --> D[Vital Point Education]
        A --> E[Korean Cultural Content]
        A --> F[Performance Tracking]
        A --> G[Training Mode]
    end

    subgraph "Technical Components"
        B -.-> B1[GitHub Pages Hosting]
        B -.-> B2[Three.js 3D Rendering]
        C -.-> C1[Trigram State Machine]
        C -.-> C2[Combat Physics Engine]
        D -.-> D1[Anatomical Data]
        D -.-> D2[Strike Precision System]
        E -.-> E1[Korean-English Bilingual]
        E -.-> E2[Audio Assets CDN]
        F -.-> F1[Browser Session Storage]
        G -.-> G1[Training Scenarios]
    end

    subgraph "Criticality Ranking"
        B1 -.-> CR1[High: Platform availability]
        C1 -.-> CR2[Critical: Core gameplay]
        D1 -.-> CR3[High: Educational content]
        E1 -.-> CR4[Medium: Cultural authenticity]
        F1 -.-> CR5[Low: Session-only data]
        G1 -.-> CR6[High: Learning progression]
    end

    classDef critical fill:#ff6666,stroke:#333,stroke-width:2px,color:white;
    classDef high fill:#ffaa66,stroke:#333,stroke-width:2px;
    classDef medium fill:#ffff66,stroke:#333,stroke-width:2px;
    classDef low fill:#66ff66,stroke:#333,stroke-width:2px;

    class C1,C2,CR2 critical;
    class B1,B2,D1,D2,G1,CR1,CR3,CR6 high;
    class E1,E2,CR4 medium;
    class F1,CR5 low;

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flowchart TB
    subgraph "GitHub Infrastructure"
        GHP["📄 GitHub Pages\n(Disaster Recovery)"]
        GHR["🗃️ GitHub Repository\n(Source Code)"]
        GHA["⚙️ GitHub Actions\n(CI/CD Pipeline)"]
    end

    subgraph "AWS Primary Infrastructure"
        CF["⚡ CloudFront CDN\n(Global Distribution)"]
        S3US["💾 S3 us-east-1\n(Primary Storage)"]
        R53["📡 Route53\n(DNS + Health Checks)"]
    end

    subgraph "AWS Backup Region"
        S3EU["💾 S3 Backup Region\n(Redundancy)"]
    end

    subgraph "Browser Environment"
        FE["🖥️ Frontend Application\n(React + Three.js)"]
        SS["💾 Session Storage\n(Temporary State)"]
        AE["🎨 Audio/Visual Engine\n(Howler.js + Three.js)"]
    end

    subgraph "External Dependencies"
        CDN["🌐 npm CDN\n(Dependencies)"]
        FONT["📝 Font CDN\n(Korean Fonts)"]
    end

    GHR --> GHA
    GHA --> S3US
    GHA --> GHP
    S3US --> CF
    S3US -.backup.-> S3EU
    R53 --> CF
    R53 -.failover.-> GHP
    CF --> FE
    GHP -.DR.-> FE
    FE --> SS
    FE --> AE
    CDN --> FE
    FONT --> FE

    classDef github fill:#f5f5f5,stroke:#2979FF,stroke-width:2px;
    classDef aws fill:#FF9900,stroke:#232F3E,stroke-width:2px;
    classDef browser fill:#e1f5fe,stroke:#2979FF,stroke-width:2px;
    classDef external fill:#fff3e0,stroke:#FF9800,stroke-width:2px;

    class GHP,GHR,GHA github;
    class CF,S3US,S3EU,R53 aws;
    class FE,SS,AE browser;
    class CDN,FONT external;

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quadrantChart
    title Educational Function Priority Matrix
    x-axis Low Impact --> High Impact
    y-axis Low Urgency --> High Urgency
    quadrant-1 "Prioritize"
    quadrant-2 "Critical Action"
    quadrant-3 "Monitor"
    quadrant-4 "Contingent Effort"
    "Combat Training Engine": [0.9, 0.95]
    "Eight Trigram System": [0.95, 0.9]
    "Vital Point Education": [0.8, 0.85]
    "Korean Cultural Content": [0.7, 0.65]
    "Training Mode": [0.75, 0.7]
    "Performance Tracking": [0.5, 0.4]

Detection: Route53 health checks, CloudWatch alarms, or user reports.

Immediate Actions:

• Confirm outage via AWS Service Health Dashboard
• Verify Route53 health check status
• Automatic failover to GitHub Pages DR (if Route53 configured)
• Manual DNS update to GitHub Pages if automatic failover fails
• Communicate status to users via status page and social media
• Check S3 backup region availability

Escalation: If outage exceeds 15 minutes without automatic failover, escalate to CTO and manually switch DNS.

Detection: DNS resolution failures, health check alerts.

Immediate Actions:

• Verify AWS account status and billing
• Check Route53 service status
• Notify Response Team immediately
• Prepare manual DNS updates at domain registrar
• Communicate with AWS Support (Enterprise Support)

Escalation: Critical incident - immediate CEO and CTO notification required.

Detection: Security alert, unauthorized commit, or repository inaccessible.

Immediate Actions:

• Restrict repository access
• Notify Security Lead and CEO
• Initiate investigation and restore from latest backup if needed
• Communicate with affected contributors

Escalation: If data loss is confirmed, follow Recovery Strategies and notify all stakeholders.

Detection: Build failures, deployment errors, or CI/CD alerts.

Immediate Actions:

• Review build logs and error messages
• Roll back to last successful build if possible
• Notify DevOps Lead

Escalation: If unresolved after 1 hour, escalate to CTO and consider manual deployment.

Automatic Activation:

• Complete platform outage lasting > 30 minutes
• Security incident with critical impact classification
• Repository compromise or unauthorized access
• Build pipeline failure affecting deployments > 4 hours

Manual Activation Decision Criteria:

• Extended service degradation (>4 hours)
• Multiple system failures simultaneously
• Korean cultural content integrity compromised
• Educational continuity at risk for >24 hours

Assessment and Safety:

1. 🛡️ Safety First: Ensure system security and data integrity
2. 📊 Impact Assessment: Determine scope using criticality matrix
3. 🚨 Alert: Activate emergency communication procedures
4. 📋 Documentation: Begin incident logging with timestamps

Initial Actions:

• Access backup systems and alternative CDN
• Notify key stakeholders per communication matrix
• Verify repository integrity and access
• Initiate damage assessment checklist

Operational Continuity:

1. 🔄 System Recovery: Implement technical recovery per service-specific plans
2. 📢 Communication: Update users on status via GitHub Pages status banner
3. 🤝 Supplier Coordination: Engage GitHub Support and CDN providers
4. 📋 Resource Allocation: Deploy recovery team based on priorities

Critical System Procedures:

• CDN hosting: Failover to backup provider or direct GitHub Pages
• Build pipeline: Manual deployment procedures activation
• Source repository: Restore from local clones or GitHub backup
• Asset delivery: Activate cached or alternative CDN sources

Sustained Operations:

1. ⚙️ Alternative Operations: Manual build and deployment if needed
2. 🔄 Recovery Monitoring: Track recovery progress against RTO/RPO targets
3. 📈 User Updates: Regular status updates every 4 hours via social channels
4. 📊 Impact Tracking: Monitor accessibility metrics and user feedback

Recovery Validation:

• Verify all critical functions operational
• Test Korean font rendering and audio playback
• Validate combat physics and trigram system
• Confirm educational content accuracy

Return to Normal Operations:

1. ✅ System Restoration: Gradual return to full functionality
2. 📋 Validation: Comprehensive testing of all game systems
3. 📊 Impact Assessment: Final incident analysis and lessons learned
4. 📚 Documentation: Update BCP with improvements and new procedures

Post-Incident Actions:

• Conduct root cause analysis
• Update continuity procedures
• Brief team on lessons learned
• Schedule follow-up testing

• Verify S3 bucket accessibility and CloudFront distribution status
• Check CloudFormation stack health and outputs
• Invalidate CloudFront cache if stale content served
• Restore from S3 backup region if primary region fails
• Update Route53 health checks and DNS records
• Target recovery time: < 15 minutes (with auto-failover)

• Automatic: Route53 health checks trigger DNS failover
• Manual: Update DNS A/CNAME records to point to GitHub Pages
• Verify GitHub Pages deployment is current
• Communicate DR activation to users
• Target recovery time: < 15 minutes (automatic) or < 1 hour (manual)

• Sync missing/corrupted objects from backup region
• Verify S3 versioning and restore previous versions if needed
• Update CloudFront origin if switching regions
• Test content delivery after recovery
• Target recovery time: < 30 minutes

• Restore from GitHub backup or local clones
• Validate integrity of restored codebase
• Re-enable access with updated credentials
• Verify commit history and signatures
• Target recovery time: < 2 hours

• Re-run failed builds after addressing root cause
• Use manual build and deployment scripts if CI/CD is unavailable
• Deploy directly to S3 if GitHub Actions unavailable
• Document incident and update pipeline configuration as needed
• Target recovery time: < 4 hours

Our multi-region strategy leverages AWS global infrastructure with GitHub Pages as disaster recovery:

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graph LR
    subgraph "AWS Primary (us-east-1)"
        CF[CloudFront CDN<br/>Global Edge Locations]
        S3US[S3 Primary<br/>us-east-1]
        R53[Route53<br/>Health Checks]
    end
    
    subgraph "AWS Backup Region"
        S3BACKUP[S3 Backup<br/>Multi-Region Sync]
    end
    
    subgraph "GitHub DR Infrastructure"
        GHP[GitHub Pages<br/>Disaster Recovery]
        GHR[GitHub Repository<br/>Source Backup]
    end
    
    subgraph "Global Users"
        US[North America]
        EU[Europe]
        AS[Asia Pacific]
    end
    
    R53 --> CF
    CF --> S3US
    S3US -.backup sync.-> S3BACKUP
    R53 -.health check failover.-> GHP
    GHR -.fork backup.-> GHP
    
    CF --> US
    CF --> EU
    CF --> AS
    
    GHP -.DR failover.-> US
    GHP -.DR failover.-> EU
    GHP -.DR failover.-> AS
    
    classDef aws fill:#FF9900,stroke:#232F3E,stroke-width:2px,color:white;
    classDef github fill:#f5f5f5,stroke:#2979FF,stroke-width:2px;
    classDef users fill:#2196F3,stroke:#1565C0,stroke-width:2px,color:white;
    
    class CF,S3US,S3BACKUP,R53 aws;
    class GHP,GHR github;
    class US,EU,AS users;

Source Code Backup:

• GitHub repository with full commit history
• 50+ contributor forks provide distributed backup
• Local development clones on team workstations
• AWS CodeCommit mirror (optional for compliance)

Asset Backup:

• S3 versioning enabled for all objects
• Multi-region replication to backup S3 bucket
• CloudFormation templates in version control
• GitHub Pages maintains independent copy
• No dynamic data to backup (session-only design)

Infrastructure as Code:

• CloudFormation stacks version controlled
• Route53 DNS records documented in repository
• CloudFront distributions configuration as code
• Deployment scripts in GitHub repository

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gantt
    title Black Trigram BCP Maturity Roadmap
    dateFormat YYYY-MM
    section Phase 1: Foundation
    Basic BCP Documentation           :done, 2024-11, 2025-02
    GitHub Pages Primary Hosting      :done, 2024-11, 2025-01
    Manual Recovery Procedures        :done, 2024-12, 2025-01
    
    section Phase 2: Enhancement
    Automated Monitoring Setup        :active, 2025-01, 2025-03
    Alternative CDN Configuration     :2025-02, 2025-04
    Repository Mirror Automation      :2025-03, 2025-05
    
    section Phase 3: Optimization
    Incident Response Automation      :2025-04, 2025-07
    Advanced Monitoring & Alerting    :2025-05, 2025-08
    Quarterly BCP Testing             :2025-06, 2025-12
    
    section Phase 4: Maturity
    Multi-CDN Automatic Failover      :2025-07, 2025-10
    Continuous Resilience Testing     :2025-08, 2026-01
    Annual BCP Audit & Improvement    :2025-11, 2026-02

Escalation: If primary contact is unavailable, escalate to next in chain.

Templates: Use pre-approved incident notification templates for external communications.

• BCP Review: Annually, or after any major incident
• Tabletop Exercises: Semi-annually, simulate major incident scenarios
• Contact Verification: Quarterly, verify all contact information
• Backup Verification: Monthly, test restoration from backups
• Update Procedures: After any process or personnel change

Note: All team members must be familiar with this plan and their assigned roles.

흑괘의 길을 걸어라 - Walk the Path of the Black Trigram with Resilience

The Black Trigram Business Continuity Plan ensures that educational access to authentic Korean martial arts training remains available even during disruptions, maintaining our commitment to preserving and teaching traditional combat techniques through modern technology.

This Business Continuity Plan integrates with and references the complete ISMS documentation suite:

• 📈 Information Security Strategy - Strategic direction and AI-first operations
• 🏷️ Classification Framework - Business impact and classification methodology
• 🏗️ Security Architecture - Technical security implementation patterns for Black Trigram
• 📊 Security Metrics - Performance measurement framework

• 🔑 Access Control Policy - Zero-trust identity and access management
• 🌐 Network Security Policy - Cloud-native network protection and segmentation
• 🛠️ Secure Development Policy - Security-integrated SDLC practices
• 🔓 Open Source Policy - Open source business strategy and IP governance

• 🚨 Incident Response Plan - Comprehensive security incident management
• 🆘 Disaster Recovery Plan - Technical system recovery and restoration
• 💾 Backup Recovery Policy - Data protection and recovery procedures
• 📝 Change Management - Risk-controlled change processes
• 🔍 Vulnerability Management - Systematic security testing and remediation

• 💻 Asset Register - Comprehensive information asset inventory and management
• 📉 Risk Register - Enterprise risk identification, assessment, and treatment
• 📊 Risk Assessment Methodology - Quantified risk analysis framework

• 🤝 Third Party Management - Systematic supplier risk management and governance
• 🔗 Supplier Security Posture - Detailed third-party security assessments and monitoring

• 🏛️ Architecture - Black Trigram system architecture and design
• 🛡️ Security Architecture - Security controls and infrastructure
• 🔧 Workflows - Automated build and deployment pipelines
• 📅 End-of-Life Strategy - Long-term support and security patching
• 💰 Financial Security Plan - Infrastructure cost analysis and security investment
• 🔧 Development Guide - Build procedures and development environment

📋 Document Control:
✅ Approved by: James Pether Sörling, CEO
📤 Distribution: Public
🏷️ Classification:
📅 Effective Date: 2026-04-21
⏰ Next Review: 2026-10-21
🎯 Framework Compliance: