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Technical Requirements Checklist

Purpose​

This checklist ensures system compatibility and validates technical requirements for Phoenix Rooivalk deployment. Use this during technical validation to assess infrastructure, integration, and operational requirements.

Section 1: Site Infrastructure Assessment​

Physical Environment​

  • Site Survey Completed

    • Coverage area mapped and documented
    • Terrain analysis completed
    • Environmental conditions assessed
    • Access routes identified
    • Power sources located

  • Environmental Conditions

    • Temperature range: -40°C to +70°C
    • Humidity: 0-95% non-condensing
    • Altitude: Sea level to 5,000m
    • Weather: All-weather operation capability
    • Dust/sand protection required
    • Corrosive environment protection

Power Requirements​

  • Base System Power

    • 500W typical power consumption available
    • 1,000W peak load capacity
    • 4-hour battery backup capability
    • Solar integration option (if required)
    • UPS system for critical operations

  • Power Distribution

    • Dedicated circuits for Phoenix Rooivalk systems
    • Ground fault protection
    • Emergency power backup
    • Power monitoring and alerting

Network Infrastructure​

  • Connectivity Requirements

    • High-speed internet (fiber preferred)
    • Redundant connectivity options
    • Satellite communication backup
    • Cellular network coverage
    • Mesh networking capability

  • Network Security

    • Firewall configuration
    • VPN access for remote monitoring
    • Network segmentation
    • Intrusion detection systems
    • Secure communication protocols

Section 2: Hardware Compatibility​

Computing Requirements​

  • Edge Computing Platform

    • NVIDIA Jetson AGX Orin compatibility
    • 275 TOPS AI performance capability
    • 32GB LPDDR5 memory minimum
    • 64GB eMMC storage minimum
    • CUDA cores and Tensor cores support

  • Sensor Integration

    • RF spectrum analysis capability
    • Radar detection system integration
    • EO/IR camera support
    • Acoustic sensor integration
    • LiDAR system compatibility

Drone Platform Requirements​

  • VTOL Mothership Platform

    • Autonomous takeoff/landing capability
    • 2-4 hour flight endurance
    • Swarm coordination capability
    • Multi-sensor payload integration
    • Weather-resistant design

  • Interceptor Drones

    • High-speed threat neutralization
    • Non-destructive and kinetic options
    • Autonomous targeting capability
    • Evidence collection systems
    • Rapid deployment capability

Section 3: Software Requirements​

Operating System​

  • RedHawk Linux RTOS
    • Real-time performance capability
    • Deterministic task scheduling
    • Low latency operation
    • Security compliance (SELinux)
    • Secure boot capability

AI/ML Capabilities​

  • YOLOv9 Integration
    • 95.7% mAP object detection accuracy
    • Real-time processing capability
    • Multi-sensor fusion support
    • Edge computing optimization
    • Model update capability

Blockchain Integration​

  • Solana Primary Chain

    • 65,000+ TPS capability
    • Sub-second finality
    • Low transaction costs
    • Proof of History consensus
    • Horizontal scaling support

  • EtherLink Secondary Chain

    • Cross-chain bridge capability
    • Multi-jurisdiction compliance
    • Backup evidence storage
    • Enterprise system integration
    • Redundancy and failover

Section 4: Integration Requirements​

Existing Systems Integration​

  • Security Systems

    • CCTV camera integration
    • Access control system integration
    • Perimeter sensor integration
    • Command and control center integration
    • Alert and notification systems

  • Communication Systems

    • Radio communication integration
    • Satellite communication support
    • Cellular network integration
    • Mesh networking capability
    • Emergency communication systems

Data Integration​

  • Data Storage

    • Local storage capability
    • Cloud storage integration
    • Blockchain evidence storage
    • Data retention policies
    • Backup and recovery systems

  • Data Analytics

    • Real-time monitoring dashboards
    • Historical data analysis
    • Threat intelligence integration
    • Performance metrics tracking
    • Reporting and alerting

Section 5: Performance Requirements​

Response Time Requirements​

  • Detection Latency
    • <50ms threat detection
    • <100ms initial classification
    • <200ms end-to-end response
    • Real-time processing capability
    • Concurrent threat handling

Accuracy Requirements​

  • Detection Accuracy
    • 95%+ detection accuracy
    • <2-5% false positive rate
    • Multi-sensor fusion capability
    • Weather-independent operation
    • Low-light condition operation

Autonomy Requirements​

  • SAE Level 4 Autonomy
    • Complete edge autonomy
    • No network dependency
    • Autonomous decision making
    • Human oversight capability
    • Override and intervention options

Section 6: Security and Compliance​

Security Requirements​

  • Cybersecurity

    • Zero-trust security architecture
    • End-to-end encryption
    • Secure communication protocols
    • Access control and authentication
    • Intrusion detection and prevention

  • Physical Security

    • Tamper-resistant hardware
    • Secure storage facilities
    • Access control systems
    • Environmental monitoring
    • Backup and redundancy

Compliance Requirements​

  • ITAR Compliance

    • USML Category VIII (Aircraft)
    • USML Category XI (Military Electronics)
    • DDTC registration
    • Technical data controls
    • Export control compliance

  • DoD Requirements

    • DoD Directive 3000.09 compliance
    • Autonomous weapons policy
    • Human judgment requirements
    • Authorization chain compliance
    • Audit trail requirements

Section 7: Operational Requirements​

Deployment Requirements​

  • Installation

    • Site preparation completed
    • Equipment installation planned
    • Testing and validation scheduled
    • Training program planned
    • Go-live support arranged

  • Maintenance

    • Preventive maintenance schedule
    • Spare parts inventory
    • Technical support availability
    • Remote monitoring capability
    • Emergency response procedures

Training Requirements​

  • User Training

    • System operation training
    • Emergency procedures training
    • Maintenance training
    • Security awareness training
    • Certification requirements

  • Administrator Training

    • System administration
    • Configuration management
    • Troubleshooting procedures
    • Security management
    • Performance optimization

Section 8: Risk Assessment​

Technical Risks​

  • System Integration Risks

    • Legacy system compatibility
    • Data migration challenges
    • Performance bottlenecks
    • Security vulnerabilities
    • Scalability limitations

  • Operational Risks

    • Single points of failure
    • Maintenance dependencies
    • Environmental factors
    • Human error potential
    • External threats

Mitigation Strategies​

  • Risk Mitigation
    • Redundancy and failover systems
    • Backup and recovery procedures
    • Security monitoring and alerting
    • Regular testing and validation
    • Continuous improvement processes

Section 9: Validation and Testing​

Pre-Deployment Testing​

  • System Testing

    • Functional testing completed
    • Performance testing completed
    • Security testing completed
    • Integration testing completed
    • User acceptance testing completed

  • Site Testing

    • Environmental testing
    • Network connectivity testing
    • Power system testing
    • Communication testing
    • Emergency procedure testing

Post-Deployment Validation​

  • Go-Live Validation
    • System performance monitoring
    • User training validation
    • Process documentation
    • Issue resolution procedures
    • Success metrics tracking

Section 10: Sign-off and Approval​

Technical Approval​

  • Technical Team Sign-off
    • System architecture approved
    • Integration requirements met
    • Performance requirements validated
    • Security requirements satisfied
    • Compliance requirements met

Business Approval​

  • Business Team Sign-off
    • Budget approval obtained
    • Timeline approval obtained
    • Resource allocation confirmed
    • Risk acceptance documented
    • Success criteria defined

Executive Approval​

  • Executive Sign-off
    • Strategic alignment confirmed
    • Investment approval obtained
    • Risk tolerance confirmed
    • Success metrics approved
    • Go/no-go decision made

Checklist Summary​

Critical Requirements (Must Have)​

  • Site infrastructure meets requirements
  • Hardware compatibility confirmed
  • Software requirements satisfied
  • Integration requirements met
  • Performance requirements validated
  • Security requirements satisfied
  • Compliance requirements met

Important Requirements (Should Have)​

  • Training requirements planned
  • Maintenance procedures defined
  • Risk mitigation strategies in place
  • Testing and validation planned
  • Success metrics defined

Nice to Have Requirements (Could Have)​

  • Advanced features requested
  • Future expansion planned
  • Additional integrations desired
  • Enhanced capabilities requested

Overall Assessment: [ ] APPROVED [ ] CONDITIONAL APPROVAL [ ] NOT APPROVED

Next Steps: ****************_****************

Approval Date: ****_**** Approved By: ****_****

This checklist ensures comprehensive technical validation for Phoenix Rooivalk deployment. All critical requirements must be met before proceeding with implementation.