FireForce VI Development Structure
Systems Engineering Environment
Our development environment consists of integrated tools and platforms to support the entire systems engineering lifecycle:
Development Infrastructure
- Project Environment - Project planning and tracking capabilities
- Modeling Environment - Core system architecture and behavior modeling
- Testing Environment - Comprehensive validation and verification
- Development CoPilot - AI-assisted systems engineering support
System of Systems Architecture
The FireForce VI system comprises several integrated subsystems working in harmony:
Command & Control
- Mission Control - Central command and strategic operations
- AI Fire Warden - Intelligent decision support system
- Fire Cloud - Data processing and analytics platform
Individual Systems
- Fire Satellite - Space-based observation system
- Scout Drone - Reconnaissance and monitoring unit
- Tanker Drone - Primary fire suppression platform
Operational Environment
- Environment Simulation - Digital twin and testing platform
System Integration
- System Architecture - Vocabulary and overall system design and interfaces
- System Integration - Component integration and testing
Integration Strategy
Horizontal Integration
- Cross-platform communication protocols
- Unified data standards
- Mesh networking capabilities
- Resource sharing frameworks
Vertical Integration
- Command hierarchy implementation
- Mission data flow
- Status reporting channels
- Authority delegation systems
Development Phases
Phase 1: Foundation
- Development environment setup
- Core architecture definition
- Interface specifications
- Initial prototypes
Phase 2: Subsystem Development
- Individual component implementation
- Unit testing and validation
- Subsystem integration
- Performance optimization
Phase 3: System Integration
- Full system assembly
- Integration testing
- Performance validation
- User acceptance testing
Phase 4: Deployment
- System deployment
- Operator training
- Performance monitoring
- Continuous improvement
Key Focus: Each work package maintains its independence while ensuring seamless integration with the overall system architecture.