System Architecture Overview
Understanding the core principles behind deployable flight data recording
Aircraft/Vehicle
Platform with existing recording systems
Independent Storage
Separate protected memory unit
Data Transmission
Wireless remote access capability
Recovery Method
Deployable unit with location aids
The system interfaces with existing data sources, stores information independently, provides wireless transmission capability, and incorporates an optional deployable module designed to separate from the platform and aid recovery. This high-level architecture enables multiple pathways for data access following an incident.
Approach Comparison
Understanding the difference between traditional recovery and the deployable method
Traditional Recovery Challenges
- Recovery can be slow and uncertain
- Location and retrieval may require extensive search effort
- Devices may be damaged or inaccessible in harsh environments
- Deep water recovery particularly challenging
- Time delays can impact investigation timelines
- Recovery operations can be hazardous, particularly in remote locations, extreme weather, mountainous terrain, or deep ocean environments
- Deep ocean search and recovery can cost millions of dollars and may require specialised vessels, sonar mapping, and remotely operated vehicles, sometimes with government or naval logistical support
- During an incident, critical information may not be available to decision makers on the ground until the recorder is physically recovered, which can delay situational awareness and response
Deployable Approach & Recovery Method
- Designed to improve survivability of recorded data
- Designed to reduce time to recover information after an incident
- Structured method for controlled access to data recovery outcomes
- Multiple recovery pathways including wireless transmission
- Optional physical deployment for separation from incident site
- Predefined event conditions can trigger remote transmission of selected data when a suitable communications link is available
Visual Feature Highlights
Core characteristics of the deployable flight data recorder concept
Survivability Focus
Designed to protect critical data through independent storage and optional deployment mechanisms.
Rapid Recovery Concept
Multiple pathways for data access including wireless transmission and physical recovery aids.
Controlled Disclosure
Full technical specifications and engineering details available under NDA to qualified parties.
Modular Integration
Architecture designed to interface with existing recording systems across multiple platforms.
Multi-Market Applicability
Technology principles applicable to aviation, maritime, rail, automotive, and industrial sectors.
Independent Data Storage
Independent storage is a design feature of the patented architecture; integration must be validated.
Markets Visual Gallery
Technology principles applicable across multiple high-value industries
Document Previews
Access public information and request detailed technical documentation
Patent Certificates
Granted patents in Australia, Europe, UK, and India
Technology Overview
High-level system architecture and capabilities
Market Applications
Industry sectors and use cases summary
Public Information Pack
Non-confidential overview for initial evaluation
