Event Driven Data Recovery and Intelligence Platform
A patented architecture for independent data preservation, predefined event detection and wireless recovery, with deployable survivability concepts for critical transport systems.
Download the 2026 commercialisation brief (PDF) ↗Global Markets
Potential applications across critical data recovery sectors
Illustrative markets. Deployment, integration and certification require industry specific evaluation.
Why Current Systems Fall Short
Traditional flight recorders face critical limitations that delay investigations and compromise aviation safety.
Difficult Recovery
Traditional recorders can be lost in deep water, remote terrain, or destroyed by fire and impact.
Delayed Investigations
Recovery operations can take weeks or months, delaying critical safety insights.
Massive Costs
Deep-sea search operations cost millions and may still fail to locate the recorder.
Data Loss Risk
If the recorder is never found, vital data is lost forever, hindering safety improvements.
"Recovery operations for flight recorders can cost over $100 million and still fail to locate critical data."
Industry Analysis
A Smarter Approach to Flight Data Protection
Our patented system combines independent storage, intelligent activation, and wireless transmission with an optional deployable recovery concept.
Independent Storage
Separate protected memory that operates independently from the main flight recorder.
Intelligent Triggers
Smart criteria detection using existing flight data parameters to activate transmission.
Wireless Transmission
Remote data offload to ground servers or field devices via multiple link options.
Deployable Recovery
Optional ejectable module separates data from impact, fire, or sinking debris.
Remote Data Recovery
Designed to enable earlier access to critical event data
Why This Technology Matters
Transforming how critical flight data is protected, transmitted, and recovered.
Faster Data Access
Event triggered transmission is designed to provide earlier data access where communications remain available.
Reduced Recovery Costs
Remote offloading could reduce dependence on prolonged physical recovery in suitable scenarios.
Improved Data Survival
Higher probability of data retrieval through redundant storage and deployable separation from wreckage.
Remote Transmission
Multiple possible wireless interfaces can be assessed for platform and coverage requirements.
Harsh Environment Recovery
Optional deployable concept with flotation, descent control, and location aids for water and remote terrain.
Real-Time Monitoring
Event triggered or other data access modes may support operational awareness after integration.
Simple Concept, Powerful Results
A four-step process that transforms flight data protection and recovery.
Capture Data
System interfaces with onboard recording sources and flight data streams.
Store Independently
Data is stored in protected memory separate from the main flight recorder.
Detect Triggers
Monitoring evaluates predefined criteria from relevant recorded parameters.
Transmit & Deploy
Stored data may transmit wirelessly; disclosed embodiments also include an ejectable module.
System Architecture Overview
The deployable flight data recorder system integrates seamlessly with existing aircraft systems while providing independent data protection and recovery capabilities.
- Interfaces with standard ARINC data buses
- Independent power and memory subsystems
- Multiple transmission protocols supported
- Modular design for various platforms
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