THE CHALLENGE
- Danger of Misperceptions
If a single sensor is tampered with or hacked, false information is sent to the control center without being detected (data poisoning). - Dangerous Cloud Dependency
Traditional security systems often require cloud connectivity. If the cellular network goes down during a disaster, the security chain breaks down. - Loss of evidentiary data
If a drone is destroyed or intercepted during an operation, surveillance data stored in isolation is irretrievably lost.
THE SOLUTION
- Mutual Witnessing
Our "Mutual Witnessing" system allows drones to operate in swarms as independent trust anchors that verify one another. - Independet Offline-Validation
The decentralized witness network functions as a local security consensus directly within the swarm – without any reliance on the cloud whatsoever. - Swarm Memory
Even if individual units are destroyed, the evidence data is preserved thanks to the decentralized distribution within the drone swarm.
Measurable added value through Decentralized Witness Network.
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Resilience in Action
Seamless data integrity and preservation of evidence, even in the event of failure or destruction of individual drones in the swarm.
Cloud-independent
A true, self-sufficient security solution in the field. Ideal for remote crisis areas and areas with no cell service.
Zero Overhead
Extremely lightweight architecture, optimized for demanding real-time requirements and limited hardware at the edge.
How It Works
1
Data collection in a crisis zone.
The autonomous SAR drone collects critical sensor data or live video footage (e.g., during search-and-rescue operations or border patrols).
2
Cross-Device Verification.
Using the mutual witnessing function, neighboring drones in the swarm immediately verify the cryptographic authenticity of this data for one another.
3
Resilient transmission.
The control center does not receive individual data points that could potentially be tampered with, but rather a status report that has been verified by the entire network and is absolutely indisputable.
Highlights
Discover why decentralized trust is essential for SAR drones.
Protection Against Data Poisoning
Traditional security only protects the transmission path. Through mutual witnessing directly within the swarm, TrustNXT prevents compromised sensors from feeding manipulated values into the control center.
Maximum Battery Life
Conventional IoT blockchains consume an enormous amount of battery power and cause significant latency during flight operations. Our "zero overhead" architecture verifies data without a noticeable computational load and preserves flight range.
Seamless Standard-Integration
No hardware lock-in: Our solution runs directly on the edge and adds the missing cryptographic trust layer to drone operating systems.