[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]  Ukashat.Cyber👽🌐 [@UkashatBalaCCII](/creator/twitter/UkashatBalaCCII) on x 3357 followers Created: 2025-07-25 10:48:40 UTC Real-Time Emergency Response Systems: Is Shelby the Solution? How It Works with Shelby As someone passionate about security, with my first degree in C & Security Studies, I have firsthand experience in understanding outcomes and consequences. This is why I want to highlight this crucial use case for Shelby. In a city affected by an earthquake or a massive fire, real-time data is essential. Information from drone feeds, IoT smoke detectors, GPS trackers on firefighters, and health vitals of injured civilians can be lifesaving. Typically, this data must travel to a centralized cloud (like AWS) before being sent back to devices, wasting precious seconds and putting lives at risk. @shelbyserves changes this. With Shelby’s decentralized hot storage system, each data stream (from drones, IoT sensors, etc.) is stored and served at the edge, on local fiber nodes and storage providers owned by the community. This approach offers several advantages: - No Single Point of Failure: Eliminates risks associated with cloud outages. - Ultra-Low Latency: Keeps data close to the source for faster access. - Live Streaming: Data is streamed directly to command centers, medics, drones, or AI systems that make critical decisions. - Permissionless Access: Response agencies can securely access only the data they need. - Community Ownership: Communities can earn revenue by hosting storage nodes and supporting disaster technology. All of this infrastructure operates on @Aptos, the only fully production-ready L1 blockchain designed for high-speed, low-latency coordination. Aptos’ parallel execution engine (Block-STM) can process tens of thousands of tasks simultaneously, allowing Shelby to sync live data from hundreds of IoT devices instantaneously.  XXXXX engagements  **Related Topics** [earthquake](/topic/earthquake) [realtime](/topic/realtime) [Post Link](https://x.com/UkashatBalaCCII/status/1948696898119856327)
[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]
Ukashat.Cyber👽🌐 @UkashatBalaCCII on x 3357 followers
Created: 2025-07-25 10:48:40 UTC
Real-Time Emergency Response Systems: Is Shelby the Solution?
How It Works with Shelby
As someone passionate about security, with my first degree in C & Security Studies, I have firsthand experience in understanding outcomes and consequences. This is why I want to highlight this crucial use case for Shelby.
In a city affected by an earthquake or a massive fire, real-time data is essential. Information from drone feeds, IoT smoke detectors, GPS trackers on firefighters, and health vitals of injured civilians can be lifesaving. Typically, this data must travel to a centralized cloud (like AWS) before being sent back to devices, wasting precious seconds and putting lives at risk.
@shelbyserves changes this.
With Shelby’s decentralized hot storage system, each data stream (from drones, IoT sensors, etc.) is stored and served at the edge, on local fiber nodes and storage providers owned by the community.
This approach offers several advantages:
- No Single Point of Failure: Eliminates risks associated with cloud outages.
- Ultra-Low Latency: Keeps data close to the source for faster access.
- Live Streaming: Data is streamed directly to command centers, medics, drones, or AI systems that make critical decisions.
- Permissionless Access: Response agencies can securely access only the data they need.
- Community Ownership: Communities can earn revenue by hosting storage nodes and supporting disaster technology.
All of this infrastructure operates on @Aptos, the only fully production-ready L1 blockchain designed for high-speed, low-latency coordination. Aptos’ parallel execution engine (Block-STM) can process tens of thousands of tasks simultaneously, allowing Shelby to sync live data from hundreds of IoT devices instantaneously.
XXXXX engagements
Related Topics earthquake realtime