Drone Industry Systems’ Smart Drone Delivery Landing Pad & Miners©
Scalable, Interoperable, Agnostic, and Modular
Drone Industry Systems believes that autonomous transportation should be safe, secure and sustainable.
We achieve this through an integrated autonomous infrastructure that repurposes unused/non-valued rooftops, ground areas, and mailboxes as drone vertiports and unmanned ground vehicles (UVG’s.)
The results are eco-friendly, immutable, multi-modal, scalable, modular, and full stack.
An open platform that is commercially viable, sustainable and resilient.
“Repurpose existing buildings and land to meet the needs of a fully autonomous
node centric building both inside and out.”
Utilizes our Node Centric Blockchain Mesh Network
Enables our Smart Rooftop and Ground Airport/Vertiport-in-a-Box© IP solution for autonomous infrastructure to make real-time data discoverable and monetize-able on our data exchanges.


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Multi-Modal Mobile dAPPs

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Mobile and Desktop email, text, and social media integration.
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Partners and customers can track, view, and manage their data anywhere with our mobile app.
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Push notifications for vendors and customers can be sent directly to your phone from your SMART Delivery Doorbell Miner©.
Drone Industry Systems’ Smart Drone Delivery Landing Pad & Miners©
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API Service Integrations for drones, unmanned/manned air and ground vehicles, cargo, and people.
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Our interoperable sensors allow you to mine and validate all types of data from Layer (0), Layer (1), and Layer (2) blockchains.
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Interoperable weather and other data sensors.
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Blockchain validated data-tracking identifiers for all participating services
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Point-to-Point and Point-to-Cloud
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Connect via Bluetooth, WiFi, LPWAN, and LoRaWAN protocols
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Multiple payment methods
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LCD Touch Screen
Optical Bar Code Reader
Built in security camera uses object recognition technology to provide real time audio, video, photo feeds and recordings.
Onboard Memory Card
Cavity is a designed to allow for vendors to integrate their own chips and interoperable hardware