1.

Build a hyper-dense network of ADSB and ACARS receivers to allow drones to integrate in to traditional airspace using ADS-B. A dense network negates the issues faced with "line of sight".

2.

Build a network of manufacturer agnostic charging stations and hangars for the UA's. This enables greater operational range for deployers and reduces deployment costs.

3.

Offer "Drone Detection as a Service" through Rf scanning and Passive Radar technology integrated in to our DeFli Devices. This reduces CapEx for any organization seeking drone detection by $100,000+.

4.

Build a network of C-Band transceiver stations to facilitate BVLOS drone operations which, by law will be required to operate on the aviation protected C-Band spectrum allocation, globally.

5.

Using the C-Band transceiver station's, combine ADS-C communications with blockchain technology. ADS-C is a "request" protocol and is therefore a perfect candidate for automated deployment from a connected blockchain.

6.

Become the global leader in utilizing AI to offer solutions to traditional airspace management solutions.

7.

To deliver our solutions to end-users through a modular UTM (Unmanned Traffic Management) System that is the most data rich platform and provides a one-stop solution to the entire UAS eco-system.

We aim to achieve this through the deployment of "DeFli Devices" by way of a "decentralized physical infrastructure network" that rewards device hosts in cryptocurrency. Our tokenomics enable us to drive value on the received tokens through end-user revenue.