Topic: 🚀🚀🚀 [ANN] DEEP AERO AI DRIVEN DRONE ECONOMY ON THE BLOCKCHAIN 🚀🚀🚀 - page 86. (Read 8281 times)

Imagine a society with full of drones above the sky. Drones that are free to move wherever they will go. Using the blockchain technology and artificial intelligence, I think it is really possible to happen. Vehicles that used to deliver goods are already obsolete. 21st century people will experience a tremendous and higly change in technology and Deep Aero will lead the way of change. Through the use of AI, nothing is impossible!

So it is good to know that because for sure that there are many drone users and hope that there are some unique features whereas deep aero will eaily familiarize by the people.

Investors may get ready for the start of the token sale tomorrow. Don’t miss out the chance to have a good income on this campaign because you can also helps and support their project to enforce their platforms as stated in their white paper.

I like the idea of passenger drones. With too many cars roaming around every day which causes heavy traffic. This will be another way to avoid traffic and will make our everyday life more convenient in going from places to places.

We will be purchasing drones on an OEM basis to begin with. Our primary focus is on developing and deploying DRONE-UTM and DRONE-MP. Our first choice for getting drones manufactured will be China. Design will be done in US and Canada.

We are working on commercial applications of drones through the ops company and target geographies are Africa, Middle East and Asia.

Yes, there are certain limitations on flying drones in other countries. Because there might be instances that drones will be used for terrorism. The drone attack is a serious issue in other countries like America. Does Deep Aero will collaborate with the government or will do business as a private sector?

I see that the project is more on Drones usage currently and maybe in the future. I was wondering though if you guys would be making your own drone for this project? If yes, where would the production be located? how long will it take to build one? or you guys have a prototype of your own? and with all the uses of Drones you've mentioned, which one will you guys be focusing more into first as i don't think it will all workout all at the same time?

Cargo drones have smaller flight time but the technology is evolving at a rapid pace and we will see this improve considerably in a couple of years. Regulatory hurdles are tougher to navigate at this point in time. Around 60%-70% of e-commerce deliveries across world can be made with drones that can lift up to 3 Kg weight and fly for 25-30 minutes if regulators allow drone delivery. There are bigger challenges around privacy, safety, autonomous functions that need to be addressed before large scale adoption of cargo drones.

An excellent prospective project that has a huge potential market and will allow investors to receive passive income

I think it will be accepted when they realize that in our new generation, technologies is being part of our life to make works easier and countries who has a rules and regulations before they use drones is only part of the security so that they can trace easily who is the owner of drones when they use it in bad habits.

I was also amazed that drones are can be used for cargo shipping and passenger shipping. I even think if is it really safe for passengers to transport by drones? Anyway, I think this is a good project. But it will surely affect human labor. For sure, if this becomes successfully implemented, there will be fewer jobs for drivers/pilots.

I think it will approve by other countries especially if they read the list of the advantages and uses of drones on how it will help a human being to save time in some aspect of their work through the help of drone.

Problem Statement:
There will be millions of commercial drones swarming our skies in near future because of the cost and time efficiency they bring in commercial activities ranging from precision agriculture, infrastructure inspection, surveillance, traffic monitoring to the delivery of goods and services. These are especially true for high risk activities like infrastructure inspection, wind turbine farm inspection etc. Current airspace management and air traffic flow management systems don't have the capabilities to handle the type of operations relevant to drones. In addition, the anticipated traffic density of drones is far beyond the capabilities of current air traffic management systems.

Solution:
An intelligent, autonomous and self-governing system to manage high volume drone traffic that adheres to regulations of the jurisdiction in which the UTM (Unmanned Aircraft Systems (UAS) Traffic Management) platform has been deployed. This platform will ensure that the drone traffic does not disrupt manned air traffic. The platform will have features like dynamic geofencing, congestion management, terrain avoidance, route planning, re-routing, separation management, sequencing and spacing, and contingency management.

The platform would need to make autonomous decisions like changing routes (re-planning flight path) of drones on the fly if there's a change in airspace restrictions due to an emergency or other factors. Doing this for hundreds of drones flying in an area manually will be a nightmare. While this automatic change in flight path happens for hundreds or thousands of drones, the platform would have to ensure that these drones do not collide with each other and can automatically avoid skyscrapers and other infrastructure. The platform would also have to make contingency management decisions if there's a sudden change in metereological conditions or there's an emergency like a fire breakout in its path or the drone loses contact with the platform due to failure of sensors etc. All of this will be managed by AI. The intelligence and autonomy levels of the platform will be a function of sophistication of our AI module.

We are using Blockchain for the following purposes:
1. Identity Management of Drone, Drone Operator and Drone Owner
2. UAV pilot certification verification
3. UAV maintenance/fitness records verification
4. Flight logs archive

Use cases: The AI module will pick the identity data, maintenance data, flight logs etc. from the Blockchain before approving a flight plan. The data stored on the Blockchain is immutable and forensic analysis will be done by AI in case of an incident.

We believe that the community will support our project.

DEEP AERO's scope is international. DRONE-UTM will connect with the regulator's system to get the flight plans approved. It will help the regulator manage large volume drone traffic. The product is being built in a modular fashion so as to ensure interoperability across different jurisdictions. The rules engine can be customized to plug in rules and regulation of the jurisdiction in which UTM is being deployed.

Based on what I've read on your whitepaper, I really like your vision. The vision of Deep Aero is to ensure safe flights of manned and unmanned aircrafts in the shared space. In other words, this project aims to use drones as a transportation of both goods and passenger.
Hm, I guess it is helpful in the world specially in my country. Usually, the problem in urban areas are traffic. It is really hassle to deliver products and go somewhere because there is a heavy flow of traffic and our time is really wasted everyday because of this kind of scenarios. I really believe that Deep Aero will solve the problem regarding with transportation.

The token sale starts tomorrow (1 May 2018).

Problem Statement:
There will be millions of commercial drones swarming our skies in near future because of the cost and time efficiency they bring in commercial activities ranging from precision agriculture, infrastructure inspection, surveillance, traffic monitoring to the delivery of goods and services. These are especially true for high risk activities like infrastructure inspection, wind turbine farm inspection etc. Current airspace management and air traffic flow management systems don't have the capabilities to handle the type of operations relevant to drones. In addition, the anticipated traffic density of drones is far beyond the capabilities of current air traffic management systems.

Solution:
An intelligent, autonomous and self-governing system to manage high volume drone traffic that adheres to regulations of the jurisdiction in which the UTM (Unmanned Aircraft Systems (UAS) Traffic Management) platform has been deployed. This platform will ensure that the drone traffic does not disrupt manned air traffic. The platform will have features like dynamic geofencing, congestion management, terrain avoidance, route planning, re-routing, separation management, sequencing and spacing, and contingency management.

The platform would need to make autonomous decisions like changing routes (re-planning flight path) of drones on the fly if there's a change in airspace restrictions due to an emergency or other factors. Doing this for hundreds of drones flying in an area manually will be a nightmare. While this automatic change in flight path happens for hundreds or thousands of drones, the platform would have to ensure that these drones do not collide with each other and can automatically avoid skyscrapers and other infrastructure. The platform would also have to make contingency management decisions if there's a sudden change in metereological conditions or there's an emergency like a fire breakout in its path or the drone loses contact with the platform due to failure of sensors etc. All of this will be managed by AI. The intelligence and autonomy levels of the platform will be a function of sophistication of our AI module.

We are using Blockchain for the following purposes:
1. Identity Management of Drone, Drone Operator and Drone Owner
2. UAV pilot certification verification
3. UAV maintenance/fitness records verification
4. Flight logs archive

The AI module will pick the identity data, maintenance data, flight logs etc. from the Blockchain before approving a flight plan. The data stored on the Blockchain is immutable and forensic analysis will be done by AI in case of an incident.

an interesting project! the tokensale has already ended? how's the result?

Thank you for your kind words and support. DEEP AERO will be one of the vendors on the market place. It will be a decentralized marketplace and anyone who wants to participate in buying and selling of drone products and services will be able to use it.

In my country, drones are just serve as photo and film making, it also use to catch a live videos in aerial view. But using as a transportation of goods, I think this is my first time to hear. Anyway, How does Deep Aero assure that the customers will receive package delivery? How does this project makes a transparent transaction between client and customers using drones and blockchain technology?