airhd - drone control and video streaming via 3g/4glte mobile networks

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DRONE CONTROL AND VIDEO TRANSMISSION PLATFORM VIA 3G/4G LTE MOBILE NETWORK 02.2017

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Page 1: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

DRONE CONTROL AND VIDEO TRANSMISSION PLATFORM VIA 3G/4G LTE MOBILE NETWORK

02.2017

Page 2: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

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DRONE MARKET POTENTIAL – $100Bn*

2014 2020

450,000 7,800,000

World sales of consumer drones

+60%per year

$30Bn by 2020 in consumer, commercial

and civil use*

*Between now and 2020, Goldman Sachs forecast a $100 billion market opportunity for drones (www.goldmansachs.com/our-thinking/technology-driving-innovation/drones/)

Within visualline of sight

Beyond visual+$12-20Bn

Photo, Video

Sport

Construction

Cinema Mapping

Surveying

Structural Inspect.Linear Inspections(rail, oil, power)

DeliveryAgriculture

PatrollingInsurance Claims

In US, the commercial use of drones beyond visible range is prohibited

Goldman Sachs forecast the ban’s removal in the near future, as it limits the market

First respond

Real Estate

Page 3: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

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1 km

What we have

250мZOOM!

30+ km

Flying further only based on GPS coordinates, and is blind

1 km

RANGE CONTROL RESTRICTION ISSUEWhat we need

Unclear where it fliesUnclear what it records

Risk of errors with GPSand losing the device

Mass market drone flight range is restricted by WiFi or radio channels to 1-7 km

Page 4: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

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Control and video transmission using 3G/4G LTE mobile network

Flight range is 30-50 km and limited only to accumulator capacity

Height is up to 250m which is enough for 90% of potential tasks

Mobile network is available in majority of places where drones are commercially used

Control delay via mobile network is 50 ms, compared with WiFi at 10-40 msVideo delay is 1-2 sec is acceptable

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SOLUTION

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Page 5: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

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• Adaptive bitrate• Redundancy algorithms • Balancing traffic between the channels• Different operators in 3G/4G regimes

simultaneously

Streaming of up to 4K video* via mobile network without losses

Control board and software: modems, power supply, temperature, accumulator charge. Allows us to integrate control with external devices like drones.

Available client and server software for video/traffic/commands transmission. Next step is a cloud solution.

AIRHD - TECHNOLOGY IS ALREADY AVAILABLE

Our key technology is high quality video transmission over 6-8 channels of mobile networks simultaneously

Plus there is a technological platform for drone control

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*Current delay is 5 sec. We know how to decrease it to 1-2 sec.

Page 6: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

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1. Equipment for the FullHD live broadcast over mobile networks. Transmission over 6 modems

Developed and launched products

2. Mobile Internet access point with connection via 4 USB modems simultaneously

3. Module for video transmission via LAN and HD-SDI signal output

AIRHD – WE CAN CREATE PRODUCTS

Since 2012 AirHD develops solutions for video and data transmission via mobile network

Used by TV companies

Page 7: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

Only about 10 companies in the world have the technology which allows high quality video transmission via mobile network with multi-channeling

We know how to significantly decrease the weigh due to hardware codec 7

WEIGHT IS CRITICAL FOR DRONES

Our solution for FullHD transmission weighs 600 gramsNext version will weigh 300 grams

0.9 kg0.6 kg0.6 0.3 kg 0.3 kg 1.1 kg0.4 kg 1.1 kg 2.0 kg

Page 8: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

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AIRHD USE FOR DRONES

Video transmitted via WiFior radio to control device

Range 1-7 km

AirHD connected to dronecontrol device on the ground

Provides FullHD online video streaming

Technical parameters

Current version

Next version (+3 months)

Weight (battery 1 hour) 1.1 kg 0.6 kgWeight without battery 0.6 kg 0.3 kgVideo latency 5 sec 1-2 secTransmission modems 4 USB 6 InternalVideo quality FullHD (1080p) 4K (2160p)Drone control module No YesPower consumption 2.5 - 3.5 ampsVoltage 12 - 19 V

Current version –on ground

Next version –on board

Control and video via mobile network

Height 250m, Range not limited

+

+

3G/4G+

3G/4G

Provides FullHD online video streaming and drone control

Page 9: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

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AirHD device can be integrated or purchased as additional option to drone

The device goes with a set of sim-cards for mobile network operator with a subscription tariff

HOW IT WILL WORK

For drone

3G/4G

3G/4G

3G/4G

3G/4G

Mobile network Cloud sever

+

Page 10: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

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Purchase drone with AirHD device and mobile network traffic subscription

+Register in cloud video

storage system

HOW IT WILL WORK

2 31

Charged for traffic and video storage once a month

Market leaders place is yet vacant• Qualcomm and AT&T• Verizon Wireless• Ericsson and China Mobile• Intel, Nokia

Operators are interested in the technology as a new service for mobile network useIn 2016 a number of companies announced the testing of these technologies

For user

Page 11: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

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Drone manufacturers - Sales channels- Technology integration

WHAT IS NEEDED

Partnership

Investments for customization

Mobile network operators - Traffic package solutions- Technical support

To be specified

Page 12: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

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AIRHD TEAM

Yuri Pronin - CTO. Video capture technology and analysis specialist with over 10 years of experience.Master’s degree in radio electronic systems, Moscow Institute for Electronics. Worked as developer unit manager in 4Team Corporation in Moscow. Developed a module for working with stereo sight and Axis network cameras. С++, C#, Java, PHP programmer.

Anton Anufriev – Project development manager. Has 10 years of experience in direct and venture investments, M&A. Russian Government Finance Academy. Focuses on IT and internet projects development for the last 5 years.

Sergey Yarovoi – electronics engineer. Develops radio electronic devices for special uses, including video observation, data transmission and security. Designed and developed over 10 models for cameras, antennas, microphones for mass production.

Alexander Popov – program engineer. Specializes in programming for AVR micro-controllers in assembler. Designs and develops devices for automatics and monitoring: GPS trackers, loggers for data collection via Bluetooth.

Pavel Moskvichev – System administrator. Has experience in managing high load systems in companies with over 1,500 people. Updates data on the latest hardware solutions and accessories base.

Page 13: AirHD - Drone Control and Video Streaming Via 3G/4GLTE Mobile Networks

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WWW.AIRHD.TV

Moscow, Russia

Anton Anufriev

+7 (915) 458 49 45

[email protected]