connecting iot · connecting i. o. t . june 2016 | page 2 monitoring vessels & connected...
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June 2016 | Page 2
Monitoring vessels & connected devices onboard, giving Maersk a yearly saving of 36M euro according to an article in Børsen 7/1-2014. Learn more
Enabling global rollout of mobile payment for water credits, giving water service providers payment directly from their customers’ mobile wallet. Learn more
In a Smart City like the one we are implementing in Stockholm Royal Seaport, you can have smart devices to start when there is a low load in the grid. Learn more
Third party service providers such as infotainment providers, road authorities, cities and governments can offer drivers real-time information. Learn more
June 2016 | Page 3 Source: Ericsson Mobility Report
Connected Devices
in 2021 28 BILLION
16 billion IoT DEVICES
12 billion MOBILE PHONES, PC’S, TABLETS
June 2016 | Page 4
IoT will surpass mobile phones in 2018 Cellular IoT has the highest growth rate
Source: Ericsson Mobility Report
June 2016 | Page 5
Europe will add most IOT connections driven by growth within connected car & Smart Meters
Source: Ericsson Mobility Report
June 2016 | Page 6
what Industries
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Source: Ovum, 2016
471 IoT contracts signed in 2015
Contracts signed between operators and industry verticals (Cellular IoT )
June 2016 | Page 7
wireless access generations
The foundation of mobile telephony
The foundation of mobile broadband
Mobile telephony for everyone
The evolution of mobile broadband
Industries beyond Smartphones (IoT)
~1980 ~1990 ~2000 ~2010 ~2020
1G AMPS TACS
NMT
2G GSM D-AMPS
PDC IS-95
4G LTE
3G WCDMA/HSPA
cdma2000
5G
June 2016 | Page 8
› Scania has become the first company to test Ericsson’s 5G technology
› 5G enable shorter distance between trucks resulting in 10% fuel reduction
› Low latency ensures safety
– The responsiveness of each truck within the platoon is estimated at 25 times faster than the average human reaction time of one second - saving critical time in case of emergency braking
Platooning reducing fuel consumption
Learn more
Commercial in confidence | May 2016 | Page 9
Diverse iot requirements
IoT Is not one industry
Smart metering Smart grid management
UTILITIES
Fleet Management Goods tracking
TRANSPORT & LOGISTICS
Smart parking Smart bicycles
SMART CITIES Climate-Agriculture
monitoring Live stock tracking
AGRICULTURE
Smoke detectors Alarm systems Home automation
SMART BUILDINGS Flood monitoring & alert
Environmental monitoring (Water, air,
noise, etc)
ENVIRONMENT
Wearables Kids/Elderly tracker Medical monitoring
CONSUMERS
Process monitoring & Control
INDUSTRIAL
COST
BATTERY LIFE PERFORMANCE
COVERAGE
BI-DIRECTIONAL DATA
SECURITY
RELIABILITY & QoS
POSITIONING
TRANSPORT & LOGISTICS: Goods tracking
SMART CITIES: Smart bicycles
INDUSTRIAL: Process monitoring & Control
SMART BUILDINGS: Home automation
Waste management City lighting
To swap the icons of Smart Cities and Smart Buildings COST
Maintenance monitoring
June 2016 | Page 10
a Use case Game More then a technology fight
100 m 10 km
High Automotive
Global 1 m
Low
Process automation
Factory automation
Surveillance
Smart grid
Remote control
Building automation
Smart homes
Agriculture sensors
Asset tracking
Coverage
Performance
Long Range Unlicensed Spectrum Sigfox, LoRa, Weightless…
Local Connectivity Unlicensed Spectrum IEEE 802.15.4, ZigBee, Wi-Fi, Bluetooth Low Energy…
Mobile Networks Licensed Spectrum GSM, 4G/LTE, 5G
June 2016 | Page 11
eSIM (Embedded SIM / eUICC) The “new” kid on the block
Select / Change operator
Download profile
Usage
End of Subscription
Produce SIM
Select operator Distribution SIM
Activation Usage End of life
The life of a Traditional SIM:
NEW Embedded SIM :
Produce eSIM
Bootstrap operator
Distribution to manufacturers
June 2016 | Page 12
NB-Iot Another new kid on the block
DEVICE COST REDUCTION
80% YEARS
BATTERY LIFE
10+
Power Saving Mode Low Modem Complexity Extended Coverage
Simplified Chipsets
BETTER COVERAGE
7x
June 2016 | Page 13
LTE will be the dominant mobile access technology in 2019
Source: Ericsson Mobility Report
June 2016 | Page 15
› A world-class environmental urban neighborhood › A showcase for energy and environmental solutions › 10 000 new apartments › 30 000 workplaces › Smart grid communication for
– Distribution automation – Micro generation – Energy storage – Demand/response to smart appliances – Smart metering – Electric vehicles
Stockholm Royal Seaport Implementing a smart city
June 2016 | Page 16
Evolution Example
M2M
DEVICE DRIVEN
Telematics 1.0
ECO SYSTEM
BUSINESS DRIVEN
Connected Car
NETWORKED SOCIETY
INNOVATION DRIVEN
Connected Marketplace
Find the Value ex. From the AUTOMOTIVE industry
Capture aftermarket sales
Build customer relationship
Quality control
New services from third parties
June 2016 | Page 18
Connected vineyard For 4 top German wine makers, running since July 2015
Solar radiation
Soil temperature
Soil humidity
Air temperature
Air humidity
Time of harvest
Water Irrigation
Fungus protection
16 gateways each with 80 sensors
3km distance from gateway to sensor
Intel, MyOmega
June 2016 | Page 20
Illustrating the Networked Society
June 2016 | Page 21
key Takeaways
The mobile networks are evolving to support IoT NB-IoT and eSIM are the most interesting development short term and with 5G we will see new use cases with extreme low latency & device to device communication
Use Cases normally dictates the connectivity technology There is not one technology that will fit all IoT cases. Start by defining that value you
want to achieve, the use cases and the needed data, don’t start with technology
Connected Things are going to change the world At Ericsson we call it The Networked Society and already in 2018 we will have more
connected devices then mobile phones, automotive and utilities are drives