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Connecting people, things and content via satellite:A technology and service provider perspectiveIoT Summit – RWW 2019
January 21, 2019
Girish Chandran
2
Viasat: A brief introduction
Founded in 1986 Over $1.6B in revenue
Multiple satellites in orbit ~ 5000 employees
Communication systems and service provider
3
› Economics of IoT
› A brief introduction to satellites for IoT and examples of ground architecture
› Some use cases for satellites
Agenda
4Viasat Proprietary
ECONOMICS OF IOT
5
IoT spending in transportation, manufacturing, utilities
2017
6
Major IoT use cases: Maintenance, optimization, inventory management, monitoring
7
Chips & Modules
IntelQualcomm
ARMTI….
Objects/Things
GEBoschFitbit
Philips…
Network & Security
ViasatInmarsat
OrbcommVerizon
….
Platforms, Apps &
Analytics
AmazonIBM
GoogleJasper
…
Services & Integration
AccentureInfosys
EricssonCisco
...
IOT value chain – Where is the money?
THINGS DATANETWORK
CU
STO
MER
~15-20% 10-15% ~65-70%
Source: BCG IoT buyer survey, 2017
8
IoT value chain: Growth in application and services
9
› Business model provides a recurring revenue stream and generates profits
› Opening of new revenue streams through data collection and analysis
› Consistent sell-through of consumables (sensors, lambda functions, etc.)
› IoT products incur continuous infrastructure-related costs
Service provider view
10
1. Subscription: Weekly, monthly, annual
2. Pay Per Use: Alerts, daily, hourly, minute, ...
3. Value sharing: Price depends on value generated for customer
Pricing Models
11
Connectivity Pricing Model: Bandwidth economics matters in network design
VERIZON
Ka-band is cheaper, L-band pricing is ~10x more
12Viasat Proprietary
Introduction to satellites for IoT
13
Satellite use in various industries
Source: SIA State of the industry report, prepared by Bryce
14
History of Satellite IoT
› Developed to extend reach
› Started off as expensive
› Started with little competition
15
Advantages of satellites in IoT uses
› Global reach
› Immediacy – no need to set up towers or fiber connections
› Reliability– Infrastructure not impacted by hurricanes, tornadoes, floods, etc.
› Multicasting
› Longevity
16Viasat Proprietary
Example coverage maps
< 1MbpsInmarsat L-Band
Viasat-3: Ka-Band, >> 1MbpsOrbcomm VHF Band < 1Mbps
Viasat: L-Band through partnerships, < 1Mbps
17
Satellite orbits
Type LEO MEO GEOHeight 500-1500 km 5000-12000
km36000 km
Round-trip time
20-25 ms 110-130 ms ~250 ms
Transmit Power
Small Medium Large
Antenna size Small Medium LargeOrbital Period
10-40 min 2-8 hours 24 hours
Satellite Life Short Long Long
18Viasat Proprietary
LEO and GEO for people and things
19
Matching supply to demand: No advantage to LEOs
› Photons à Electrons
› Electrons à Power Flux Density (PFD)
› PFD à $
› Isotropic gain of GEO antenna exactly compensates for the path loss
R1
R2
GEO
LEO
!
"1"2!
20Viasat Proprietary
21Viasat Proprietary
ARCHITECTURE
22
A simplified view
ConnectivitySecurity
Flexible processing pipelines
Data Analytics
@ Scale
INDUSTRIAL CONSUMER
1.PEOPLE AND THINGS
2.NETWORK
3.CONTENT
NETWORK
CONTENT
23
System Diagram
24
Gateway evolution for VS-x satellites
25
Connectivity architecture
CONSUMER GOVERNMENTBUSINESS
CONNECTIVITY PLATFORM
RESIDENTIAL SERVICES
COMM. AIR SERVICES
DEVICE/B2C SERVICES
USDoD
INTL.DoD GEN. AVEMERGING
SERVICES
APIs
SERVICE CREATION, ORCHESTRATION, MANAGEMENT
Consumer Industrial, Enterprise, Govt.
Virtualized NetworksCore Network
Access Infrastructure
26
Service delivery architecture: Automation for efficiency at scale
CONSUMER GOVERNMENTBUSINESS
CONNECTIVITY PLATFORM
RESIDENTIAL SERVICES
COMM. AIR SERVICES
DEVICE/B2C SERVICES
USDoD
INTL.DoD GEN. AVEMERGING
SERVICES
APIs
SERVICE CREATION, ORCHESTRATION, MANAGEMENT
Consumer Industrial, Enterprise, Govt.
27Viasat Proprietary
TRANSPORTATION
28
IIoT drivers:Operational efficiency and improved productivity
29
› People and things (cargo)– ~4.2B passengers in 2018
› Big and slow – ~820B in revenues, ~$33 B in profits– 5-6% growth, profits declined in 2018
› So ancillary revenue sources and operational efficiency is important
Transportation: Airline
Source: IBIS world, Economic times Source: Statista.com, IATA 2018
30
Safety
“The drawback to that is we don’t have broadband everywhere,” – Champion, EVP, Airbus
31
› Inflight Internet – providing connectivity to passengers and crew› On board entertainment› Flight operations – Weather, flight plans & charts, docs, operational data, safety
Broadband connectivity for people and things
32
Sensors
33
Network components
34
Mount details
35
› Total operational efficiencies - ~$15B
› $11B – Reduce impact of disruption - delays, cancellations, diversions
› $1.3B - $3B savings– Optimizing flight paths through improved weather info – resulting in fuel savings of
1% per flight increasing to 2.5%
› $3B savings– Migrating from radar air-traffic control to satellite base navigation with automated
aircraft position
Airline operational savings through improved connectivity
Source: Grous, A., Sky High Economics, London School of Economics, 2017
36
Network terminal
Sensors and connectivitySafety
37
DRONES with satellite for Beyond-Line-Of-SightSafety
38
Phased arrays for connected cars
39Viasat Proprietary
AGRICULTURE AND AQUACULTURE
40
Sensors for Agriculture
› Passive ›Active
41
Uses in agriculture› 24x7 real time tracking› Precision agriculture technologies› Early warning systems› Soil type and classification and moisture› Detection of drought, disease, agricultural pests› Herbal product development monitoring› Herbal product type decomposition› Agriculture area management
42
Monitoring fishing, farms, algal booms
Passive Active
43
Immediacy› Paramedic teams› Satellite + Cellular› Least cost routing› Secured
44
Reliability
45
› IoT use cases require better bandwidth economics– Newer satellites delivering better economics $/Gbps
› Satellite advantages include global coverage, reliability, immediacy, multicasting, longevity
› Particularly well suited when use cases are matched to satellite advantages
› Serves many industries, including transportation, agriculture, safety and security, energy and utilities, automotive and logistics, manufacturing, global health, environment, smart cities, smart home
Satellites in IoT