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Satcom Technologies for IoTDeployment
Satellite Industry Perspective
SATRC Spectrum Workshop 16-18 August 2017 Islamabad
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The Digital connected worldThe Internet of ‘Everything’
Web 3.0, The Internet of Things, a post-social phase of ‘integration’where smart, small and friendlynetworked devices gather data andtalk to other devices.
Based on advanced connectivity. By2020 +30 billion devices will bewirelessly connected by low powerradio (or WiFi or Bluetooth), enablingpeople to interact remotely withobjects, to meet immediate needs,and for devices to gather dataindependently of individuals enteringit.
A $19Trillion market (Cisco forecast).
7© Inmarsat confidential
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Why IoT – Citizen Centric Delivery
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Some Trends in the IoT
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IoT – Eco-system Opportunities
Networks / Connectivity / Interoperability
Platform / Data gathering / Processing
Devices / Sensors
Data Mining / Analytics
Security & Privacy
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IOT – Network / Sensors
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Technology: turning traditional infrastructure into smart infrastructure
The role of ICT for:
Better data = better decisions
Intelligent infrastructure
Social inclusiveness
Citizens’ engagement
Economic competitiveness
Low carbon businesses
Green and sustainability
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Approaches
Developing smart infrastructure and integrated platform
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SG20 – Areas of Work / Studies
ITU-T SG 20 will work on the following items: Framework and roadmaps for the harmonized and coordinated development of Internet of things (IoT), including M2M communications, ubiquitous sensor networks and smart sustainable cities and communities, in ITU-T and in close cooperation with ITU-D and ITU-R SGs and other regional and international standards-development organizations (SDO) and industry forums;
Requirements and capabilities of IoT and its applications including SC&C; Definitions and terminology for IoT; IoT infrastructure/ services available in smart sustainable cities/ architecture framework
and requirements of IoT for SC&C; efficient service analysis and infrastructure of IoT use in smart sustainable cities and
communities to assess how the use of IoT has an impact on the smartness of cities; guidelines, methodologies and best practices related to standards to help cities (including
rural areas and villages) deliver services using the IoT, with an initial view to address city challenges;
IoT end-to-end architectures; Data sets that will enable data interoperability for various verticals, including smart cities,
e-agriculture, etc.; High-layer protocols and middleware for IoT systems and applications including SC&C; Middleware for interoperability between IoT applications for different IoT verticals; Quality of service (QoS) and end-to-end performance for IoT and its applications including
SC&C; Security of IoT systems, services and applications; Database maintenance of existing and planned IoT standards.
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Satellites and IOT
Who is buying and implementing M2M?
Automation companies
Utility companies
Oil and Gas pipelines
Oil and Gas service companies
Financial institutions (ATMs)
Mining operations
Environmental monitoring
Agricultural monitoring
Water management companies
Roadmap Inmarsat M2M module evolution
Chipsets Terminals Modules and
Network
Low Data Rate BGAN Bearers
SDR Waveform
2013 2014 2016+
M2M portfolio - BGAN
BGAN M2M – > 50kb
• Two piece units from Hughes
• Lowest cost/lowest power requirement
• Many users find two piece design handy
One piece units now from AddValue and Hughes • Utility-preferred
• Easier to install w/less potential points of failure
All available in C1/D2 hazardous zone certification
Artificial lift Rod pumps, electric submersible pumps
Help pump oil when well stops flowing on it’s own
Biggest user of electricity in the Oil and Gas industry
Constant monitoring of pump and well conditions improves production
5MB per month is standard usage rate for this application
Biggest selling BGAN M2M application to date
Ku-band VSAT backup using BGAN M2M
Router connected to both Ku/Ka-band system acting as Primary and BGAN M2M system acting as automatic failover backup
Router monitors both links and routes service accordingly
Likely to become largest BGAN M2M application
BGAN M2M in Utility Market
Recloser controls are a key component of a utility’s distribution network
Supply intelligence to allow recovery of systems in the event of a fault; uptime is biggest concern of Utility
BGAN M2M provides a high availability link from remote recloser sites, using 5 to 15mb of data per month for standard operation
One customer in Australia found they were able to eliminate the need to buy all new transformers by using BGAN M2M to better control existing reclosers – this saved millions of dollars!
M2M portfolio – IsatData Pro
IsatData Pro – 1kb to 50kb
• Land or marine version
• Hybrid sat/cell solution
• New container version
Vehicle/vessel/asset tracking
Compressor/generator/engine monitoring
Great for alarms!
Use I4 network so
Global coverage
What customers do with IsatData Pro
Tracking
• GPS location, 1 location/day to 1 location/minute
• Intelligent updates (fast when moving, slow when stationary)
• Geo-fence violations (safe/unsafe zones)
Fleet management (OHSE)
• Driver safety (panic, speeding, braking, long hours, no seatbelt, …)
• Vehicle utilization (odometer, hours of service, idling, …)
• Logistics (route adherence, ETA, driver ID)
Messaging, dispatch and forms
• Safety and logistics of having SMS-like capability ‘everywhere’
Simple monitoring and telemetry
• Daily heartbeat ‘all ok’
• Periodic updates supplemented with event triggers
• Efficient data transport (0.1MB on 3G = 10 kB on IDP)
Establishment of a commonly agreed (globally or regionally harmonised) approach to MSS licensing:
• Free circulation when already authorized in the country of origin.
• Domestic terminals: class/blanket licenses, e.g. no cumbersomeindividual terminal-by-terminal licenses
• Clarity and transparency in the national licensing framework
• Blanket operators authorisation
Licensing MSS terminals Guidelines for policy makers
Global: ITU GMPCS-MoU• Global MSS since the late ‘90s.
• Free circulation is offered to user terminals, which are:
• authorised by another administration (principle of mutual recognition)
• type approved and bear the GMPCS-MoU mark.
• Domestic licences should be granted based on class/blanket licences, rather than
individual terminal-by-terminal licenses.
Europe: ECC/DEC(13)01 for ESIMs
• In force since the beginning of 2013• Vastly implemented• Provisions for the harmonised use, free circulation and
exemption from individual licensing of ESIMs.
• One country issues license, others reciprocate
Licensing MSS terminalsThe need for a commonly agreed approach
1. At the Sub-Regional level (SATRC)
a. Decision 1 on Standards MSS terminals to meet type approval in the sub region (ITU-ETSI)
b. Decision 2 on licensing regime for MSS terminals in Sub-regional geographic area (Class/blanket licenses)
c. Decision 3 on free circulation of terminals between sub-regional member countries when already authorized in the country of origin
d. Decision 4 on implementation of the MSS harmonized regulatory rules in sub-regional member countries
2. At the Member countries level:
a. Translate the MSS sub-regional decisions in their national regulatory framework
b. Inform all relevant national administrations of the new MSS harmonized regulatory framework in the sub-regional geographic space
c. Inform other sub-regional member countries of the implementation and coming into force of the regional decisions in their national jurisdiction
Harmonization Options for South AsiaIn accordance with Approved International Framework and Best Practices
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A Sustainable IoT Business Model Needs Ubiquitous Connectivity
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A Sustainable IoT Business Model Needs Resilient Connectivity
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The IOT Space will constantly evolve, requiring periodic software
updates across devices and things
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Satellites and IOT - Conclusions
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Satellites and IOT - Conclusions
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Thank you!