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Service: IoT

Microsoft extends Intelligence from Cloud to Edge with Microsoft Azure IoT Edge

Overview:

As Internet of Things (IoT) becomes more prevalent, a swelling pool of data gets generated at the sensor and device level. There is an increasing need for real-time collection, processing and analysis of this data at the device or gateway level i.e. closer to the edge. This is Edge Computing & Analytics, which emulates the public cloud capabilities by bringing intelligence closer to the devices but with a smaller and agile footprint.

This report analyzes Microsoft’s Azure IoT Edge implementation and real-life case studies, highlighting why it is one of the most comprehensive and intelligent IoT edge solutions in the market specially catering to enterprises and different verticals.

 

Table of Contents

  • Need for Shift from Cloud to Edge Computing Grows
  • Edge Computing: Essential to Drive Intelligence at Edge
  • Amazon and Microsoft Lead with IoT Edge Offerings
  • Azure IoT Edge: Extends Analytics and Intelligence at Edge
  • Container Based Modular Design to Drive Scale
  • Growing Partners Ecosystem Across the Value Chain
  • Azure Sphere: Security from Hardware to the Cloud
  • Sandvik Coromant: Predictive Maintenance
  • Schneider Electric: Remote and Agile Monitoring
  • Key Takeaways

Author: Falguni Shah

Number of Pages: 13

Published Date: July 2018

SAP Enters Edge Computing Segment with Leonardo IoT Edge

Overview: As Internet of Things (IoT) becomes more prevalent, a swelling pool of data gets generated at the sensor and device level. This data can be leveraged to derive actionable business insights through analytics, which until now has been processed in the cloud. However, there is an increasing need for real-time collection, processing and analysis of this data at the device or gateway level i.e. closer to the edge, for real-time quick actions. This is Edge Computing & Analytics, which emulates the public cloud capabilities by bringing intelligence closer to the devices but with a smaller and agile footprint. 

SAP has launched SAP Leonardo digital innovation system – which runs on the SAP Cloud Platform and supports Machine Learning, Internet of Things (IoT), Big Data, Analytics and Blockchain.

Table of Contents

  • Cloud Software Platforms Rapidly Developing Edge Capabilities
  • SAP: Roadmap from Software to Cloud & IoT Player
  • SAP Leonardo: Built on SAP Cloud
  • SAP Edge Services: Enables Business Context and Intelligence at SAP
  • Growing Portfolio of Edge Services Managed by Cloud Based Console
  • Traditional ISV & SI Partners Driving SAP Leonardo Growth
  • Case Study: Predictive Biometric Modeling
  • Case Study: SAP Leonardo Biometric Edge Solution
  • Key Takeaways: Great Potential in Enterprises But Needs More Traction

Author: Neil Shah and Falguni Shah
Number of Pages: 12
Published Date: July 2018

Geo IoT: Transforming the Global Freight Industry

Overview:

This report looks at progress in the adoption of Geo IoT in the global intermodal container market and highlights the key drivers behind the adoption, the benefits to logistics and cargo owners and the changing market dynamics because of Geo IoT adoption. An overview of the Geo IoT container market value chain and ecosystem with key players is also provided.

Table of Contents:

  • Key Planning Assumptions
  • Freight – planes, trains and ships
  • Key Market Drivers
  • Technological Developments
  • Market Adoption and Key Industry Trends
  • Market Impact of Geo IoT
  • Market Size, Value Chain and Key Players
  • Key Issues and Challenges
  • Conclusion

Number of Pages: 22
Authors: Peter Richardson
Published Date: June 2018

Geo IoT: Transforming the Global Freight Industry

Overview:

This report looks at progress in the adoption of Geo IoT in the global intermodal container market and highlights the key drivers behind the adoption, the benefits to logistics and cargo owners and the changing market dynamics because of Geo IoT adoption. An overview of the Geo IoT container market value chain and ecosystem with key players is also provided.

Table of Contents:

  • Key Planning Assumptions
  • Freight – planes, trains and ships
  • Key Market Drivers
  • Technological Developments
  • Market Adoption and Key Industry Trends
  • Market Impact of Geo IoT
  • Market Size, Value Chain and Key Players
  • Key Issues and Challenges
  • Conclusion

Number of Pages: 22
Authors: Peter Richardson
Published Date: June 2018

AWS Greengrass: Amazon driving intelligence at the Edge

Overview:

This report discusses the need to shift from Cloud to Edge computing and the current players. It thereafter analyses AWS Greengrass in detail, going into its features, benefits, partner ecosystem and concludes with case studies and comparisons

Table of Contents:

  • AWS Greengrass – Features and Benefits
  • AW Greengrass – Growing Partners Ecosystem
  • Case Studies
  • AWS Greengrass and Azure IoT Edge Comparison
  • Key Takeaways

Author: Falguni Shah
Number of Pages: 13
Published Date: May, 2018

South Korea IoT Cellular Connection Tracker CY 2017

Overview:
South Korean IoT Cellular Market is smaller market in terms connection, contribution up to 1% of global and 2% of Asian IoT Cellular connections.
  • SK Telecom Continues to lead the market with 33 % share in IoT cellular connection.
  • 4G dominated market, where 40% of connection are dedicated to IoT remote control solution.
  • Connected Vehicle amounted to 24 % of total IoT cellular connection.
  • Even LTE-M and NB-IoT are just deployed in 2017, Cellular LPWA holds 3 % total IoT cellular Connection by end of 2017.
Table of Contents
1) Cellular IoT Connection
Table 1.1 : IoT Cellular Connection
Table 1.2 : IoT Cellular Connection Market Share %
Table 1.3 : IoT Cellular Connection by Technology
Table 1.4 : IoT Cellular Connection by Technology Share %
Table 1.5 : IoT Cellular Connection by Service
Table 1.6 : IoT Cellular Connection by Service Share %
 
2) C-IoT Connection by Technology
Table 2.1 : IoT Cellular 2G Connection
Table 2.1A : IoT Cellular 2G Connection Market Share %
Table 2.2 : IoT Cellular 3G Connection
Table 2.2A : IoT Cellular 3G Connection Market Share %
Table 2.3 : IoT Cellular 4G LTE Connection
Table 2.3A : IoT Cellular 4G LTE Connection Market Share %
Table 2.4 : IoT Cellular LTE-M Connection
Table 2.4A : IoT Cellular LTE-M Connection Market Share %
Table 2.5 : IoT Cellular NB-IoT  Connection
Table 2.5A : IoT Cellular NB-IoT Connection Market Share %
Table 2.6 : IoT Cellular LPWA  Connection
Table 2.6A : IoT Cellular LPWA Connection Market Share %
 
3) C-IoT Connection by Service
Table 3.1 : IoT Connected Vehicle  Connection by Operators (In million)
Table 3.1A : IoT Connected Vehicle  Connection by Operators share %
Table 3.2 : IoT Remote Control  Connection by Operators (In million)
Table 3.2A : IoT Remote Control  Connection by  Operators share %
Table 3.3: IoT  Wireless Payment  Connection by Operators (In million)
Table 3.3A: IoT  Wireless Payment  Connection by Operators share %
Table 3.4 : IoT  Wearables Connection by Operators (In million)
Table 3.4A. : IoT  Wearables Connection by Operators share %
Table 3.5 : IoT  Other IoT Connection by Operators (In million)
Table 3.5A : IoT  Other IoT Connection by Operators share %
 
4) Operators
SK Telecom
KT Crop
LGU+
 
Note : Tablet Connection are not included under IoT cellular connection.
 
Author: Satyajit Sinha
Date Published: April, 2018

IoT Gateway Ecosystem : Overview, Opportunities & Trends

Overview:

As the Internet of Things (IoT) grows and billions of devices need to connect to the world, the IoT Gateway is set to become one of the most critical components of future IoT systems, connecting together legacy and next-generation devices to the IoT networks and different cloud systems. This report shows overview of IoT Gateway Ecosystem and analysis on market trend and opportunties. 

Table of contents:

  • IoT Gateways Introduction & Ecosystem 
  • IoT Gateways Evolution Capabilities
  • IoT Gateways Examples
  • IoT Gateways Opportunities & Challenges
  • IoT Gateways Outlook Viewpoint

Authors: Pavel Naiya (info@counterpointresearch.com)

Published Date: March 2018

Microsoft Azure IoT Edge: Extending Intelligence from Cloud to Edge

Overview:

As Internet of Things (IoT) becomes more prevalent, a swelling pool of data gets generated at the sensor and device level. There is an increasing need for real-time collection, processing and analysis of this data at the device or gateway level i.e. closer to the edge. This is Edge Computing & Analytics, which emulates the public cloud capabilities by bringing intelligence closer to the devices but with a smaller and agile footprint.
 
Many leading cloud and analytics companies such as Amazon, Microsoft, PTC Thingworx, GE, HP Enterprise, IBM, and others provide IoT solutions and products. However, there is a rising trend among these companies to integrate edge analytics capabilities as part of their IoT platform. Amazon and Microsoft are primarily offering software and services for edge analytics, which tightly integrates with their existing cloud data storage and analytics platform. In this series of reports, we will deep dive into these unique and varied IoT and edge analytics implementations from various vendors.
 
 

Table of Contents

  • Executive Summary
  • Advantage of Edge Analytics
  • Case Studies : IoT Edge Implmentation & Benefits
  • Key Takeaways

Author: Falguni Shah
Number of Pages: 8
Published Date: March 2018

IoT Cellular Connection Tracker 2017

Overview:

According to the latest research from Counterpoint’s IoT (Internet of Things) service, global IoT cellular connections grew 41% annually to the end of 3Q 2017, having already crossed the half billion mark earlier in 2017.

Cellular IoT acts as the backbone in driving secure connectivity for different devices to the internet and across different verticals. The type of access used will depend on the nature of the application. 3GPP WAN technologies like GSM (2G), WCDMA (3G), 4G LTE and upcoming 5G technologies, operate in licensed spectrum and have primarily targeted high-quality mobile voice and data services. However, they are being complemented with new functionality and the new radio access standards like EC-GSM, LTE-M and narrowband IoT (NB-IoT), specifically tailored to be an attractive solution for emerging low power wide area (LPWA) applications that will be the key IoT connectivity drivers alongside 5G in coming years

IoT Connectivity Market Analysis – Q3 2017

  • China Mobile grew 21% QoQ and leads the market with 32% share of connections. China Mobile has leapfrogged global operators, exercising enormous domestic scale, quickly transitioning to 4G LTE IoT connections and now aggressively rolling out NB-IoT connections to further exploit the IoT opportunities. China Mobile was a bit late starting its NB-IoT service but is now aggressively pursuing the service rollout. In August 2017, China Mobile issued RFPs (Requests for Proposals) for two projects, worth a combined total of CYN 39.6 billion (US$ 6 billion) to achieve nation-wide NB-IoT commercialization by early 2018:
    • Wireless and core network equipment for cellular IoT 2017-2018
    • Procurement of NB-IoT antennas 2017-2018
  • Vodafone grew 37% YoY and holds the second position with 10.9% market share. As of 3Q2017, Vodafone had launched NB-IoT in four countries including, The Netherlands, Ireland, Czech Republic and Spain. Vodafone added commercial NB-IoT networks in Turkey and Australia in early 4Q 2017.
  • China Unicom grew 39% YoY and holds third position with 9.4 % market share. China Unicom announced pre-commercialization of NB-IoT in May. Shanghai became the first trial city for its pre-commercial network. China Unicom is still in the pre-commercial stage with no officially announced tariff plan. It will have pre-commercialization in 10 domestic cities by the end of 2018.
  • AT&T grew 23% YoY and holds fourth spot with 6.4 % market share. AT&T’s LPWA IoT strategy currently is focusing on LTE-M, which the operator began rolling out in 2Q 2017 with initial applications being asset tracking (pallet tracking) and smart meters.
  • China Telecom grew 17% YoY and holds fifth place with 5% market share. In terms of NB-IoT, it was the fastest developing company for NB-IoT connection among Chinese operators. It completed network coverage of 800 million people under NB-IoT by the end of June 2017, and announced commercialization of NB-IoT in July. In so doing it became the first operator in China to officially kick-off the commercialization of an NB-IoT service.
  • Asia grew 64.2% YoY and dominates cellular IoT connections with a 57.2% share. China is the major contributor with 81% of Asian connections and grew 75% YoY:
    • Japan And South Korea grew 15 % and 25 % YoY respectively. Japan holds 5% share and South Korea holds 2% share within Asia.
    • In terms of LPWA development, South Korea is ahead of Japan. S.K.Telecom, LG U+ and KT Corp commercialised their NB-IoT services in 3Q 2017. KT Corp also commercialised LTE-M in 2Q2017. South Korean Operators are looking forward to driving their LPWA connections in 2018 with specific focus areas being agriculture and energy utilities.
  • Americas grew 20% YoY and holds second position with a 19.6% share. The USA’s four operators account for 68% of the connections in the Americas region. The US grew 17% YoY:
    • AT&T and Verizon are the only US operators that have so far commercialised LTE-M networks – both in 2Q2017. Within the US, these two operators hold 72.5% of IoT cellular connections.

Table of Contents:

1) Cellular IoT Connection

  • Table 1.1 : IoT Cellular Connection
  • Table 1.2 : IoT Cellular Connection Market Share %
  • Table 1.3 : IoT Cellular Connection by Technology
  • Table 1.4 : IoT Cellular Connection by Technology Share %

2) C-IoT Connection by Technology

  • Table 2.1 : IoT Cellular 2G Connection
  • Table 2.1A : IoT Cellular 2G Connection Market Share %
  • Table 2.2 : IoT Cellular 3G Connection
  • Table 2.2A : IoT Cellular 3G Connection Market Share %
  • Table 2.3 : IoT Cellular 4G LTE Connection
  • Table 2.3A : IoT Cellular 4G LTE Connection Market Share %
  • Table 2.4 : IoT Cellular LTE-M Connection
  • Table 2.4A : IoT Cellular LTE-M Connection Market Share %
  • Table 2.5 : IoT Cellular NB-IoT  Connection
  • Table 2.5A : IoT Cellular NB-IoT Connection Market Share %
  • Table 2.6 : IoT Cellular LPWA  Connection
  • Table 2.6A : IoT Cellular LPWA Connection Market Share %

3) C-IoT Connection by Region

  • Table 3.1 : Global IoT Cellular Connection by Region
  • Table 3.1A : Global IoT Cellular Connection by Region Market Share %
  • Table 3.2 : Asia IoT Cellular Connection by Country
  • Table 3.2A : Asia IoT Cellular Connection by Country Market Share %
  • Table 3.3 : Americas IoT Cellular Connection by Country
  • Table 3.3A : Americas IoT Cellular Connection by Country Market Share %

4) Charts and Graphs

5) AT-A- GLANCE

  • Table 5.1 : Global IoT Cellular Connection 3Q2017
  • Table 5.1A : Global IoT Cellular Connection 3Q2017 Market Share %
  • Table 5.2 : Global IoT Cellular Connection by Connection
  • Table 5.2A : Global IoT Cellular Connection by Connection Market Share %

6) Operators

  • China Mobile
  • China Unicom
  • China Telecom
  • Vodafone
  • AT&T
  • Verizon
  • T-Mobile
  • Sprint
  • Telefonica
  • Orange
  • Telenor
  • Deutsche Telekom**
  • SoftBank*
  • NTT Docomo
  • KDDI
  • Tesltra
  • Telia
  • SK Telecom
  • KT Crop
  • LGU+

Authors: Neil Shah and Satyajit Sinha (analyst@counterpointresearch.com)

Published Date: January 2018

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