Market Overview
CRI has released a report titled Internet of Things (IoT) Market – Analysis of Market Size, Share & Trends for 2014 – 2020 and Forecasts to 2031. The market is anticipated to reachUSD 170.6 billion in 2017 and is expected to reach USD 561.0 billion by 2022, at a Compound Annual Growth Rate (CAGR) of 26.9% during the forecast period.. According to the report, emphasizes on the detailed understanding of some decisive factors such as size, share, sales, forecast trends, supply, production, demands, industry and CAGR in order to provide a comprehensive outlook of the global market

Internet of Things (IoT) Market Market: Key Players

Intel Corporation (US),
SAP SE (Walldorf, Germany),
Cisco Systems, Inc. (US),
Microsoft Corporation (US),
Oracle Corporation (US),
International Business Machine (IBM) Corporation (US),
PTC Inc. (US),
Google Inc. (US),
Hewlett-Packard Enterprise (US),
Amazon Web Services Inc. (US),
Bosch Software Innovation GmbH (Stuttgart, Germany), and
General Electric (US).

Segmentation
By Software Solution
Real- time Streaming Analytics
Security solution
Data management
Remote monitoring system
Network bandwidth management
By Platform
Device management
Application management
Network management
By Service
Professional service
Deployment and integration
Support and maintenance
Consulting service
Managed service
By Application Area
Building and home automation
Smart energy and utilities
Smart manufacturing
Connected logistics
Smart retail
Smart mobility and transportation
Others
By Region
North America
Europe
Asia Pacific (APAC)
Middle East and Africa (MEA)
Latin America

Internet of Things (IoT) Market Market Dynamics
Internet of Things (IoT) Market Market Size
Supply & Demand
Current Trends/Issues/Challenges
Competition & Companies Involved in the Market
Value Chain of the Market
Market Drivers and Restraints
The report sheds light on various aspects and answers pertinent questions on the market. Some of the important ones are:
COVID-19 pre and post business impact analysis
Detailed overview of the parent market
Changing market dynamics in the industry
In-depth market segmentation
What is the Internet of Things (IoT) Market Market growth?
Which segment accounted for the largest Internet of Things (IoT) Market Market share?
Who are the key players in the Griddles Market?
Historical, current and projected market size in terms of volume and value
Recent industry trends and developments
Competitive landscape
Strategies of key players and products offered
Potential and niche segments, geographical regions exhibiting promising growth
A neutral perspective on market performance
Must-have information for market players to sustain and enhance their market footprint
Note: Although care has been taken to maintain the highest levels of accuracy in CRI’s reports, recent market/vendor-specific changes may take time to reflect in the analysis.
Related Reports: Global Sturge-Weber Syndrome Market Research Report – Forecast To 2023

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This report is a global study on the state of antenna technologies, seen from the perspective of the innovators and disruptors – companies that are redefining the IoT ecosystem.

The Startup Ecosystem
We cover the challenges faced by traditional antenna technologies, drivers of innovative solutions, need for antenna advancements, and the impact of these innovations on IoT applications. The report further describes how the startups are improvising on antenna performance for finding suitable solutions for the current challenges.

The ambit of the report covers more than 35 companies globally – firms that are deeply involved in developing disrupting techniques and strategies for antennas. Over 10 prominent companies such as Kymeta, Pivotal, and Energous have been profiled in-detail based on their technologies, offerings, patenting activities, and outlook. We have ranked these companies on a scale of three, based on a metric that included parameters such as company maturity, product commercialization stage, patent filings, investors, awards, and funding received. Apart from the core antenna technology categories, startups driving innovations and trends in the MEMS-based antenna space and those offering design and testing services for antennas have also been covered here.

Companies mentioned in this Report
1. Kymeta Corporation
2. Pivotal Commware
3. Notch Technologies
4. ALCAN Systems
5. Arralis
6. Adant Technologies
7. SatixFy
8. Fractus Antennas
9. Movandi
10. RF DSP
11. C&T RF Antennas Inc
12. TMYTEK
13. Tubis Technology
14. Analog Photonics
15. Isotropic Systems
16. Quanergy
17. Cellwize
18. Metawave Corporation
19. Energous Corporation
20. uBeam
21. Lunewave, Inc.
22. Optisys
23. Blickfeld
24. ZhiSensor
25. RoboSense
26. LeiShen Intelligent System Co.
27. Innoviz Technologies
28. AEye
29. Field Theory
30. BluFlux
31. BWant
32. MilliLabs
33. Radientum
34. Kumu Networks
35. Parallel Wireless
36. GenXComm
37. Uhnder
38. Resonant

Key Insights
– The antenna startup ecosystem has adopted unique techniques to comply with the existing and upcoming standards in the space.
– Startups are honing their knowledge of miniaturization, efficient functioning, MIMO, and different beamforming techniques to create software-defined antennas based on chips, metamaterials, mmWave technology, and photonics.
– A majority of the companies are focusing on innovating antenna structures based out of metamaterials.
– The companies are working to build antennas supporting 5G network infrastructure with smaller form factors by leveraging AI techniques, MEMS solutions, optical technology, and 3D printing to optimise the overall development of next generation antenna.
– Companies entering the antenna market space are adhering to the requirements of upcoming communication infrastructure.
– On the move communication applications are driving the need to reduce the size, enhance performance, and decrease the cost of antenna solutions.

Key Questions Addressed in this Report
– What are the challenges faced by the traditional antenna technologies in the IoT domain?
– What are the advantages of the innovative antenna technologies over the traditional antenna systems?
– What are the key trends related to the adoption of different antenna techniques?
– How are the emergent antenna technologies driving the development of IoT and upcoming 5G ecosystem?
– What are the different antenna technologies that have gained traction in the market?
– What are the target industries and application areas for the new companies operating in the antenna technology space?
– What are the technology segregations, product descriptions, and roadmaps of the startups taking part in the growth of the antenna landscape?
– How are the companies changing their business models to strengthen their position in the wireless communications domain?
– Who are the enablers of antenna technologies in the IoT ecosystem?
– What are the potential collaboration opportunities for different industry segments to leverage antenna solutions for their businesses?

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Companies are transforming their business models to attain edge computing capabilities necessary for offering end to end services. Startups with innovative networking technologies and newer software-defined architectures are aiming to enhance flexibility in hybrid networks. Emerging technologies like AI and neuromorphic computing are changing data processing and decision-making. Data center architectures are being rewritten with easily available off the shelf, cost-effective, and efficient solutions. Further, the upcoming 5G networks are projected to fuel the expansion of edge infrastructure for high speed communication.

Edge computing will transform the IoT landscape into a hyperconnected environment where the restrictions related to latency and computation capacity will be eliminated. It is important for the incumbents to keep up the pace of innovations to stay ahead of the competition. Also, companies from other industries can be expected to cash in the opportunity at hand.

The recent years have witnessed a number of mergers and acquisitions in the edge computing space for IoT services, with the increase in M&A activities representing the industry’s conundrum of cloud, edge, and hybrid architectures, and the race to achieve a considerable market share.

Acquisition Trends:
The report includes an analysis of approximately 60 deals, along with a detailed technology overview and the purpose of the acquisitions. The M&A analysis section offers a comprehensive view of the transactions around edge computing, covering different technology aspects including data center, AI, security, software-defined WAN (SD-WAN), analytics, interoperability, multi-access edge computing (MEC), and others.

Some prominent deals observed include:
– Veea – Virtuosys
– American Tower – ColoATL
– Compass Data centers – EdgePoint System, BitBox
– VmWare – VeloCloud
– Intel – Xilinx, Movidius
– Apple – Silk Labs
– HPE – Niara
– Wave Computing – MIPS Technologies
– Analog Devices – Otosense
Patent Capabilities of Target Companies:
IP acquisition is a key strategy for technology companies to drive innovation in the edge computing space, with the goal to develop next generation solutions. We have assessed the patent capabilities acquired in the M&A deals to understand and evaluate IP value creation.

Key Insights:
– The last five years have witnessed an increased spate of innovations in the edge computing space.
– Data center, AI and, security-related deals combined account for half of all M&A activity in the edge computing market.
– Data center technologies have attracted the largest number of acquirers with incumbents focused on expanding their geographical footprint.
– Modular data center solutions are accelerating time to market for the various participants and enabling entry for quite a few companies into the edge computing market.
– Semiconductor companies are getting acquired for their AI capabilities that will drive the future of on-device processing.
– Software-defined networking technologies are gaining traction, enabling acquirers with the flexibility required for developing a complete cloud to edge solution.
– In terms of IP portfolio, most of the acquired patent capabilities were in microprocessors and instruction set architectures, mainly due to the deal between Wave Computing and MIPS Technologies.
– The top five assignees in terms of patent count included MIPS Technologies, DeePhi, Vasona Networks, Virtuosys, and Movidius.
– Other key acquired patent capabilities related to AI, mesh networking, and security are expected to contribute significantly in the development of intelligent and secure edge solutions.

Key questions addressed in the report:
– What are the key trends and drivers of edge computing in the IoT ecosystem?
– How is the acquisition trend changing over the years in the edge computing space?
– What is the preferred route for companies looking for strategic acquisitions in the edge computing domain?
– How are target companies leading the acquisition of different edge computing technologies in the US, Europe, Asia, and other regions?
– Who are the different acquirers actively involved in the acquisition scenario?
– What are the different technology capabilities acquired in the edge computing space and how are they strengthening the portfolio of the acquirers?
– What are the post-acquisition scenarios for the major deals?
– What are the IP capabilities acquired with the deals?
– What are the untapped technology areas that can be considered as potential targets in the future?

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Demand of IoT end-device connectivity is driving the need for innovative communication techniques. In addition to the terrestrial infrastructure, satellite communication appears set to play a key role in supporting IoT applications in diverse areas, including mining locations, deep sea, and remote sites where cellular connectivity is unavailable.

This report includes an overview of the emerging trends in satellite communication for IoT applications, highlighting the interest around the exploration of new orbits, development of nanosatellites, and impact of blockchain, AI and 5G for a connected satellite environment.

Competitive Analysis
This section includes a study of the leading satellite companies and other emerging firms operating in the IoT space. These include entities like Inmarsat, Iridium Communications, Intelsat, Globalstar, and Orbcomm.

We also provide an overview of the startups offering LEO nanosatellites. Most of these companies are focusing on building LEO constellations in the coming years and are partnering with IoT companies and operators for delivering enhanced connectivity solutions for a streamlined IoT ecosystem. The ultimate goal here is to deliver real-time satellite communication for the IoT ecosystem.

The startups covered in the report include,

Myriota
Aistech
SAS
Open Cosmos
Astrocast
Fleet Space Technologies
Hiber
Analytical Space
Kepler Communications
Commsat Technology Development Co Ltd
KLEO
Kinesis
NanoAvionics
Accion Systems
Phase Four
Syrlinks
Vector
LinkSpace
Helio Wire
Kymeta
Phasor
Key Insights:
Demand for small LEO satellites is increasing with the need to deliver accelerated space services.
Hybrid satellite-terrestrial configurations are going mainstream as support for advanced applications such as autonomous vehicles and autonomous vessels.
Machine learning techniques are being investigated for interference mitigation, fault prediction, dynamic beam scheduling, and inter-satellite switching in a multi-satellite communication system.
Adopting quantum computing and blockchain in IoT space applications can help in addressing security challenges.
Low-cost, compact, and electronically steered antennas are being developed for tracking LEO satellites. The efforts in this direction include phased array and metamaterial-based antennas.
Key questions addressed in the report:
How LEO satellites are addressing the requirements of the IoT market?
What are the major IoT applications using satellite communication?
What are the partnership details and future roadmaps of the NewSpace companies?
How are emerging technologies like 5G, AI, blockchain and quantum computing impacting the satellite IoT ecosystem?
What are the opportunities for non-space companies (automotive, cloud providers, and telecom companies) in the satellite IoT space?

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The fifth-generation of mobile technology (5G technology) is expected to cater to the demand and business frameworks needed by and beyond 2020; but it is not without its disruptions. In addition to driving a connected society, 5G wireless technology will bring about socio-economic transformations through productivity, sustainability and well-being. Mobile 5G seems to be on course to be the next big thing in the global digital connectivity ecosystem. However, mobile 4G LTE will dominate in terms of volume for at least the next ten years. According to a Netscribes research, the global 5G market is forecast to grow at a CAGR of around 97% over a five-year period and will reach a value of USD 251 billion by 2025.

Key Growth Factors

The main driver of 5G is the ever-increasing demand for an enhanced mobile internet experience, clubbed with smartphone adoption among users. 5G technology will address rising bandwidth requirements, demand for advanced application services and improved acceptance of the Internet of Things (IOT).

Threats and Key Players

Well-defined 5G standards and a clean regulatory environment will help realize the full potential of 5G services. Inadequate spectrum and infrastructure would be the key hindrance for developing nations in the effort to adopt 5G services.

Top 10 global key service provider companies covered in the study include:

o China Mobile
o Verizon Communications
o AT&T
o Vodafone
o Nippon Telegraph and Telephone
o Sprint Corporation
o Deutsche Telekom
o Telefónica
o América Móvil
o China Telecommunications Corporation

What’s covered in the report:

o Drivers for 5G adaptation, trends, and challenges in the present telecommunication industry
o Total number of global and regional SIM cellular connections and SIM M2M cellular connections across 5G, 4G, 3G, 2G
o Global and regional data usage for both SIM cellular connections and SIM M2M cellular connections across 5G, 4G, 3G, 2G
o Global and regional data traffic for both SIM cellular connections and SIM M2M cellular connections across 5G, 4G, 3G, 2G
o Potential 5G Global Landscape

Related Definitions:

Classic SIM Connection A subscriber identification module (SIM) is an integrated circuit(IC) that is designed to securely store the international mobile subscriber identity (IMSI) number and its related key, which are used for identification and authentication of subscribers on mobile telephony devices (such as mobile phones and computers). SIM cards are used on GSM phones, and they are required for newer LTE-capable handsets.

Machine-to-Machine (M2M) SIM Connection– Refers to the technologies that enable devices/ machines and sensors or “things” within (The Internet Of Things) to communicate with each other – and with other Internet-enabled devices and systems.

Why buy?

o Get a broad understanding of the global 5G market, the dynamics of the market and the current state of the industry
o Understand SIM Cellular Connection and SIM M2M Cellular Connection advancements/ decay across 5G, 4G, 3G, and 2G generations
o Recognize major competitors’ business and market dynamics, and respond accordingly

1. Chapter 1:- Executive Summary
a. Market Segmentation
b. Key Questions Answered in This Study
c. Executive Summary
d. Telecommunication Industry Evolution
e. Global 5G Overview- 2025
f. Global 5G Depiction Landscape

2. Chapter 2:- Global- Market Overview
a. Global Market Drivers
i. IOT/ M2M (Industry Penetration)
ii. IOT/ M2M (Applications)
iii. Enhanced Mobile Broadband
iv. Smartphone Adaptation
v. Data Density
b. Global Market Size- SIM Cellular Connections
c. Global Market Size- SIM M2M Cellular Connections
d. Global Market Size- Data consumption by SIM Cellular Connections
e. Global Market Size- Data consumption by SIM M2M Cellular Connections
f. Global Market Size- Data Traffic by SIM Cellular Connections
g. Global Market Size- Data Traffic by SIM M2M Cellular Connections
h. Global Market Size- Revenue

3. Chapter 3:- North America- Market Overview
a. North America -Market Drivers
b. North America Market Size- SIM Cellular Connections
c. North America Market Size- SIM M2M Cellular Connections
d. North America Market Size- Data Usage by SIM Cellular Connections
e. North America Market Size- Data Usage by SIM M2M Cellular Connections
f. North America Market Size-Data Traffic by SIM Cellular Connections
g. North America Market Size- Data Traffic by SIM M2M Cellular Connections
h. North America Market Size- Revenue
i. North America- Market Trends
j. North America- Market Challenges

4. Chapter 4:- Europe- Market Overview
a. Europe- Market Drivers
b. Europe Market Size- SIM Cellular Connections
c. Europe Market Size- SIM M2M Cellular Connections
d. Europe Market Size- Data Usage by SIM Cellular Connections
e. Europe Market Size- Data Usage by SIM M2M Cellular Connections
f. Europe Market Size- Data Traffic by SIM Cellular Connections
g. Europe Market Size- Data Traffic by SIM M2M Cellular Connections
h. Europe Market Size- Revenue
i. Europe- Market Trends
j. Europe- Market Challenges

5. Chapter 5:- Asia Pacific- Market Overview
a. Asia Pacific- Market Drivers
b. Asia Pacific Market Size- SIM Cellular Connections
c. Asia Pacific Market Size- SIM M2M Cellular Connections
d. Asia Pacific Market Size- Data Usage by SIM Cellular Connections
e. Asia Pacific Market Size- Data Usage by SIM M2M Cellular Connections
f. Asia Pacific Market Size- Data Traffic by SIM Cellular Connections
g. Asia Pacific Market Size- Data Traffic by SIM M2M Cellular Connections
h. Asia pacific Market Size- Revenue
i. Asia Pacific- Market Trends
j. Asia Pacific- Market Challenges

6. Chapter 6:- Latin America- Market Overview
a. Latin America- Market Drivers
b. Latin America Market Size- SIM Cellular Connections
c. Latin America Market Size- SIM M2M Cellular Connections
d. Latin America Market Size- Data Usage by SIM Cellular Connections
e. Latin America Market Size- Data Usage by SIM M2M Cellular Connections
f. Latin America Market Size- Data Traffic by SIM Cellular Connections
g. Latin America Market Size- Data Traffic by SIM M2M Cellular Connections
h. Latin America Market Size- Revenue
i. Latin America- Market Trends
j. Latin America- Market Challenges

7. Chapter 7:- Middle East and Africa- Market Overview
a. Middle East and Africa – Market Drivers
b. Middle East and Africa Market Size- SIM Cellular Connections
c. Middle East and Africa Market Size- SIM M2M Cellular Connections
d. Middle East and Africa Market Size- Data Usage by SIM Cellular Connections
e. Middle East and Africa Market Size- Data Usage by SIM M2M Cellular Connections
f. Middle East and Africa Market Size- Data Traffic by SIM Cellular Connections
g. Middle East and Africa Market Size- Data Traffic by SIM M2M Cellular Connections
h. Middle East and Africa Market Size- Revenue
i. Middle East and Africa – Market Trends
j. Middle East and Africa – Market Challenges

8. Chapter 8:- 5G Global Landscape- Tests, Trials, and Demonstrations
a. Company Overview – China Mobile
i. Key Highlights
ii. 5G Growth Strategy and Investments
b. Company Overview – Verizon Communications
i. Key Highlights
ii. 5G Growth Strategy and Investments
c. Company Overview – AT&T
i. Key Highlights
ii. 5G Growth Strategy and Investments
d. Company Overview – Vodafone
i. Key Highlights
ii. 5G Growth Strategy and Investments
e. Company Overview – Nippon Telegraph and Telephone
i. Key Highlights
ii. 5G Growth Strategy and Investments
f. Company Overview – Sprint Corporation
i. Key Highlights
ii. 5G Growth Strategy and Investments
g. Company Overview – Deutsche Telekom
i. Key Highlights
ii. 5G Growth Strategy and Investments
h. Company Overview – Telefónica
i. Key Highlights
ii. 5G Growth Strategy and Investments
i. Company Overview – América Móvil
i. Key Highlights
ii. 5G Growth Strategy and Investments
j. Company Overview – China Telecommunications Corporation
i. Key Highlights
ii. 5G Growth Strategy and Investments

9. Chapter 9:- 5G-The Road Ahead
a. 5G Impact on Media Companies
b. 5G Impact on Connected Device Makers
c. 5G Impact on Network Operators
d. 5G Impact on Network Suppliers

10. Chapter 10:- Appendix
a. Research Methodology
b. Assumptions
c. About Netscribes Inc

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