The LPWA (Low Power Wide Area) Networks Ecosystem Market to Surpass $27 Billion by 2025

Until recently, most M2M and IoT services have largely relied on licensed cellular, wireline and satellite networks for their wide area connectivity requirements. Cellular networks, in particular, have enjoyed significant success in the arena. However, for many low bandwidth IoT applications, traditional cellular networks are deemed too expensive due excessive power consumption and complex protocols that lower battery life. As a result, a number of LPWA (Low Power Wide Area) alternatives have emerged that specifically seek to address these concerns.

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LPWA networks are optimized to provide wide area coverage with minimal power consumption. Typically reliant on unlicensed frequencies, LPWA devices have low data rates, long battery lives and can operate unattended for long periods of time.

Already prevalent in IoT applications such as smart metering, lighting control and parking management, LPWA networks are expected to make a significant contribution to the M2M and IoT ecosystem, with an estimated $27 Billion in service revenue by 2020.

The “LPWA (Low Power Wide Area) Networks Ecosystem: 2015 – 2030 – Opportunities, Challenges, Strategies, Industry Verticals & Forecasts” report presents an in-depth assessment of the LPWA networks ecosystem including LPWA technologies, key trends, market drivers, challenges, vertical market applications, deployment case studies, regulatory landscape, standardization, opportunities, future roadmap, value chain, ecosystem player profiles and strategies. The report also presents market size forecasts from 2015 till 2030. The forecasts are segmented for 9 vertical markets and 6 regions.

The report comes with an associated Excel datasheet suite covering quantitative data from all numeric forecasts presented in the report.

 
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1 Chapter 1: Introduction
1.1 Executive Summary
1.2 Topics Covered
1.3 Forecast Segmentation
1.4 Key Questions Answered
1.5 Key Findings
1.6 Methodology
1.7 Target Audience
1.8 Companies & Organizations Mentioned

2 Chapter 2: An Overview of LPWA Networks
2.1 M2M Networks & the IoT Vision
2.1.1 What is M2M Technology?
2.1.2 The IoT Vision
2.1.3 M2M & IoT Architecture
2.2 The Limitations of Traditional M2M Networking Technologies
2.3 What are LPWA Networks?
2.4 Key Characteristics of LPWA Networks
2.4.1 Long Range & Strong Propagation
2.4.2 Star Network Topology
2.4.3 Low Data Rates
2.4.4 Low Power Consumption
2.4.5 Battery Life Requirements
2.4.6 Scalability
2.4.7 Low Cost Modules & Infrastructure
2.4.8 Supplementary Features
2.5 Market Growth Drivers
2.5.1 Addressing Low Throughput IoT Use Cases
2.5.2 Cost Saving Potential
2.5.3 Energy Saving: Towards Green IoT Networks
2.5.4 The 2G Sunset
2.5.5 Regulatory Initiatives & Mandates
2.5.6 Interest from Vertical Markets
2.5.7 Commitments by Industry Giants
2.6 Market Barriers
2.6.1 Lack of Standardization
2.6.2 Interference Concerns
2.6.3 Low Revenue per Connection
2.6.4 Integration Complexities

3 Chapter 3: LPWA Networking Technologies
3.1 UNB (Ultra Narrow Band)
3.1.1 Sigfox
3.1.2 Telensa
3.2 LoRa Alliance
3.2.1 Semtech’s LoRA RF Platform
3.2.2 LoRaWAN
3.2.3 Link Labs’ Symphony Link
3.3 Weightless SIG
3.3.1 Weightless-W
3.3.2 Weightless-N
3.3.3 Weightless-P
3.4 Ingenu’s RPMA (Random Phase Multiple Access)
3.5 Xylem's FlexNet
3.6 Aclara's Synergize
3.7 Standardized 3GPP Technologies
3.7.1 LTE Cat-M1
3.7.2 NB-IoT (Narrow Band Internet of Things)
3.7.3 EC-GSM-IoT (Extended Coverage GSM for the Internet of Things)
3.7.4 Key Enhancements & Simplifications to Enable LPWA Operation
3.7.5 The Future: 5G NB-IoT
3.8 IEEE 802.11 ah & af
3.9 Spectrum Options for LPWA Networks
3.9.1 ISM (Industrial, Scientific, and Medical Radio) Bands
3.9.2 TVWS (TV White Spaces)
3.9.3 Licensed Spectrum
3.10 Competing M2M Networking Technologies
3.10.1 Conventional Cellular Technologies
3.10.1.1 2G & 3G
3.10.1.2 LTE
3.10.1.3 5G
3.10.2 Satellite Communications
3.10.3 Wireline Networks
3.10.4 Short Range Networks
3.10.4.1 Wi-Fi
3.10.4.2 Bluetooth
3.10.4.3 ZigBee
3.10.5 Others

4 Chapter 4: Vertical Market Applications, Opportunities & Case Studies
4.1 Agriculture
4.1.1 Precision Agriculture
4.1.2 Livestock Management
4.1.3 Agricultural Equipment Monitoring
4.2 Asset Management & Logistics
4.2.1 Maintaining Real-Time Asset Inventories
4.2.2 Supply Chain Visibility
4.2.3 Tracking Containers & Goods
4.2.4 Monitoring of Shipment Conditions
4.2.5 Other Applications
4.3 Automotive & Transportation
4.3.1 Tracking & Location Services
4.3.2 Remote Vehicle Management
4.3.3 Safety & Security
4.3.4 Other Applications
4.4 Consumer Applications & Home Automation
4.4.1 Wide Area Tracking
4.4.2 Sports & Fitness
4.4.3 Smart Homes & Intelligent Appliances
4.5 Energy & Utilities
4.5.1 Smart Metering
4.5.2 Applications in the Oil & Gas Sector
4.6 Healthcare
4.6.1 Health & Wellness Monitoring
4.6.2 Diagnostic Tools
4.6.3 Connected Prescription Reminders
4.6.4 Other Applications
4.7 Intelligent Buildings & Infrastructure
4.7.1 Intelligent Buildings
4.7.2 Public Infrastructure Management
4.7.3 Parking Management
4.7.4 Lighting Control
4.7.5 Waste Management
4.7.6 Environmental Monitoring & Other Applications
4.8 Public Safety, Security & Surveillance
4.8.1 Perimeter Access Control
4.8.2 Connected Security Alarms
4.8.3 Other Applications
4.9 Retail & Vending
4.9.1 POS (Point of Sale) Applications
4.9.2 Intelligent Shopping
4.9.3 Smart Restocking
4.9.4 Other Applications
4.10 Other Verticals
4.11 LPWA Deployment Case Studies
4.11.1 AT&T: Targeting New IoT Markets with LTE Cat-M1
4.11.2 BT: Creating the UK’s First IoT Enabled Smart City
4.11.3 Enevo: Waste Logistics Optimization with LoRaWAN
4.11.4 KT Corporation & LG-Uplus: Collaborating to Accelerate the Adoption of NB-IoT
4.11.5 Orange: Capitalizing on Multiple LPWA Technologies
4.11.6 Securitas: LPWA Powered Home Security Monitoring
4.11.7 Senet: Optimizing Fuel Delivery with LoRaWAN
4.11.8 Smarteo Water: Enabling Smart Metering with Sigfox
4.11.9 Telensa: Powering Smart Parking & Street Lighting with UNB Technology
4.11.10 The Things Network: Crowdsouring IoT Networks
4.11.11 Vodafone Group: Establishing a Global NB-IoT Network

5 Chapter 5: Regulatory Landscape
5.1 3GPP (3rd Generation Partnership Project)
5.1.1 Release 12
5.1.2 Release 13
5.1.3 Release 14 & Beyond
5.2 ETSI (European Telecommunications Standards Institute)
5.2.1 IoT LTN (Low Throughput Networks) Initiative
5.3 LoRa Alliance
5.4 Weightless SIG
5.5 IEEE (Institute of Electrical and Electronics Engineers)
5.6 Wireless IoT Forum
5.7 GSMA
5.7.1 Mobile IoT (LPWA) Initiative
5.7.2 NB-IoT Forum
5.7.3 LTE-M Task Force
5.7.4 EC-GSM-IoT Group
.....

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