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[330 Pages Report] The global IoT Spend by Logistics Industry Market size was valued at US$ 35.2 Billion in 2021 and is projected to grow at a compound annual growth rate of 11.2% reaching US$ 114.7 Billion by 2032, up from US$ 39.6 Billion in 2022. From 2021 to 2022, the market registered a Y-o-Y growth of 12.5%.
Attributes | Details |
---|---|
IoT Spend by Logistics Market CAGR (2022 to 2032) | 11.2% |
IoT Spend by Logistics Market Size (2022) | US$ 39.6 Billion |
IoT Spend by Logistics Market Size (2032) | US$ 114.7 Billion |
With the explosion of digital technology, logistics businesses have improved the performance and impact of IoT strategies across a range of applications. In the wake of technological advancement, and a host of new challenges, such as the sweeping COVID-19 outbreak and high customer demands, the logistics industry has undergone rapid change in the market.
Logistics will undergo an immeasurable revolution over the next decade as a result of the Internet of Things. This minimizes the price of device components, enhances the performance of wireless networks, and expands the capability to receive data through the network, thus creating new benefits for businesses.
Smart cities, e-commerce businesses, the introduction of the internet, and the high adoption of sensors across verticals will further fuel the growth of the market in the future
Companies in the logistics sector are experiencing unprecedented change due to digitization and changing customer expectations. As Consumers and businesses resorted to online channels for purchasing during the COVID-19 pandemic, lockdowns, and other government restrictions led logistics companies to invest heavily in the Internet of Things.
In addition to enhancing efficiency and collaboration, new technologies are also reshaping how business is conducted in ways that have only just begun to emerge. Start-ups and customers and suppliers from within the sector are also changing the industry.
Technology like IoT sensors will become increasingly vital to ensuring supply chain transparency and efficiency as demand increases. Increasing fleet efficiency and decreasing operation costs can be achieved through full visibility, which makes cargo moving safer and more efficient.
The recent slump in oil prices has improved profitability for logistics businesses, though the logistics sector remains susceptible to an increase in oil prices if the Organization of Petroleum Exporting Countries decides to restrict production in the future.
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In order to help the market's growth, IoT-enabled connected devices are being adopted to track deliveries. Due to the increase in the number of online businesses on the market, delivery logistic companies have seen a rise in their demand. Increased internet penetration along with lower costs of sensors and controllers encourage the market to grow.
The market also experiences growth due to the advancement in information, communication, and technology adoption in SMEs and large-scale organizations.
IoT in logistics is experiencing rapid growth owing to the spread of wireless technology such as smartphones and wearable devices in the industry, which has propelled the market growth. Due to the advent of advanced technological solutions such as drones, robots, and autonomous vehicles, the demand for advanced wireless communication solutions has increased.
Modern IoT services include high-speed data sharing and highly reliable and secure infrastructure on top of the new 5G wireless network technology. A huge number of interconnected devices and the need for fast communication also drive the need for IoT in transportation.
A growing amount of investments in digitization, technological advancements, and the use of contactless delivery methods are propelling the market for IoT spending in the logistics industry.
The Internet of Things is a revolutionary technology, and its applications and consequences remain unclear to date. With increasing security breaches in the market and a growing amount of data collection, logistics companies will further be hindered in their IoT spending growth. Such obstacles are creating considerable challenges for IoT spending in the logistics market.
In the new marketplace, small businesses face a growing number of technical complexities and that is likely going to pose additional challenges. IoT systems are getting more expensive to install and maintain, which is further diminishing the market for logistics companies.
Significant logistics market players are nevertheless looking to create feasible solutions for customers by collaborating with IoT-leading companies. As the sector evolves, new challenges will emerge as a result of the latest international market trends. Supply chain partners are frequent targets of cybercrime due to the critical nature of the products they move and their access to distributed systems.
The availability of warehousing space and declining inventory costs are stifling growth in this market, even though pollution levels are increasing. Additionally, consumer distrust of e-commerce services, as well as concerns over online safety, hinder the growth of the logistics market. Continual technological advancements and high implementation costs of these solutions will further hamper the market growth for IoT spend by logistic businesses.
IoT Spend by Logistics Industry Market:
Attributes | IoT Spend by Logistics Industry Market |
---|---|
CAGR (2022 to 2032) | 11.2% |
Market Value (2025) | US$ 114.7 Billion |
Growth Factor | An increased number of connected devices enables the Internet of Things and a growing market for high-tech vehicles to grow the market. |
Opportunity | Increasing supply capacities to meet customer needs both locally and globally will result in massive business opportunities for companies in the coming years, along with promising industrialization prospects in developing economies. |
Key Trends | Aimed at capturing the IoT global market, digitization in the cargo logistics industry is one of the key trends being observed in the market |
IoT in Retail Market:
Attributes | IoT in Retail Market |
---|---|
CAGR (2022 to 2032) | 21.2% |
Market Value (2025) | US$ 38.7 Billion |
Growth Factor | IoT hardware such as RFID chips, sensors, and chipsets will become more affordable, which will drive market growth for retail businesses in the market |
Opportunity | With the use of IoT as a component of both retail management and warehouse technology, shrinkage, and inventory tracking will be reduced and warehouse automation will provide multiple benefits. |
Key Trends | The use of smart shelves will further assist retailers in increasing their revenue growth |
Connected Logistics Market:
Attributes | Connected Logistics Market |
---|---|
CAGR (2022 to 2032) | 31% |
Market Value (2025) | US$ 42.1 Billion |
Growth Factor | By using connected logistics, businesses can plan large orders in advance, this is a further growing market for the connected logistics market |
Opportunity | A competitive edge is constantly sought by companies doing international business. Incorporating IoT into their daily operation can certainly help these organizations gain the market dominance they strive for |
Key Trends | The use of RFID chips and IoT devices in carriers, shipping containers, and individual products can provide organizations with a great deal of information during shipping and transportation. All stakeholders have access to the precise locations and conditions of the shipments by using the data generated by these devices. |
Global IoT developments continue to improve, and the logistics market is expected to experience significant growth during the forecast period. As a result of cloud computing, platform solutions are becoming more accessible, which makes it more feasible to use creative business models such as virtual freight forwarding.
As well as being customizable and scalable, it can also provide standardization and harmonization of business processes throughout the organization.
By utilizing robotics and automation in delivery and warehousing, the amount of human labor will be reduced, and the delivery costs will be reduced, which will provide greater exposure to the market. Moreover, IoT in logistics will continue to grow in popularity among global businesses due to technological advancements, government initiatives, and business management solutions.
As a result of the use of supply chains, companies will see significant savings on infrastructure costs and will be able to take advantage of the easier adoption of autonomous solutions in the near future. New business models have been developed through platform technology, often by start-ups seeking to enter the logistics market. New entrants might end up being industry suppliers and customers.
Companies that offer CEP services will focus on customer expectations as networks become more fully shared. Increasingly, data analytics and other data-driven tools are being utilized to increase logistical efficiency. As part of their overall business strategy, many logistics companies are using IoT as a way to accelerate growth in the market.
Based on the component the market is segmented into software and hardware. According to the forecast, the hardware component market will reach a value of US$ 41.3 Billion within the forecast period, with a compound annual growth rate of 11% during the forecast period.
Growing demand for tracking systems for speed and packet delivery has generated market demand for hardware components, such as sensors and trackers, in the IoT spent logistics market.
Hardware devices such as these provide real-time information from various devices and sensors that are subsequently incorporated into decision-making. As one of the cornerstones of modern supply chain management, industrial IoT has the potential to improve the efficiency of operations and streamline the overall supply chain.
Sensors are the most important hardware components used along with machines in various industry verticals and are projected to dominate the industrial Internet of Things (IoT) market segment in 2022. Moreover, the demand for sensor integration with industrial machinery equipment to make it IoT-compliant is increasing rapidly and will continue to do so.
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Depending on the size of the organization, the market for IoT spending within the logistics industry is segmented into SMEs and large organizations. It is estimated that during the forecast period, large-sized organizations will stimulate market value growth of 11.1% CAGR.
A growing expansion of logistics businesses and high investments in well-equipped devices have significantly boosted market demand for IoT spend by large organizations. Due to the greater affordability of IoT solutions for large organizations as compared with small and medium-sized enterprises (SMEs), IoT penetration is much higher in logistics applications.
With the increasing popularity and demand of e-commerce and the adoption of more efficient robotic devices, investments in autonomous vehicles are also expected to further boost market demand in large organizations with a large customer base.
Growing investments in the market and a large customer base will subsequently promote market growth for IoT spend by logistics in the market. The formation of new partnerships, collaborations, and investments in various small and medium-sized businesses in the market is essential to boosting market demand for large-sized markets.
Asia-Pacific is expected to grow at the fastest rate during the forecast period as the market for cloud-based IoT technologies grows. Over the forecast period, APAC is expected to grow at the fastest pace in the IoT in the logistics market. In developing economies, such as India and China, consumer behavior may be changing due to urbanization and rising income levels.
India is expected to grow at a market value of US$ 7.7 Billion with a CAGR of 13% during the forecast period. Furthermore, China accounts for 12.7% of revenue growth in the region. The proliferation of retail and logistics companies in many developing nations, along with the advancement of technology, has created a demand for IoT spend the logistics industry.
The Japanese economy is expected to grow at a CAGR of 12.2% over the forecast period. With the increasing demand for cost-efficient and energy-efficient solutions in the market having an impact on reducing operational expenses, the market in this region is expected to continue to grow.
During the forecast period, the IoT spend logistics industry market in the UK is expected to grow at a compound annual growth rate of 12.1%. The ever-growing need for the expansion of warehouses as well as the global presence of logistics firms in the region will drive the market for IoT in the logistics industry. IoT, which is widely used in logistics businesses currently, is gaining market traction due to increasing investments in the advancement of IoT technologies.
Over the forecast period, North America is expected to account for the largest revenue share due to numerous economically and technologically developed countries, including the USA and Canada. By 2032, the USA industry is forecast to contribute 11.1% of the total revenue share, mainly as a result of a rise in IoT solutions, the use of the internet, and the large number of companies operating in this industry.
A significant part of the growth of the domain in the region has been due to the rapid digital transformation taking place in the region. Recent years have seen a tremendous amount of digital transformation in the region, which has been a major factor in the market's growth.
Due to the high penetration of the internet, and in particular the 5G network, and the growth of e-commerce, new companies are entering the logistics industry's IoT landscape.
In order to increase revenue and market share, manufacturers can increase production and respond to consumer demands by forming strategic partnerships. End-users will benefit from new technologies when new products and technologies are introduced. A strategic partnership can increase the capacity of the organization.
The IoT spend by logistics industry market is expected to grow at a CAGR of 11.2% over the forecast period
The global market for IoT spend by logistics industry was valued at US$ 35.2 Billion as of 2021
Large organizations are projected to have the highest market with a CAGR of 11.1% during the forecast period
India leads the global IoT spend by logistics industry market with a CAGR of 13% during the forecast period
The market for IoT spend by logistics industry is expected to grow by nearly US$ 114.7 Billion by 2032
The hardware component is expected to drive the market for IoT spend by logistics industry over the next five years
IoT spend by the logistics industry experienced an absolute dollar opportunity worth US$ 75.1 Billion from 2016 to 2021
1. Preface | IoT Spend by Logistics Industry Market 1.1. Market Scope 1.2. Market Segmentation 1.3. Key Research Objectives 2. Assumptions and Research Methodology 2.1. Market Taxonomy - Segment Definitions 2.2. Research Methodology 2.2.1. List of Primary and Secondary Sources 2.3. Key Assumptions for Data Modelling 3. Executive Summary: Global Analysis 4. Market Overview 4.1. Introduction 4.2. Global Market - Macro Economic Factors Overview 4.2.1. World GDP Indicator - For Top 20 Economies 4.2.2. Global ICT Spending (US$ Million), 2012, 2018, 2026 4.2.3. Key Regional Socio-Political-Technological Developments and Their Impact Considerations 4.3. Technology/Product Roadmap 4.4. Market Factor Analysis 4.4.1. Porter’s Five Forces Analysis 4.4.2. PESTEL Analysis 4.4.3. Eco System Analysis 4.4.4. Market Dynamics (Growth Influencers) 4.4.4.1. Drivers 4.4.4.1.1. Supply Side 4.4.4.1.2. Demand Side 4.4.4.2. Restraints 4.4.4.3. Opportunities 4.4.4.4. Impact Analysis of Drivers & Restraints 4.5. Regulations and Policies - By Region 4.6. Global Analysis and Forecast, 2016 to 2032 4.6.1. Market Revenue Analysis (US$ Million) 4.6.1.1. Historic Growth Trends, 2016 to 2026 4.6.1.2. Forecast Trends, 2016 to 2032 4.6.2. Absolute Incremental Opportunity Analysis (2016 to 2032) 4.7. Global Analysis Attractiveness Analysis 4.7.1. By Software 4.7.2. By Hardware 4.7.3. By Organization Size 4.7.4. By Application 4.7.5. By Region 4.8. Market Outlook 4.9. Global Analysis Competition Analysis, By Manufacturers 4.9.1. Global Analysis Production Revenue Share Analysis, By Manufacturers (2022 to 2032) 4.10. Pricing Analysis 4.11. Competitive Scenario and Trends 4.11.1. Concentration Rate 4.11.1.1. List of New Entrants 4.11.2. Mergers & Acquisitions, Expansions 5. Global Analysis and Forecast, By Software 5.1. Overview and Definitions 5.2. Key Segment Analysis 5.3. Size (US$ Million ) Forecast, By Software, 2016 to 2032 5.3.1. Traffic and Fleet Management 5.3.2. Resource and Energy Monitoring 5.3.3. Safety and Security 5.3.4. Others (Operations Management, Data Analysis) 6. Global Analysis and Forecast, By Hardware 6.1. Overview and Definitions 6.2. Key Segment Analysis 6.3. Size (US$ Million ) Forecast, By Hardware, 2016 to 2032 6.3.1. RFID Tags 6.3.2. Beacon 6.3.3. Screen/Display 6.3.4. Others (Camera, Networking Hardware) 7. Global Analysis and Forecast, By Organization Size 7.1. Overview and Definitions 7.2. Key Segment Analysis 7.3. Size (US$ Million ) Forecast, By Organization Size, 2016 to 2032 7.3.1. Small-Mid-sized Organization 7.3.2. Large-sized Organization 8. Global Analysis and Forecast, By Application 8.1. Overview and Definitions 8.2. Key Segment Analysis 8.3. Size (US$ Million ) Forecast, By Application, 2016 to 2032 8.3.1. Fleet 8.3.2. Warehouse 8.3.3. Freight 8.3.4. Yard/Dock 9. Global Analysis and Forecast, By Application By Hardware 9.1. Size (US$ Million ) Forecast, By Application By Hardware, 2016 to 2032 9.1.1. Fleet 9.1.1.1. RFID Tags 9.1.1.2. Beacon 9.1.1.3. Screen/Display 9.1.1.4. Others (Camera, Networking Hardware) 9.1.2. Warehouse 9.1.2.1. RFID Tags 9.1.2.2. Beacon 9.1.2.3. Screen/Display 9.1.2.4. Others (Camera, Networking Hardware) 9.1.3. Freight 9.1.3.1. RFID Tags 9.1.3.2. Beacon 9.1.3.3. Screen/Display 9.1.3.4. Others (Camera, Networking Hardware) 9.1.4. Yard/Dock 9.1.4.1. RFID Tags 9.1.4.2. Beacon 9.1.4.3. Screen/Display 9.1.4.4. Others (Camera, Networking Hardware) 10. Global Analysis and Forecast, by Region 10.1. Overview 10.2. Key Segment Analysis 10.3. Size (US$ Million ) Forecast, by Region, 2016 to 2032 10.3.1. North America 10.3.2. Europe 10.3.3. Asia Pacific 10.3.4. Middle East & Africa 10.3.5. South America 11. North America Analysis and Forecast 11.1. Key Findings 11.2. Market Dynamics 11.2.1. Impact Analysis of Drivers & Restraints 11.3. Size (US$ Million ) Forecast, By Software, 2016 to 2032 11.3.1. Traffic and Fleet Management 11.3.2. Resource and Energy Monitoring 11.3.3. Safety and Security 11.3.4. Others (Operations Management, Data Analysis) 11.4. Size (US$ Million ) Forecast, By Hardware, 2016 to 2032 11.4.1. RFID Tags 11.4.2. Beacon 11.4.3. Screen/Display 11.4.4. Others (Camera, Networking Hardware) 11.5. Size (US$ Million ) Forecast, By Organization Size, 2016 to 2032 11.5.1. Small-Mid-sized Organization 11.5.2. Large-sized Organization 11.6. Size (US$ Million ) Forecast, By Application 2016 to 2032 11.6.1. Fleet 11.6.2. Warehouse 11.6.3. Freight 11.6.4. Yard/Dock 11.7. Size (US$ Million ) Forecast, By Application By Hardware, 2016 to 2032 11.7.1. Fleet 11.7.1.1. RFID Tags 11.7.1.2. Beacon 11.7.1.3. Screen/Display 11.7.1.4. Others (Camera, Networking Hardware) 11.7.2. Warehouse 11.7.2.1. RFID Tags 11.7.2.2. Beacon 11.7.2.3. Screen/Display 11.7.2.4. Others (Camera, Networking Hardware) 11.7.3. Freight 11.7.3.1. RFID Tags 11.7.3.2. Beacon 11.7.3.3. Screen/Display 11.7.3.4. Others (Camera, Networking Hardware) 11.7.4. Yard/Dock 11.7.4.1. RFID Tags 11.7.4.2. Beacon 11.7.4.3. Screen/Display 11.7.4.4. Others (Camera, Networking Hardware) 11.8. Size (US$ Million ) Forecast, By Country and Region, 2016 to 2032 11.8.1. The USA 11.8.2. Canada 11.8.3. Rest of North America 11.9. Market Attractiveness Analysis 11.9.1. By Software 11.9.2. By Hardware 11.9.3. By Organization Size 11.9.4. By Application 11.9.5. By Country 12. Europe Analysis and Forecast 12.1. Key Findings 12.2. Market Dynamics 12.2.1. Impact Analysis of Drivers & Restraints 12.3. Size (US$ Million ) Forecast, By Software, 2016 to 2032 12.3.1. Traffic and Fleet Management 12.3.2. Resource and Energy Monitoring 12.3.3. Safety and Security 12.3.4. Others (Operations Management, Data Analysis) 12.4. Size (US$ Million ) Forecast, By Hardware, 2016 to 2032 12.4.1. RFID Tags 12.4.2. Beacon 12.4.3. Screen/Display 12.4.4. Others (Camera, Networking Hardware) 12.5. Size (US$ Million ) Forecast, By Organization Size, 2016 to 2032 12.5.1. Small-Mid-sized Organization 12.5.2. Large-sized Organization 12.6. Size (US$ Million ) Forecast, By Application 2016 to 2032 12.6.1. Fleet 12.6.2. Warehouse 12.6.3. Freight 12.6.4. Yard/Dock 12.7. Size (US$ Million ) Forecast, By Application By Hardware, 2016 to 2032 12.7.1. Fleet 12.7.1.1. RFID Tags 12.7.1.2. Beacon 12.7.1.3. Screen/Display 12.7.1.4. Others (Camera, Networking Hardware) 12.7.2. Warehouse 12.7.2.1. RFID Tags 12.7.2.2. Beacon 12.7.2.3. Screen/Display 12.7.2.4. Others (Camera, Networking Hardware) 12.7.3. Freight 12.7.3.1. RFID Tags 12.7.3.2. Beacon 12.7.3.3. Screen/Display 12.7.3.4. Others (Camera, Networking Hardware) 12.7.4. Yard/Dock 12.7.4.1. RFID Tags 12.7.4.2. Beacon 12.7.4.3. Screen/Display 12.7.4.4. Others (Camera, Networking Hardware) 12.8. Size (US$ Million ) Forecast, By Country and Region, 2016 to 2032 12.8.1. Germany 12.8.2. France 12.8.3. UK 12.8.4. Rest of Europe 12.9. Market Attractiveness Analysis 12.9.1. By Software 12.9.2. By Hardware 12.9.3. By Organization Size 12.9.4. By Application 12.9.5. By Country 13. Asia Pacific Analysis and Forecast 13.1. Key Findings 13.2. Market Dynamics 13.2.1. Impact Analysis of Drivers & Restraints 13.3. Size (US$ Million ) Forecast, By Software, 2016 to 2032 13.3.1. Traffic and Fleet Management 13.3.2. Resource and Energy Monitoring 13.3.3. Safety and Security 13.3.4. Others (Operations Management, Data Analysis) 13.4. Size (US$ Million ) Forecast, By Hardware, 2016 to 2032 13.4.1. RFID Tags 13.4.2. Beacon 13.4.3. Screen/Display 13.4.4. Others (Camera, Networking Hardware) 13.5. Size (US$ Million ) Forecast, By Organization Size, 2016 to 2032 13.5.1. Small-Mid-sized Organization 13.5.2. Large-sized Organization 13.6. Size (US$ Million ) Forecast, By Application 2016 to 2032 13.6.1. Fleet 13.6.2. Warehouse 13.6.3. Freight 13.6.4. Yard/Dock 13.7. Size (US$ Million ) Forecast, By Application By Hardware, 2016 to 2032 13.7.1. Fleet 13.7.1.1. RFID Tags 13.7.1.2. Beacon 13.7.1.3. Screen/Display 13.7.1.4. Others (Camera, Networking Hardware) 13.7.2. Warehouse 13.7.2.1. RFID Tags 13.7.2.2. Beacon 13.7.2.3. Screen/Display 13.7.2.4. Others (Camera, Networking Hardware) 13.7.3. Freight 13.7.3.1. RFID Tags 13.7.3.2. Beacon 13.7.3.3. Screen/Display 13.7.3.4. Others (Camera, Networking Hardware) 13.7.4. Yard/Dock 13.7.4.1. RFID Tags 13.7.4.2. Beacon 13.7.4.3. Screen/Display 13.7.4.4. Others (Camera, Networking Hardware) 13.8. Size (US$ Million ) Forecast, By Country and Region, 2016 to 2032 13.8.1. China 13.8.2. Japan 13.8.3. India 13.8.4. Rest of Asia Pacific 13.9. Market Attractiveness Analysis 13.9.1. By Software 13.9.2. By Hardware 13.9.3. By Organization Size 13.9.4. By Application 13.9.5. By Country 14. Middle East & Africa (MEA) Analysis and Forecast 14.1. Key Findings 14.2. Market Dynamics 14.2.1. Impact Analysis of Drivers & Restraints 14.3. Size (US$ Million ) Forecast, By Software, 2016 to 2032 14.3.1. Traffic and Fleet Management 14.3.2. Resource and Energy Monitoring 14.3.3. Safety and Security 14.3.4. Others (Operations Management, Data Analysis) 14.4. Size (US$ Million ) Forecast, By Hardware, 2016 to 2032 14.4.1. RFID Tags 14.4.2. Beacon 14.4.3. Screen/Display 14.4.4. Others (Camera, Networking Hardware) 14.5. Size (US$ Million ) Forecast, By Organization Size, 2016 to 2032 14.5.1. Small-Mid-sized Organization 14.5.2. Large-sized Organization 14.6. Size (US$ Million ) Forecast, By Application 2016 to 2032 14.6.1. Fleet 14.6.2. Warehouse 14.6.3. Freight 14.6.4. Yard/Dock 14.7. Size (US$ Million ) Forecast, By Application By Hardware, 2016 to 2032 14.7.1. Fleet 14.7.1.1. RFID Tags 14.7.1.2. Beacon 14.7.1.3. Screen/Display 14.7.1.4. Others (Camera, Networking Hardware) 14.7.2. Warehouse 14.7.2.1. RFID Tags 14.7.2.2. Beacon 14.7.2.3. Screen/Display 14.7.2.4. Others (Camera, Networking Hardware) 14.7.3. Freight 14.7.3.1. RFID Tags 14.7.3.2. Beacon 14.7.3.3. Screen/Display 14.7.3.4. Others (Camera, Networking Hardware) 14.7.4. Yard/Dock 14.7.4.1. RFID Tags 14.7.4.2. Beacon 14.7.4.3. Screen/Display 14.7.4.4. Others (Camera, Networking Hardware) 14.8. Size (US$ Million ) Forecast, By Country and Region, 2016 to 2032 14.8.1. GCC Countries 14.8.2. South Africa 14.8.3. Rest of MEA 14.9. Market Attractiveness Analysis 14.9.1. By Software 14.9.2. By Hardware 14.9.3. By Organization Size 14.9.4. By Application 14.9.5. By Country 15. South America Analysis and Forecast 15.1. Key Findings 15.2. Market Dynamics 15.2.1. Impact Analysis of Drivers & Restraints 15.3. Size (US$ Million ) Forecast, By Software, 2016 to 2032 15.3.1. Traffic and Fleet Management 15.3.2. Resource and Energy Monitoring 15.3.3. Safety and Security 15.3.4. Others (Operations Management, Data Analysis) 15.4. Size (US$ Million ) Forecast, By Hardware, 2016 to 2032 15.4.1. RFID Tags 15.4.2. Beacon 15.4.3. Screen/Display 15.4.4. Others (Camera, Networking Hardware) 15.5. Size (US$ Million ) Forecast, By Organization Size, 2016 to 2032 15.5.1. Small-Mid-sized Organization 15.5.2. Large-sized Organization 15.6. Size (US$ Million ) Forecast, By Application 2016 to 2032 15.6.1. Fleet 15.6.2. Warehouse 15.6.3. Freight 15.6.4. Yard/Dock 15.7. Size (US$ Million ) Forecast, By Application By Hardware, 2016 to 2032 15.7.1. Fleet 15.7.1.1. RFID Tags 15.7.1.2. Beacon 15.7.1.3. Screen/Display 15.7.1.4. Others (Camera, Networking Hardware) 15.7.2. Warehouse 15.7.2.1. RFID Tags 15.7.2.2. Beacon 15.7.2.3. Screen/Display 15.7.2.4. Others (Camera, Networking Hardware) 15.7.3. Freight 15.7.3.1. RFID Tags 15.7.3.2. Beacon 15.7.3.3. Screen/Display 15.7.3.4. Others (Camera, Networking Hardware) 15.7.4. Yard/Dock 15.7.4.1. RFID Tags 15.7.4.2. Beacon 15.7.4.3. Screen/Display 15.7.4.4. Others (Camera, Networking Hardware) 15.8. Size (US$ Million ) Forecast, By Country and Region, 2016 to 2032 15.8.1. Brazil 15.8.2. Rest of South America 15.9. Market Attractiveness Analysis 15.9.1. By Software 15.9.2. By Hardware 15.9.3. By Organization Size 15.9.4. By Application 15.9.5. By Country 16. Company Profiles 16.1. Amazon Web Services 16.1.1. Company Overview 16.1.2. Company Revenue 16.1.3. Geographical Presence 16.1.4. Key Developments 16.2. BICS SA/NV 16.2.1. Company Overview 16.2.2. Company Revenue 16.2.3. Geographical Presence 16.2.4. Key Developments 16.3. Bosch Software Innovations GmbH 16.3.1. Company Overview 16.3.2. Company Revenue 16.3.3. Geographical Presence 16.3.4. Key Developments 16.4. Cisco Systems Inc. 16.4.1. Company Overview 16.4.2. Company Revenue 16.4.3. Geographical Presence 16.4.4. Key Developments 16.5. Honeywell International 16.5.1. Company Overview 16.5.2. Company Revenue 16.5.3. Geographical Presence 16.5.4. Key Developments 16.6. Intel Corporation 16.6.1. Company Overview 16.6.2. Company Revenue 16.6.3. Geographical Presence 16.6.4. Key Developments 16.7. International Business Machine (IBM) Corporation 16.7.1. Company Overview 16.7.2. Company Revenue 16.7.3. Geographical Presence 16.7.4. Key Developments 16.8. Kaa IoT Technologies, LLC. 16.8.1. Company Overview 16.8.2. Company Revenue 16.8.3. Geographical Presence 16.8.4. Key Developments 16.9. NEC Corporation 16.9.1. Company Overview 16.9.2. Company Revenue 16.9.3. Geographical Presence 16.9.4. Key Developments 16.10. Novire Technologies 16.10.1. Company Overview 16.10.2. Company Revenue 16.10.3. Geographical Presence 16.10.4. Key Developments 16.11. Octonion SA 16.11.1. Company Overview 16.11.2. Company Revenue 16.11.3. Geographical Presence 16.11.4. Key Developments 16.12. Oracle Corporation 16.12.1. Company Overview 16.12.2. Company Revenue 16.12.3. Geographical Presence 16.12.4. Key Developments 16.13. PTC Inc. 16.13.1. Company Overview 16.13.2. Company Revenue 16.13.3. Geographical Presence 16.13.4. Key Developments 16.14. Rockwell Automation, Inc. 16.14.1. Company Overview 16.14.2. Company Revenue 16.14.3. Geographical Presence 16.14.4. Key Developments 16.15. SAP SE 16.15.1. Company Overview 16.15.2. Company Revenue 16.15.3. Geographical Presence 16.15.4. Key Developments 17. Key Takeaways
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Table 01: Merger & Acquisitions Table 02: List of New Entrants Table 03: Global Size (US$ Million) and Forecast, by Software, 2016 to 2032 Table 04: Global Size (US$ Million) and Forecast, by Hardware, 2016 to 2032 Table 05: Global Size (US$ Million) and Forecast, by Organization Size, 2016 to 2032 Table 06: Global Size (US$ Million) and Forecast, by Application, 2016 to 2032 Table 07: Global Size (US$ Million) and Forecast, by Hardware Application, 2016 to 2032 Table 08: Global Size (US$ Million) and Forecast, by Region, 2016 to 2032 Table 09: North America Size (US$ Million) and Forecast, by Software, 2016 to 2032 Table 10: North America Size (US$ Million) and Forecast, by Hardware, 2016 to 2032 Table 11: North America Size (US$ Million) and Forecast, by Organization Size, 2016 to 2032 Table 12: North America Size (US$ Million) and Forecast, by Application, 2016 to 2032 Table 13: North America Size (US$ Million) and Forecast, by Hardware Application, 2016 to 2032 Table 14: North America Size (US$ Million) and Forecast, by Country, 2016 to 2032 Table 15: Europe Size (US$ Million) and Forecast, by Software, 2016 to 2032 Table 16: Europe Size (US$ Million) and Forecast, by Hardware, 2016 to 2032 Table 17: Europe Size (US$ Million) and Forecast, by Organization Size, 2016 to 2032 Table 18: Europe Size (US$ Million) and Forecast, by Application, 2016 to 2032 Table 19: Europe Size (US$ Million) and Forecast, by Hardware Application, 2016 to 2032 Table 20: Europe Size (US$ Million) and Forecast, by Country, 2016 to 2032 Table 21: Asia Pacific Size (US$ Million) and Forecast, by Software, 2016 to 2032 Table 22: Asia Pacific Size (US$ Million) and Forecast, by Hardware, 2016 to 2032 Table 23: Asia Pacific Size (US$ Million) and Forecast, by Organization Size, 2016 to 2032 Table 24: Asia Pacific Size (US$ Million) and Forecast, by Application, 2016 to 2032 Table 25: Asia Pacific Size (US$ Million) and Forecast, by Hardware Application, 2016 to 2032 Table 26: Asia Pacific Size (US$ Million) and Forecast, by Country, 2016 to 2032 Table 27: MEA Size (US$ Million) and Forecast, by Software, 2016 to 2032 Table 28: MEA Size (US$ Million) and Forecast, by Hardware, 2016 to 2032 Table 29: MEA Size (US$ Million) and Forecast, by Organization Size, 2016 to 2032 Table 30: MEA Size (US$ Million) and Forecast, by Application, 2016 to 2032 Table 31: MEA Size (US$ Million) and Forecast, by Hardware Application, 2016 to 2032 Table 32: MEA Size (US$ Million) and Forecast, by Country, 2016 to 2032 Table 33: South America Size (US$ Million) and Forecast, by Software, 2016 to 2032 Table 34: South America Size (US$ Million) and Forecast, by Hardware, 2016 to 2032 Table 35: South America Size (US$ Million) and Forecast, by Organization Size, 2016 to 2032 Table 36: South America Size (US$ Million) and Forecast, by Application, 2016 to 2032 Table 37: South America Size (US$ Million) and Forecast, by Hardware Application, 2016 to 2032 Table 38: South America Size (US$ Million) and Forecast, by Country, 2016 to 2032
Figure 01: Global Size (US$ Million) and Forecast, 2016 to 2032 Figure 02: GLOBAL CAGR BREAKDOWN Figure 03: REGIONAL OUTLINE Figure 04: World GDP Indicator (2016) Figure 05: Global ICT Spending (US$ Billion) Figure 06: Porter’s Analysis Figure 07: PESTLE Analysis Figure 08: Ecosystem Analysis Figure 09: Historic growth trends, 2016 to 2026 (US$ Million) Figure 10: Forecast trends, 2018 to 2026 (US$ Million) Figure 11: Global Industry, Absolute Incremental Opportunity Analysis, 2016 to 2032 Figure 12: Global Attractiveness Analysis, by Software Figure 13: Global Attractiveness Analysis, by Hardware Figure 14: Global Attractiveness Analysis, by Organization Size Figure 15: Global Attractiveness Analysis, by Application Figure 16: Global Attractiveness Analysis, by Region Figure 17: Revenue Share Analysis, 2022 to 2032 Figure 18: Revenue Share Analysis, 2022 to 2032 Figure 19: Pricing Analysis Figure 20: Global Share Analysis, by Software(2021) Figure 21: Global Share Analysis, by Software(2021) Figure 22: Global Share Analysis, by Hardware (2021) Figure 23: Global Share Analysis, by Hardware (2021) Figure 24: Global Share Analysis, by Organization Size (2021) Figure 25: Global Share Analysis, by Organization Size (2021) Figure 26: Global Share Analysis, by Application (2021) Figure 27: Global Share Analysis, by Application (2021) Figure 28: Global Share Analysis, by Region (2021) Figure 29: Global Share Analysis, by Region (2021) Figure 30: North America Impact Analysis Figure 31: North America Share Analysis, by Software(2021) Figure 32: North America Share Analysis, by Software(2021) Figure 33: North America Share Analysis, by Hardware (2021) Figure 34: North America Share Analysis, by Hardware (2021) Figure 35: North America Share Analysis, by Organization Size (2021) Figure 36: North America Share Analysis, by Organization Size (2021) Figure 37: North America Share Analysis, by Application (2021) Figure 38: North America Share Analysis, by Application (2021) Figure 39: North America Share Analysis, by Country (2021) Figure 40: North America Share Analysis, by Country (2021) Figure 41: North America Attractiveness Analysis, by Software Figure 42: North America Attractiveness Analysis, by Hardware Figure 43: North America Attractiveness Analysis, by Organization Size Figure 44: North America Attractiveness Analysis, by Application Figure 45: North America Attractiveness Analysis, by Country Figure 46: Europe Impact Analysis Figure 47: Europe Share Analysis, by Software(2021) Figure 48: Europe Share Analysis, by Software(2021) Figure 49: Europe Share Analysis, by Hardware (2021) Figure 50: Europe Share Analysis, by Hardware (2021) Figure 51: Europe Share Analysis, by Organization Size (2021) Figure 52: Europe Share Analysis, by Organization Size (2021) Figure 53: Europe Share Analysis, by Application (2021) Figure 54: Europe Share Analysis, by Application (2021) Figure 55: Europe Share Analysis, by Country (2021) Figure 56: Europe Share Analysis, by Country (2021) Figure 57: Europe Attractiveness Analysis, by Software Figure 58: Europe Attractiveness Analysis, by Hardware Figure 59: Europe Attractiveness Analysis, by Organization Size Figure 60: Europe Attractiveness Analysis, by Application Figure 61: Europe Attractiveness Analysis, by Country Figure 62: Asia Pacific Impact Analysis Figure 63: Asia Pacific Share Analysis, by Software(2021) Figure 64: Asia Pacific Share Analysis, by Software(2021) Figure 65: Asia Pacific Share Analysis, by Hardware (2021) Figure 66: Asia Pacific Share Analysis, by Hardware (2021) Figure 67: Asia Pacific Share Analysis, by Organization Size (2021) Figure 68: Asia Pacific Share Analysis, by Organization Size (2021) Figure 69: Asia Pacific Share Analysis, by Application (2021) Figure 70: Asia Pacific Share Analysis, by Application (2021) Figure 71: Asia Pacific Share Analysis, by Country (2021) Figure 72: Asia Pacific Share Analysis, by Country (2021) Figure 73: Asia Pacific Attractiveness Analysis, by Software Figure 74: Asia Pacific Attractiveness Analysis, by Hardware Figure 75: Asia Pacific Attractiveness Analysis, by Organization Size Figure 76: Asia Pacific Attractiveness Analysis, by Application Figure 77: Asia Pacific Attractiveness Analysis, by Region Figure 78: MEA Impact Analysis Figure 79: MEA Share Analysis, by Software(2021) Figure 80: MEA Share Analysis, by Software(2021) Figure 81: MEA Share Analysis, by Hardware (2021) Figure 82: MEA Share Analysis, by Hardware (2021) Figure 83: MEA Share Analysis, by Organization Size (2021) Figure 84: MEA Share Analysis, by Organization Size (2021) Figure 85: MEA Share Analysis, by Application (2021) Figure 86: MEA Share Analysis, by Application (2021) Figure 87: MEA Share Analysis, by Country (2021) Figure 88: MEA Share Analysis, by Country (2021) Figure 89: Asia Pacific Attractiveness Analysis, By Software Figure 90: Asia Pacific Attractiveness Analysis, By Hardware Figure 91: Asia Pacific Attractiveness Analysis, By Organization Size Figure 92: Asia Pacific Attractiveness Analysis, By Application Figure 93: Asia Pacific Attractiveness Analysis, By Region Figure 94: South America Impact Analysis Figure 95: South America Share Analysis, by Software(2021) Figure 96: South America Share Analysis, by Software(2021) Figure 97: South America Share Analysis, by Hardware (2021) Figure 98: South America Share Analysis, by Hardware (2021) Figure 99: South America Share Analysis, by Organization Size (2021) Figure 100: South America Share Analysis, by Organization Size (2021) Figure 101: South America Share Analysis, by Application (2021) Figure 102: South America Share Analysis, by Application (2021) Figure 103: South America Share Analysis, by Country (2021) Figure 104: South America Share Analysis, by Country (2021) Figure 105: South America Attractiveness Analysis, By Software Figure 106: South America Attractiveness Analysis, By Hardware Figure 107: South America Attractiveness Analysis, By Organization Size Figure 108: South America Attractiveness Analysis, By Application Figure 109: South America Attractiveness Analysis, By Country
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