Digital Logistics Market size was valued at USD 20.88 Bn. in 2021 and the total Digital Logistics revenue is expected to grow by 21.5% from 2022 to 2029, reaching nearly USD 99.16 Bn.Digital Logistics Market Overview:
The primary focus of industrial logistics is the study, planning, and continuing optimization of material and information flows in industrial companies. The digitization trend has offered a variety of new options to assure long-term competitive advantages through the systematic improvement of logistics performance and/or progressive reduction of logistics costs in recent years. The fourth industrial revolution (Industry 4.0) postulates that the systematic integration of digitalization technologies in industrial enterprises' production and logistics processes would then result in higher performance and/or lower costs, contributing to long-term growth and the sustainable assurance of competitive advantages. Demand for cost-effective logistics and supply chain solutions across several industrial verticals is a key driver of the digital logistics market. The expanding digitization trend and increased need for fleet and warehouse management systems are driving market growth. Other factors driving the growth of the digital logistics market include evolving data analytics technologies and tools that are being rapidly adopted by logistics companies, increasing penetration of the e-commerce industry, improved delivery capabilities through the use of drones, and digital trucks for carrying out shipments. Digital logistics enables greater cooperation among varied internal and external stakeholders, decreasing the data silo effect and creating the profitable potential for industry growth.To know about the Research Methodology:- Request Free Sample Report
Digital Logistics Market Dynamics:
Huge increase in the e-commerce industry driving the market growth
The rise in online purchasing and the number of Internet users have driven the e-commerce industry's exponential growth over the last decade. Because of the increase in e-commerce activity, logistics providers must function more quickly and effectively to execute tiny individual requests. Customers who shop online anticipate order accuracy, same-day or same-hour delivery, and free returns. E-commerce businesses are looking for methods to cut order delivery times and operational expenses. Transparency, cost, convenience, and speed in delivery, as well as attractive frictionless returns, are all driven by the e-commerce business. To meet this need, new business models and solutions must be developed through digitizing logistics operations, automating material handling systems, warehouse management systems, and distribution management systems. This has resulted in speedier and more diverse fulfillment services, particularly in terms of last-mile delivery alternatives and smooth returns processes.Lack of continuous governance standards in the fragmented logistics market restraining the market growth
One of the greatest impediments to the widespread adoption of digital logistics is a lack of governance. The logistics business is very fragmented, necessitating the establishment of a logistics IoT standard. Global transportation and logistics companies are focusing on increasing supply chain efficiency to maintain profitability and viability. There is a necessity to keep governance as consistent as feasible since having one authority per field would confuse. A high degree of performance, on the other hand, would result in end-to-end enhancements in linked devices as well as integrated systems. Connectivity standards such as MTConnect, EtherCAT, and Master Control System-Distributed Control System (MCS-DCS) Interface Standardization encourage data transmission across many disciplines and sectors. A standardized logistics and supply chain system would make it straightforward for every service provider to deliver the majority of solutions in a single bundle.Self-driving cars would revolutionize the logistics business
The significance of self-driving cars in the logistics business has grown in recent years as they have gradually been deployed in precisely regulated areas such as warehouses and yards. However, deploying self-driving trucks in shared and public locations such as highways and city streets might be the industry's next significant step in optimizing logistical operations and increasing safety. AI developments and increased expenditures in sensor and vision technology research can enable self-driving vehicles to revolutionize the way vehicles are manufactured, operated, utilized, and repaired. By enabling unprecedented levels of safety, efficiency, and quality, self-driving cars aspire to change logistics from trucks to last-mile robotics. For example, digital logistics providers may assist each driver's health and safety by utilizing different driverless technologies like platooning and autonomous roads. Self-driving cars can do formerly labor-intensive jobs, enhancing both interior and outdoor logistical operations. Many firms are attempting to hasten the adoption of completely autonomous cars. Google and Tesla, for example, have made substantial breakthroughs in driverless car technologies. Tesla, a renowned electric car manufacturer, is taking steps to deploy completely autonomous heavy-duty freight vehicles. Companies like Amazon and UPS are also investing in the development of flying drones to help automate delivery procedures.Slow deployment of digital logistics solutions owing to high capital expenditure
The digitization of logistics operations requires large capital expenditures in the form of automation equipment, software, and solutions, all of which entail significant costs. The expense of replacing old procedures is prohibitively high. Another challenge restricting the growth of the digital logistics market is the complexity of integrating several IoT platforms, numerous protocols, and a huge number of APIs. The deployment of digital logistics services is lagging due to enterprises' unwillingness to transition from manual procedures to the digitalized process, which requires significant financial reinvestment. Most businesses have a relaxed approach to emerging digital technology and rely on their intuition rather than digital tools to make educated business decisions. As a result, enterprises with limited financial resources are unable to invest in automation technologies, stifling the growth of digital logistics/ supply chain management.Digital Logistics Market Segment Analysis:
By System, the tracking and monitoring system segment held the largest share of 35% in 2021, owing to lowering the cost of doing business, and is expected to grow significantly during the forecast period. Fleet management can utilize GPS tracking software to see who is taking inefficient routes or abusing a vehicle. It will not only address on-the-road concerns but will also provide an exact readout of the hours claimed by drivers. Monitoring systems are in charge of controlling a company's technology (hardware, networks, communications, operating systems, and applications, among other things) to analyze its operation and performance, as well as to detect and alert about potential faults. With the rapid increase in economic globalization and information technology, the world's service economy has increased rapidly, and the logistics business, as a new service sector, has grown rapidly as well. More and more available resources make people's life easier, but they also have an influence. How to store and transfer a huge number of different types of items for effective information management has become a critical issue.It must track and trace materials and deal with fault events automatically during the information management process. Traditional management techniques are no longer effective. The rise of the Internet of Things gives techniques and ideas for addressing these issues. Through RFID, WSN, and other information sensing technology, the Internet of Things may link any object to the Internet. It can exchange information over a network and has a high degree of automation as well as a fast acquisition speed. The logistics tracking management system based on the Internet of Things can see the whole process of purchase, shipping, storage, distribution, and usage in the logistics supply chain, as well as automatically deal with fault situations and promote logistics management information and these factors drive segment growth. By Industry Verticals, the IT and telecom segment held the largest share and dominated the market in 2021. The commercial implementation of the 5G delivery system provides customers with ultra-low latency and extremely high bandwidth for efficient data transfer and analysis, which is expected to encourage businesses to adopt MEC practices. Furthermore, IT hardware and software firms are developing new low-power solutions for IoT systems and networks, which are projected to enhance sales and open up new revenue streams. For example, AT&T Inc. has begun offering MEC-based goods, services, and solutions to its customers according to their specific needs and requirements. Organizations are being driven to evaluate how they may take advantage of the forthcoming digitalization to better manage their supply chain operations as a result of fresh technical advancements, rising global rivalry, and fast-changing client needs. Other current supply chain concerns include issues of growth and sustainability, as well as the creation of new and improved transportation routes or networks. However, it is envisaged that disruptive technologies that emerge in the framework of Industry 4.0 are going to have the greatest impact on logistics and supply chain efficiency. The Fourth Industrial Revolution refers to the digital revolution of the industrial sector, which is made possible by the use of several breakthrough digital technologies. As a result, Industry 4.0 is distinguished by increasing connectivity, unique help systems, and decentralized decision-making. The underlying digital technologies improve responsiveness in the face of fluctuating demand and flexibility in the face of constrained capacity. Additionally, the supporting technologies of digital transformation significantly reduce lead times owing to additive manufacturing while increasing inventory control. The recent COVID-19 outbreak highlighted the enormous potential and significance of digital technology. Digital technologies, in particular, play an active and critical role in the supply of necessary logistics and transportation services.
Digital Logistics Market Regional Insights:
The Asia Pacific held the largest market share of about 47% in 2021 and is expected to be the dominating region during the forecast period because of the presence of high-growth economies like China, India, and the Philippines. Data logistic system offers benefits like lower entry cost and risk, cost-effective growth, access to the best technology, and dynamic and advanced software features. The performance of the logistics sector in the economic development of India has increased. A robust logistics sector is expected to go a long way in boosting India’s quest through several initiatives like ‘Make in India’, which is launched by the government. Also, many key players are looking for a unified production base. The industry has witnessed rapid growth because of the increased planned outlay of the government, improved infrastructure facilities, and greater access to global markets. Asia-Pacific remains an industry growth engine, thanks to its robust economies. The Asia/Pacific Digital Supply Chain Execution and Transformation Strategies advisory service provides manufacturers, distributors, and logistics service providers with in-depth knowledge of the convergence of supply chain planning and execution with product life cycle and supplier management, logistics execution, and operations. This program's research drives planning and selection, as well as the implementation of sophisticated technologies to boost operational performance within the company and beyond the supply chain business network. Technology suppliers that allow supply chain capabilities in Asia/Pacific can profit from market monitoring as well. Clients will be able to make educated decisions regarding supply chain trade-offs, boosting service performance, supporting changing business demands, and expanding the supply chain ecosystem's capacity to deliver on client expectations sustainably.E-commerce and urbanization are two megatrends combining that would transform logistics methods throughout the world. E-commerce transforms what were once bulk shipments to merchants into individual shipments to customers. China experiencing rapid growth during the forecast period for the Digital Logistics market as there is continuous innovation is happening in the logistics and distribution channels. Consumer-centric logistics innovations in China embrace speed as a distinguishing competitive feature. However, balancing speedy delivery with cheap cost is a difficult issue. Same-day or next-day delivery lowers prospects for volume consolidation, which is one of the conventional levers for controlling delivery costs. To meet this challenge, Chinese logistics firms are inventing and committing to consumer-centric logistics solutions that emphasize speedy delivery. In a 2017 Letter to Shareholders, Alibaba Executive Chairman Jack Ma established a target of delivering within 24 hours everywhere in China and 72 hours anywhere in the globe. Three innovative business models emerging in China include logistics profit centers, pan-industrial firms, and online to offline. Logistics innovations in China are made possible because of unique environmental characteristics. Government support for the logistics industry, as well as a certain enabling technology, may encourage logistics innovation in China. In 2017, the State Council General Office issued instructions to foster smart supply chain innovation throughout China (Zhang, 2017). Administrative improvements, tax breaks for logistics vehicles, and consideration of the need for logistical support in rural and urban development planning are all part of the recommendations.
Global Digital Logistics Market Scope: Inquire before buying
Global Digital Logistics Market Report Coverage Details Base Year: 2021 Forecast Period: 2022-2029 Historical Data: 2017 to 2021 Market Size in 2021: US$ 20.88 Bn. Forecast Period 2022 to 2029 CAGR: 21.5% Market Size in 2029: US$ 99.16 Bn. Segments Covered: by System • Tracking and monitoring systems • Information integrated systems • Electronic data interchange systems • Database management systems • Fleet management systems • Order management systems by Service • Consulting • System integration services • Other services by Application • Warehouse management • Labor management • Transportation management by Industry Vertical • Automotive • Government, Defense and Aerospace • Healthcare and Life Science • Telecommunication and IT • Industrial, Engineering and Manufacturing • Retail • Chemical • Oil and Gas • Others Digital Logistics Market, by Region
• North America • Europe • Asia Pacific • Middle East and Africa • South AmericaDigital Logistics Market Key Players:
• JDA Software • Oracle Corporation • Samsung Electronics Co • SAP AG • Advantech Corportion • Digilogistics • Hexaware Technologies • IBM Corporation • UTI Worldwide Inc • Mindtree • PartnerTech • Digistics • Syntel, Inc. • REICHHART Logistics Group • Tech Mahindra Limited • STAR COOPERATION GmbH • AT&T • Intel • HCL Technologies Limited • Huawei Technologies Co., Ltd • Honeywell • Blue YonderFrequently Asked Questions:
1. Which region has the largest share in Global Digital Logistics Market? Ans: Asia pacific region holds the highest share in 2021. 2. What is the growth rate of Global Digital Logistics Market? Ans: The Global Digital Logistics Market is growing at a CAGR of 21.5% during forecasting period 2022-2029. 3. What segments are covered in Global Digital Logistics market? Ans: Global Digital Logistics Market is segmented into type, form, mode of operation, crop type and region. 4. Who are the key players in Global Digital Logistics market? Ans: The important key players in the Global Digital Logistics Market are – JDA Software, Oracle Corporation, Samsung Electronics Co, SAP AG, Advantech Corportion, Digilogistics, Hexaware Technologies, IBM Corporation, Tech Mahindra, UTI Worldwide Inc, and Mindtree. 5. What is the study period of this market? Ans: The Global Digital Logistics Market is studied from 2021 to 2029.
To know about the Research Methodology:- 
It must track and trace materials and deal with fault events automatically during the information management process. Traditional management techniques are no longer effective. The rise of the Internet of Things gives techniques and ideas for addressing these issues. Through RFID, WSN, and other information sensing technology, the Internet of Things may link any object to the Internet. It can exchange information over a network and has a high degree of automation as well as a fast acquisition speed.
The logistics tracking management system based on the Internet of Things can see the whole process of purchase, shipping, storage, distribution, and usage in the logistics supply chain, as well as automatically deal with fault situations and promote logistics management information and these factors drive segment growth.
By Industry Verticals, the IT and telecom segment held the largest share and dominated the market in 2021. The commercial implementation of the 5G delivery system provides customers with ultra-low latency and extremely high bandwidth for efficient data transfer and analysis, which is expected to encourage businesses to adopt MEC practices. Furthermore, IT hardware and software firms are developing new low-power solutions for IoT systems and networks, which are projected to enhance sales and open up new revenue streams. For example, AT&T Inc. has begun offering MEC-based goods, services, and solutions to its customers according to their specific needs and requirements.
Organizations are being driven to evaluate how they may take advantage of the forthcoming digitalization to better manage their supply chain operations as a result of fresh technical advancements, rising global rivalry, and fast-changing client needs. Other current supply chain concerns include issues of growth and sustainability, as well as the creation of new and improved transportation routes or networks. However, it is envisaged that disruptive technologies that emerge in the framework of Industry 4.0 are going to have the greatest impact on logistics and supply chain efficiency.
The Fourth Industrial Revolution refers to the digital revolution of the industrial sector, which is made possible by the use of several breakthrough digital technologies. As a result, Industry 4.0 is distinguished by increasing connectivity, unique help systems, and decentralized decision-making. The underlying digital technologies improve responsiveness in the face of fluctuating demand and flexibility in the face of constrained capacity. Additionally, the supporting technologies of digital transformation significantly reduce lead times owing to additive manufacturing while increasing inventory control. The recent COVID-19 outbreak highlighted the enormous potential and significance of digital technology. Digital technologies, in particular, play an active and critical role in the supply of necessary logistics and transportation services.
E-commerce and urbanization are two megatrends combining that would transform logistics methods throughout the world. E-commerce transforms what were once bulk shipments to merchants into individual shipments to customers. China experiencing rapid growth during the forecast period for the Digital Logistics market as there is continuous innovation is happening in the logistics and distribution channels. Consumer-centric logistics innovations in China embrace speed as a distinguishing competitive feature. However, balancing speedy delivery with cheap cost is a difficult issue. Same-day or next-day delivery lowers prospects for volume consolidation, which is one of the conventional levers for controlling delivery costs. To meet this challenge, Chinese logistics firms are inventing and committing to consumer-centric logistics solutions that emphasize speedy delivery. In a 2017 Letter to Shareholders, Alibaba Executive Chairman Jack Ma established a target of delivering within 24 hours everywhere in China and 72 hours anywhere in the globe.
Three innovative business models emerging in China include logistics profit centers, pan-industrial firms, and online to offline. Logistics innovations in China are made possible because of unique environmental characteristics. Government support for the logistics industry, as well as a certain enabling technology, may encourage logistics innovation in China. In 2017, the State Council General Office issued instructions to foster smart supply chain innovation throughout China (Zhang, 2017). Administrative improvements, tax breaks for logistics vehicles, and consideration of the need for logistical support in rural and urban development planning are all part of the recommendations.
1. Preface 1.1. Report Scope and Market Segmentation 1.2. Research Highlights 1.3. Research Objectives 2. Assumptions and Research Methodology 2.1. Report Assumptions 2.2. Abbreviations 2.3. Research Methodology 2.3.1. Secondary Research 2.3.1.1. Secondary data 2.3.1.2. Secondary Sources 2.3.2. Primary Research 2.3.2.1. Data from Primary Sources 2.3.2.2. Breakdown of Primary Sources 3. Executive Summary: Global Digital Logistics Market Size, by Market Value (US$ Bn) 4. Market Overview 4.1. Introduction 4.2. Market Indicator 4.2.1. Drivers 4.2.2. Restraints 4.2.3. Opportunities 4.2.4. Challenges 4.3. Porter’s Analysis 4.4. Value Chain Analysis 4.5. Market Risk Analysis 4.6. SWOT Analysis 4.7. Industry Trends and Emerging Technologies 5. Supply Side and Demand Side Indicators 6. Global Digital Logistics Market Analysis and Forecast 6.1. Digital Logistics Market Size & Y-o-Y Growth Analysis 6.1.1. North America 6.1.2. Europe 6.1.3. Asia Pacific 6.1.4. Middle East & Africa 6.1.5. South America 7. Global Digital Logistics Market Analysis and Forecast, By System 7.1. Introduction and Definition 7.2. Key Findings 7.3. Digital Logistics Market Value Share Analysis, By System 7.4. Digital Logistics Market Size (US$ Bn) Forecast, By System 7.5. Digital Logistics Market Analysis, By System 7.6. Digital Logistics Market Attractiveness Analysis, By System 8. Global Digital Logistics Market Analysis and Forecast, By Service 8.1. Introduction and Definition 8.2. Key Findings 8.3. Digital Logistics Market Value Share Analysis, By Service 8.4. Digital Logistics Market Size (US$ Bn) Forecast, By Service 8.5. Digital Logistics Market Analysis, By Service 8.6. Digital Logistics Market Attractiveness Analysis, By Service 9. Global Digital Logistics Market Analysis and Forecast, By Application 9.1. Introduction and Definition 9.2. Key Findings 9.3. Digital Logistics Market Value Share Analysis, By Application 9.4. Digital Logistics Market Size (US$ Bn) Forecast, By Application 9.5. Digital Logistics Market Analysis, By Application 9.6. Digital Logistics Market Attractiveness Analysis, By Application 10. Global Digital Logistics Market Analysis and Forecast, By Industry Vertical 10.1. Introduction and Definition 10.2. Key Findings 10.3. Digital Logistics Market Value Share Analysis, By Industry Vertical 10.4. Digital Logistics Market Size (US$ Bn) Forecast, By Industry Vertical 10.5. Digital Logistics Market Analysis, By Industry Vertical 10.6. Digital Logistics Market Attractiveness Analysis, By Industry Vertical 11. Global Digital Logistics Market Analysis, by Region 11.1. Digital Logistics Market Value Share Analysis, by Region 11.2. Digital Logistics Market Size (US$ Bn) Forecast, by Region 11.3. Digital Logistics Market Attractiveness Analysis, by Region 12. North America Digital Logistics Market Analysis 12.1. Key Findings 12.2. North America Digital Logistics Market Overview 12.3. North America Digital Logistics Market Value Share Analysis, By System 12.4. North America Digital Logistics Market Forecast, By System 12.4.1. Tracking and monitoring systems 12.4.2. Information integrated systems 12.4.3. Electronic data interchange systems 12.4.4. Database management systems 12.4.5. Fleet management systems 12.4.6. Order management systems 12.5. North America Digital Logistics Market Value Share Analysis, By Service 12.6. North America Digital Logistics Market Forecast, By Service 12.6.1. Consulting 12.6.2. System integration services 12.6.3. Other services 12.7. North America Digital Logistics Market Value Share Analysis, By Application 12.8. North America Digital Logistics Market Forecast, By Application 12.8.1. Warehouse management 12.8.2. Labor management 12.8.3. Transportation management 12.9. North America Digital Logistics Market Value Share Analysis, By Industry Vertical 12.10. North America Digital Logistics Market Forecast, By Industry Vertical 12.10.1. Automotive 12.10.2. Government, Defense and Aerospace 12.10.3. Healthcare and Life Science 12.10.4. Telecommunication and IT 12.10.5. Industrial, Engineering and Manufacturing 12.10.6. Retail 12.10.7. Chemical 12.10.8. Oil and Gas 12.10.9. Others 12.11. North America Digital Logistics Market Value Share Analysis, by Country 12.12. North America Digital Logistics Market Forecast, by Country 12.12.1. U.S. 12.12.2. Canada 12.13. North America Digital Logistics Market Analysis, by Country 12.14. U.S. Digital Logistics Market Forecast, By System 12.14.1. Tracking and monitoring systems 12.14.2. Information integrated systems 12.14.3. Electronic data interchange systems 12.14.4. Database management systems 12.14.5. Fleet management systems 12.14.6. Order management systems 12.15. U.S. Digital Logistics Market Forecast, By Service 12.15.1. Consulting 12.15.2. System integration services 12.15.3. Other services 12.16. U.S. Digital Logistics Market Forecast, By Application 12.16.1. Warehouse management 12.16.2. Labor management 12.16.3. Transportation management 12.17. U.S. Digital Logistics Market Forecast, By Industry Vertical 12.17.1. Automotive 12.17.2. Government, Defense and Aerospace 12.17.3. Healthcare and Life Science 12.17.4. Telecommunication and IT 12.17.5. Industrial, Engineering and Manufacturing 12.17.6. Retail 12.17.7. Chemical 12.17.8. Oil and Gas 12.17.9. Others 12.18. Canada Digital Logistics Market Forecast, By System 12.18.1. Tracking and monitoring systems 12.18.2. Information integrated systems 12.18.3. Electronic data interchange systems 12.18.4. Database management systems 12.18.5. Fleet management systems 12.18.6. Order management systems 12.19. Canada Digital Logistics Market Forecast, By Service 12.19.1. Consulting 12.19.2. System integration services 12.19.3. Other services 12.20. Canada Digital Logistics Market Forecast, By Application 12.20.1. Warehouse management 12.20.2. Labor management 12.20.3. Transportation management 12.21. Canada Digital Logistics Market Forecast, By Industry Vertical 12.21.1. Automotive 12.21.2. Government, Defense and Aerospace 12.21.3. Healthcare and Life Science 12.21.4. Telecommunication and IT 12.21.5. Industrial, Engineering and Manufacturing 12.21.6. Retail 12.21.7. Chemical 12.21.8. Oil and Gas 12.21.9. Others 12.22. North America Digital Logistics Market Attractiveness Analysis 12.22.1. By System 12.22.2. By Service 12.22.3. By Application 12.22.4. By Industry Vertical 12.23. PEST Analysis 12.24. Key Trends 12.25. Key Developments 13. Europe Digital Logistics Market Analysis 13.1. Key Findings 13.2. Europe Digital Logistics Market Overview 13.3. Europe Digital Logistics Market Value Share Analysis, By System 13.4. Europe Digital Logistics Market Forecast, By System 13.4.1. Tracking and monitoring systems 13.4.2. Information integrated systems 13.4.3. Electronic data interchange systems 13.4.4. Database management systems 13.4.5. Fleet management systems 13.4.6. Order management systems 13.5. Europe Digital Logistics Market Value Share Analysis, By Service 13.6. Europe Digital Logistics Market Forecast, By Service 13.6.1. Consulting 13.6.2. System integration services 13.6.3. Other services 13.7. Europe Digital Logistics Market Value Share Analysis, By Application 13.8. Europe Digital Logistics Market Forecast, By Application 13.8.1. Warehouse management 13.8.2. Labor management 13.8.3. Transportation management 13.9. Europe Digital Logistics Market Value Share Analysis, By Industry Vertical 13.10. Europe Digital Logistics Market Forecast, By Industry Vertical 13.10.1. Automotive 13.10.2. Government, Defense and Aerospace 13.10.3. Healthcare and Life Science 13.10.4. Telecommunication and IT 13.10.5. Industrial, Engineering and Manufacturing 13.10.6. Retail 13.10.7. Chemical 13.10.8. Oil and Gas 13.10.9. Others 13.11. Europe Digital Logistics Market Value Share Analysis, by Country 13.12. Europe Digital Logistics Market Forecast, by Country 13.12.1. Germany 13.12.2. U.K. 13.12.3. France 13.12.4. Italy 13.12.5. Spain 13.12.6. Rest of Europe 13.13. Europe Digital Logistics Market Analysis, by Country 13.14. Germany Digital Logistics Market Forecast, By System 13.14.1. Tracking and monitoring systems 13.14.2. Information integrated systems 13.14.3. Electronic data interchange systems 13.14.4. Database management systems 13.14.5. Fleet management systems 13.14.6. Order management systems 13.15. Germany Digital Logistics Market Forecast, By Service 13.15.1. Consulting 13.15.2. System integration services 13.15.3. Other services 13.16. Germany Digital Logistics Market Forecast, By Application 13.16.1. Warehouse management 13.16.2. Labor management 13.16.3. Transportation management 13.17. Germany Digital Logistics Market Forecast, By Industry Vertical 13.17.1. Automotive 13.17.2. Government, Defense and Aerospace 13.17.3. Healthcare and Life Science 13.17.4. Telecommunication and IT 13.17.5. Industrial, Engineering and Manufacturing 13.17.6. Retail 13.17.7. Chemical 13.17.8. Oil and Gas 13.17.9. Others 13.18. U.K. Digital Logistics Market Forecast, By System 13.18.1. Tracking and monitoring systems 13.18.2. Information integrated systems 13.18.3. Electronic data interchange systems 13.18.4. Database management systems 13.18.5. Fleet management systems 13.18.6. Order management systems 13.19. U.K. Digital Logistics Market Forecast, By Service 13.19.1. Consulting 13.19.2. System integration services 13.19.3. Other services 13.20. U.K. Digital Logistics Market Forecast, By Application 13.20.1. Warehouse management 13.20.2. Labor management 13.20.3. Transportation management 13.21. U.K. Digital Logistics Market Forecast, By Industry Vertical 13.21.1. Automotive 13.21.2. Government, Defense and Aerospace 13.21.3. Healthcare and Life Science 13.21.4. Telecommunication and IT 13.21.5. Industrial, Engineering and Manufacturing 13.21.6. Retail 13.21.7. Chemical 13.21.8. Oil and Gas 13.21.9. Others 13.22. France Digital Logistics Market Forecast, By System 13.22.1. Tracking and monitoring systems 13.22.2. Information integrated systems 13.22.3. Electronic data interchange systems 13.22.4. Database management systems 13.22.5. Fleet management systems 13.22.6. Order management systems 13.23. France Digital Logistics Market Forecast, By Service 13.23.1. Consulting 13.23.2. System integration services 13.23.3. Other services 13.24. France Digital Logistics Market Forecast, By Application 13.24.1. Warehouse management 13.24.2. Labor management 13.24.3. Transportation management 13.25. France Digital Logistics Market Forecast, By Industry Vertical 13.25.1. Automotive 13.25.2. Government, Defense and Aerospace 13.25.3. Healthcare and Life Science 13.25.4. Telecommunication and IT 13.25.5. Industrial, Engineering and Manufacturing 13.25.6. Retail 13.25.7. Chemical 13.25.8. Oil and Gas 13.25.9. Others 13.26. Italy Digital Logistics Market Forecast, By System 13.26.1. Tracking and monitoring systems 13.26.2. Information integrated systems 13.26.3. Electronic data interchange systems 13.26.4. Database management systems 13.26.5. Fleet management systems 13.26.6. Order management systems 13.27. Italy Digital Logistics Market Forecast, By Service 13.27.1. Consulting 13.27.2. System integration services 13.27.3. Other services 13.28. Italy Digital Logistics Market Forecast, By Application 13.28.1. Warehouse management 13.28.2. Labor management 13.28.3. Transportation management 13.29. Italy Digital Logistics Market Forecast, By Industry Vertical 13.29.1. Automotive 13.29.2. Government, Defense and Aerospace 13.29.3. Healthcare and Life Science 13.29.4. Telecommunication and IT 13.29.5. Industrial, Engineering and Manufacturing 13.29.6. Retail 13.29.7. Chemical 13.29.8. Oil and Gas 13.29.9. Others 13.30. Spain Digital Logistics Market Forecast, By System 13.30.1. Tracking and monitoring systems 13.30.2. Information integrated systems 13.30.3. Electronic data interchange systems 13.30.4. Database management systems 13.30.5. Fleet management systems 13.30.6. Order management systems 13.31. Spain Digital Logistics Market Forecast, By Service 13.31.1. Consulting 13.31.2. System integration services 13.31.3. Other services 13.32. Spain Digital Logistics Market Forecast, By Application 13.32.1. Warehouse management 13.32.2. Labor management 13.32.3. Transportation management 13.33. Spain Digital Logistics Market Forecast, By Industry Vertical 13.33.1. Automotive 13.33.2. Government, Defense and Aerospace 13.33.3. Healthcare and Life Science 13.33.4. Telecommunication and IT 13.33.5. Industrial, Engineering and Manufacturing 13.33.6. Retail 13.33.7. Chemical 13.33.8. Oil and Gas 13.33.9. Others 13.34. Rest of Europe Digital Logistics Market Forecast, By System 13.34.1. Tracking and monitoring systems 13.34.2. Information integrated systems 13.34.3. Electronic data interchange systems 13.34.4. Database management systems 13.34.5. Fleet management systems 13.34.6. Order management systems 13.35. Rest of Europe Digital Logistics Market Forecast, By Service 13.35.1. Consulting 13.35.2. System integration services 13.35.3. Other services 13.36. Rest of Europe Digital Logistics Market Forecast, By Application 13.36.1. Warehouse management 13.36.2. Labor management 13.36.3. Transportation management 13.37. Rest Of Europe Digital Logistics Market Forecast, By Industry Vertical 13.37.1. Automotive 13.37.2. Government, Defense and Aerospace 13.37.3. Healthcare and Life Science 13.37.4. Telecommunication and IT 13.37.5. Industrial, Engineering and Manufacturing 13.37.6. Retail 13.37.7. Chemical 13.37.8. Oil and Gas 13.37.9. Others 13.38. Europe Digital Logistics Market Attractiveness Analysis 13.38.1. By System 13.38.2. By Service 13.38.3. By Application 13.38.4. By Industry Vertical 13.39. PEST Analysis 13.40. Key Trends 13.41. Key Developments 14. Asia Pacific Digital Logistics Market Analysis 14.1. Key Findings 14.2. Asia Pacific Digital Logistics Market Overview 14.3. Asia Pacific Digital Logistics Market Value Share Analysis, By System 14.4. Asia Pacific Digital Logistics Market Forecast, By System 14.4.1. Tracking and monitoring systems 14.4.2. Information integrated systems 14.4.3. Electronic data interchange systems 14.4.4. Database management systems 14.4.5. Fleet management systems 14.4.6. Order management systems 14.5. Asia Pacific Digital Logistics Market Value Share Analysis, By Service 14.6. Asia Pacific Digital Logistics Market Forecast, By Service 14.6.1. Consulting 14.6.2. System integration services 14.6.3. Other services 14.7. Asia Pacific Digital Logistics Market Value Share Analysis, By Application 14.8. Asia Pacific Digital Logistics Market Forecast, By Application 14.8.1. Warehouse management 14.8.2. Labor management 14.8.3. Transportation management 14.9. Asia Pacific Digital Logistics Market Value Share Analysis, By Industry Vertical 14.10. Asia Pacific Digital Logistics Market Forecast, By Industry Vertical 14.10.1. Automotive 14.10.2. Government, Defense and Aerospace 14.10.3. Healthcare and Life Science 14.10.4. Telecommunication and IT 14.10.5. Industrial, Engineering and Manufacturing 14.10.6. Retail 14.10.7. Chemical 14.10.8. Oil and Gas 14.10.9. Others 14.11. Asia Pacific Digital Logistics Market Value Share Analysis, by Country 14.12. Asia Pacific Digital Logistics Market Forecast, by Country 14.12.1. China 14.12.2. India 14.12.3. Japan 14.12.4. ASEAN 14.12.5. Rest of Asia Pacific 14.13. Asia Pacific Digital Logistics Market Analysis, by Country 14.14. China Digital Logistics Market Forecast, By System 14.14.1. Tracking and monitoring systems 14.14.2. Information integrated systems 14.14.3. Electronic data interchange systems 14.14.4. Database management systems 14.14.5. Fleet management systems 14.14.6. Order management systems 14.15. China Digital Logistics Market Forecast, By Service 14.15.1. Consulting 14.15.2. System integration services 14.15.3. Other services 14.16. China Digital Logistics Market Forecast, By Application 14.16.1. Warehouse management 14.16.2. Labor management 14.16.3. Transportation management 14.17. China Digital Logistics Market Forecast, By Industry Vertical 14.17.1. Automotive 14.17.2. Government, Defense and Aerospace 14.17.3. Healthcare and Life Science 14.17.4. Telecommunication and IT 14.17.5. Industrial, Engineering and Manufacturing 14.17.6. Retail 14.17.7. Chemical 14.17.8. Oil and Gas 14.17.9. Others 14.18. India Digital Logistics Market Forecast, By System 14.18.1. Tracking and monitoring systems 14.18.2. Information integrated systems 14.18.3. Electronic data interchange systems 14.18.4. Database management systems 14.18.5. Fleet management systems 14.18.6. Order management systems 14.19. India Digital Logistics Market Forecast, By Service 14.19.1. Consulting 14.19.2. System integration services 14.19.3. Other services 14.20. India Digital Logistics Market Forecast, By Application 14.20.1. Warehouse management 14.20.2. Labor management 14.20.3. Transportation management 14.21. India Digital Logistics Market Forecast, By Industry Vertical 14.21.1. Automotive 14.21.2. Government, Defense and Aerospace 14.21.3. Healthcare and Life Science 14.21.4. Telecommunication and IT 14.21.5. Industrial, Engineering and Manufacturing 14.21.6. Retail 14.21.7. Chemical 14.21.8. Oil and Gas 14.21.9. Others 14.22. Japan Digital Logistics Market Forecast, By System 14.22.1. Tracking and monitoring systems 14.22.2. Information integrated systems 14.22.3. Electronic data interchange systems 14.22.4. Database management systems 14.22.5. Fleet management systems 14.22.6. Order management systems 14.23. Japan Digital Logistics Market Forecast, By Service 14.23.1. Consulting 14.23.2. System integration services 14.23.3. Other services 14.24. Japan Digital Logistics Market Forecast, By Application 14.24.1. Warehouse management 14.24.2. Labor management 14.24.3. Transportation management 14.25. Japan Digital Logistics Market Forecast, By Industry Vertical 14.25.1. Automotive 14.25.2. Government, Defense and Aerospace 14.25.3. Healthcare and Life Science 14.25.4. Telecommunication and IT 14.25.5. Industrial, Engineering and Manufacturing 14.25.6. Retail 14.25.7. Chemical 14.25.8. Oil and Gas 14.25.9. Others 14.26. ASEAN Digital Logistics Market Forecast, By System 14.26.1. Tracking and monitoring systems 14.26.2. Information integrated systems 14.26.3. Electronic data interchange systems 14.26.4. Database management systems 14.26.5. Fleet management systems 14.26.6. Order management systems 14.27. ASEAN Digital Logistics Market Forecast, By Service 14.27.1. Consulting 14.27.2. System integration services 14.27.3. Other services 14.28. ASEAN Digital Logistics Market Forecast, By Application 14.28.1. Warehouse management 14.28.2. Labor management 14.28.3. Transportation management 14.29. ASEAN Digital Logistics Market Forecast, By Industry Vertical 14.29.1. Automotive 14.29.2. Government, Defense and Aerospace 14.29.3. Healthcare and Life Science 14.29.4. Telecommunication and IT 14.29.5. Industrial, Engineering and Manufacturing 14.29.6. Retail 14.29.7. Chemical 14.29.8. Oil and Gas 14.29.9. Others 14.30. Rest of Asia Pacific Digital Logistics Market Forecast, By System 14.30.1. Tracking and monitoring systems 14.30.2. Information integrated systems 14.30.3. Electronic data interchange systems 14.30.4. Database management systems 14.30.5. Fleet management systems 14.30.6. Order management systems 14.31. Rest of Asia Pacific Digital Logistics Market Forecast, By Service 14.31.1. Consulting 14.31.2. System integration services 14.31.3. Other services 14.32. Rest of Asia Pacific Digital Logistics Market Forecast, By Application 14.32.1. Warehouse management 14.32.2. Labor management 14.32.3. Transportation management 14.33. Rest of Asia Pacific Digital Logistics Market Forecast, By Industry Vertical 14.33.1. Automotive 14.33.2. Government, Defense and Aerospace 14.33.3. Healthcare and Life Science 14.33.4. Telecommunication and IT 14.33.5. Industrial, Engineering and Manufacturing 14.33.6. Retail 14.33.7. Chemical 14.33.8. Oil and Gas 14.33.9. Others 14.34. Asia Pacific Digital Logistics Market Attractiveness Analysis 14.34.1. By System 14.34.2. By Service 14.34.3. By Application 14.34.4. By Industry Vertical 14.35. PEST Analysis 14.36. Key Trends 14.37. Key Developments 15. Middle East & Africa Digital Logistics Market Analysis 15.1. Key Findings 15.2. Middle East & Africa Digital Logistics Market Overview 15.3. Middle East & Africa Digital Logistics Market Value Share Analysis, By System 15.4. Middle East & Africa Digital Logistics Market Forecast, By System 15.4.1. Tracking and monitoring systems 15.4.2. Information integrated systems 15.4.3. Electronic data interchange systems 15.4.4. Database management systems 15.4.5. Fleet management systems 15.4.6. Order management systems 15.5. Middle East & Africa Digital Logistics Market Value Share Analysis, By Service 15.6. Middle East & Africa Digital Logistics Market Forecast, By Service 15.6.1. Consulting 15.6.2. System integration services 15.6.3. Other services 15.7. Middle East & Africa Digital Logistics Market Value Share Analysis, By Application 15.8. Middle East & Africa Digital Logistics Market Forecast, By Application 15.8.1. Warehouse management 15.8.2. Labor management 15.8.3. Transportation management 15.9. Middle East & Africa Digital Logistics Market Value Share Analysis, By Industry Vertical 15.10. Middle East & Africa Digital Logistics Market Forecast, By Industry Vertical 15.10.1. Automotive 15.10.2. Government, Defense and Aerospace 15.10.3. Healthcare and Life Science 15.10.4. Telecommunication and IT 15.10.5. Industrial, Engineering and Manufacturing 15.10.6. Retail 15.10.7. Chemical 15.10.8. Oil and Gas 15.10.9. Others 15.11. Middle East & Africa Digital Logistics Market Value Share Analysis, by Country 15.12. Middle East & Africa Digital Logistics Market Forecast, by Country 15.12.1. GCC 15.12.2. South Africa 15.12.3. Rest of Middle East & Africa 15.13. Middle East & Africa Digital Logistics Market Analysis, by Country 15.14. GCC Digital Logistics Market Forecast, By System 15.14.1. Tracking and monitoring systems 15.14.2. Information integrated systems 15.14.3. Electronic data interchange systems 15.14.4. Database management systems 15.14.5. Fleet management systems 15.14.6. Order management systems 15.15. GCC Digital Logistics Market Forecast, By Service 15.15.1. Consulting 15.15.2. System integration services 15.15.3. Other services 15.16. GCC Digital Logistics Market Forecast, By Application 15.16.1. Warehouse management 15.16.2. Labor management 15.16.3. Transportation management 15.17. GCC Digital Logistics Market Forecast, By Industry Vertical 15.17.1. Automotive 15.17.2. Government, Defense and Aerospace 15.17.3. Healthcare and Life Science 15.17.4. Telecommunication and IT 15.17.5. Industrial, Engineering and Manufacturing 15.17.6. Retail 15.17.7. Chemical 15.17.8. Oil and Gas 15.17.9. Others 15.18. South Africa Digital Logistics Market Forecast, By System 15.18.1. Tracking and monitoring systems 15.18.2. Information integrated systems 15.18.3. Electronic data interchange systems 15.18.4. Database management systems 15.18.5. Fleet management systems 15.18.6. Order management systems 15.19. Logistics Market Forecast, By Service 15.19.1. Consulting 15.19.2. System integration services 15.19.3. Other services 15.20. South Africa Digital Logistics Market Forecast, By Application 15.20.1. Warehouse management 15.20.2. Labor management 15.20.3. Transportation management 15.21. South Africa Digital Logistics Market Forecast, By Industry Vertical 15.21.1. Automotive 15.21.2. Government, Defense and Aerospace 15.21.3. Healthcare and Life Science 15.21.4. Telecommunication and IT 15.21.5. Industrial, Engineering and Manufacturing 15.21.6. Retail 15.21.7. Chemical 15.21.8. Oil and Gas 15.21.9. Others 15.22. Rest of Middle East & Africa Digital Logistics Market Forecast, By System 15.22.1. Tracking and monitoring systems 15.22.2. Information integrated systems 15.22.3. Electronic data interchange systems 15.22.4. Database management systems 15.22.5. Fleet management systems 15.22.6. Order management systems 15.23. Rest of Middle East & Africa Digital Logistics Market Forecast, By Service 15.23.1. Consulting 15.23.2. System integration services 15.23.3. Other services 15.24. Rest of Middle East & Africa Digital Logistics Market Forecast, By Application 15.24.1. Warehouse management 15.24.2. Labor management 15.24.3. Transportation management 15.25. Rest of Middle East & Africa Digital Logistics Market Forecast, By Industry Vertical 15.25.1. Automotive 15.25.2. Government, Defense and Aerospace 15.25.3. Healthcare and Life Science 15.25.4. Telecommunication and IT 15.25.5. Industrial, Engineering and Manufacturing 15.25.6. Retail 15.25.7. Chemical 15.25.8. Oil and Gas 15.25.9. Others 15.26. Middle East & Africa Digital Logistics Market Attractiveness Analysis 15.26.1. By System 15.26.2. By Service 15.26.3. By Application 15.26.4. By Industry Vertical 15.27. PEST Analysis 15.28. Key Trends 15.29. Key Developments 16. South America Digital Logistics Market Analysis 16.1. Key Findings 16.2. South America Digital Logistics Market Overview 16.3. South America Digital Logistics Market Value Share Analysis, By System 16.4. South America Digital Logistics Market Forecast, By System 16.4.1. Tracking and monitoring systems 16.4.2. Information integrated systems 16.4.3. Electronic data interchange systems 16.4.4. Database management systems 16.4.5. Fleet management systems 16.4.6. Order management systems 16.5. South America Digital Logistics Market Value Share Analysis, By Service 16.6. South America Digital Logistics Market Forecast, By Service 16.6.1. Consulting 16.6.2. System integration services 16.6.3. Other services 16.7. South America Digital Logistics Market Value Share Analysis, By Application 16.8. South America Digital Logistics Market Forecast, By Application 16.8.1. Warehouse management 16.8.2. Labor management 16.8.3. Transportation management 16.9. South America Digital Logistics Market Value Share Analysis, By Industry Vertical 16.10. South America Digital Logistics Market Forecast, By Industry Vertical 16.10.1. Automotive 16.10.2. Government, Defense and Aerospace 16.10.3. Healthcare and Life Science 16.10.4. Telecommunication and IT 16.10.5. Industrial, Engineering and Manufacturing 16.10.6. Retail 16.10.7. Chemical 16.10.8. Oil and Gas 16.10.9. Others 16.11. South America Digital Logistics Market Value Share Analysis, by Country 16.12. South America Digital Logistics Market Forecast, by Country 16.12.1. Brazil 16.12.2. Mexico 16.12.3. Rest of South America 16.13. South America Digital Logistics Market Analysis, by Country 16.14. Brazil Digital Logistics Market Forecast, By System 16.14.1. Tracking and monitoring systems 16.14.2. Information integrated systems 16.14.3. Electronic data interchange systems 16.14.4. Database management systems 16.14.5. Fleet management systems 16.14.6. Order management systems 16.15. Brazil Digital Logistics Market Forecast, By Service 16.15.1. Consulting 16.15.2. System integration services 16.15.3. Other services 16.16. Brazil Digital Logistics Market Forecast, By Application 16.16.1. Warehouse management 16.16.2. Labor management 16.16.3. Transportation management 16.17. Brazil Digital Logistics Market Forecast, By Industry Vertical 16.17.1. Automotive 16.17.2. Government, Defense and Aerospace 16.17.3. Healthcare and Life Science 16.17.4. Telecommunication and IT 16.17.5. Industrial, Engineering and Manufacturing 16.17.6. Retail 16.17.7. Chemical 16.17.8. Oil and Gas 16.17.9. Others 16.18. Mexico Digital Logistics Market Forecast, By System 16.18.1. Tracking and monitoring systems 16.18.2. Information integrated systems 16.18.3. Electronic data interchange systems 16.18.4. Database management systems 16.18.5. Fleet management systems 16.18.6. Order management systems 16.19. Mexico Digital Logistics Market Forecast, By Service 16.19.1. Consulting 16.19.2. System integration services 16.19.3. Other services 16.20. Mexico Digital Logistics Market Forecast, By Application 16.20.1. Warehouse management 16.20.2. Labor management 16.20.3. Transportation management 16.21. Mexico Digital Logistics Market Forecast, By Industry Vertical 16.21.1. Automotive 16.21.2. Government, Defense and Aerospace 16.21.3. Healthcare and Life Science 16.21.4. Telecommunication and IT 16.21.5. Industrial, Engineering and Manufacturing 16.21.6. Retail 16.21.7. Chemical 16.21.8. Oil and Gas 16.21.9. Others 16.22. Rest of South America Digital Logistics Market Forecast, By System 16.22.1. Tracking and monitoring systems 16.22.2. Information integrated systems 16.22.3. Electronic data interchange systems 16.22.4. Database management systems 16.22.5. Fleet management systems 16.22.6. Order management systems 16.23. Rest of South America Digital Logistics Market Forecast, By Service 16.23.1. Consulting 16.23.2. System integration services 16.23.3. Other services 16.24. Rest of South America Digital Logistics Market Forecast, By Application 16.24.1. Warehouse management 16.24.2. Labor management 16.24.3. Transportation management 16.25. Rest of South America Digital Logistics Market Forecast, By Industry Vertical 16.25.1. Automotive 16.25.2. Government, Defense and Aerospace 16.25.3. Healthcare and Life Science 16.25.4. Telecommunication and IT 16.25.5. Industrial, Engineering and Manufacturing 16.25.6. Retail 16.25.7. Chemical 16.25.8. Oil and Gas 16.25.9. Others 16.26. South America Digital Logistics Market Attractiveness Analysis 16.26.1. By System 16.26.2. By Service 16.26.3. By Application 16.26.4. By Industry Vertical 16.27. PEST Analysis 16.28. Key Trends 16.29. Key Developments 17. Company Profiles 17.1. Market Share Analysis, by Company 17.2. Competition Matrix 17.2.1. Competitive Benchmarking of key players by price, presence, market share, Applications and R&D investment 17.2.2. New Product Launches and Product Enhancements 17.2.3. Market Consolidation 17.2.4. M&A by Regions, Investment and Applications 17.2.5. M&A Key Players, Forward System integration services and Backward 17.2.6. System integration services 17.3. Company Profiles: Key Players 17.3.1. Damco Group 17.3.1.1. Company Overview 17.3.1.2. Financial Overview 17.3.1.3. Product Portfolio 17.3.1.4. Business Strategy 17.3.1.5. Recent Developments 17.3.1.6. Development Footprint 17.3.2. Majesco 17.3.3. Oscar Insurance 17.3.4. Quantemplate 17.3.5. Shift Industry Vertical 17.3.6. Trōv, Inc. 17.3.7. Wipro Limited 17.3.8. Zhongan Insurance 17.3.9. DXC Industry Vertical Company 17.3.10. Insurance Industry Vertical Services 17.3.11. Banc Insurance Agency Inc (Insuritas) 17.3.12. Policy Bazaar 17.3.13. ZhongAn Online Property & Casualty Insurance Co. Ltd 17.3.14. Clover Health Insurance 17.3.15. Acko General Insurance Limited 17.3.16. Moonshot-Internet 17.3.17. Sureify 17.3.18. Lemonade 17.3.19. Oscar Health 17.3.20. Anorak 17.3.21. BDEO 17.3.22. Earnix 17.3.23. Planck 17.3.24. ThingCo 17.3.25. Tractable 17.3.26. Bima 17.3.27. Metromile