Automotive Blockchain Market size was valued at US$ 472.5 Mn. in 2021 and the total Automotive Blockchain revenue is expected to grow at 31.25% from 2022 to 2029, reaching nearly US$ 4160.99 Mn.Automotive Blockchain Market Overview:
Manufacturing, commerce, finance, healthcare, automotive, and supply chain are just a couple of industries that have benefited from Blockchain (BC) technology. One of the most appealing aspects of this revolution that provides new methods of doing business is BC's unique approach, which is focused on trust and value. Even if the automotive industry did not get acquainted with complete digitization until recently, it has and still has enormous promise for the future of personal mobility. Today, along with the growth of technology, the automotive industry has transformed from automobiles with internal combustion engines to hybrid and electric automobiles. Vehicles are progressively becoming much more than just vehicles of transportation. Cars in the twenty-first century are cellular data centers equipped with integrated sensors and disruptive technologies that gather vehicle data. By providing more secure, traceable transactions and better access to and openness of information, blockchain has the potential to increase trust and collaboration among organizations, consumers, and even cars. It's no surprise that automakers are paying attention to blockchain and making some strategic investments in this field. While blockchain can disrupt the status quo on its own, it offers far more promise when paired with IoT, AI, and big data.Report Scope:
The report provides a comprehensive analysis of the current market condition, including historical and forecasted market size in terms of value and volume, technological progress, macroeconomic considerations, and market regulating factors. The research includes detailed information on the strategies of the industry's main players, as well as a thorough examination of the various market segments and geographies. The Global Automotive Blockchain Market Share report examines the global market as well as growth trends, competitive landscape analysis, and main regional development status. Policies and development plans are examined, as are manufacturing processes and cost structures. Figures for import/export consumption, supply and demand, cost, price, revenue, and gross margins are also included in this report. The researchers focused on the market's drivers, constraints, opportunities, and challenges along with PESTLE and PORTER analysis. The research also supports the adjustment and resolution of problems with the global Automotive Blockchain market environment. External and internal market factors that are expected to have a positive or negative influence on the market have been analyzed, presenting decision-makers with a clear picture of the business's future. The research also supports understanding the trends and structure of the Market by researching market segments and estimating the market size. The report focuses on the key industry participants, including business profiles, components, and services provided, financial data from the preceding three years, and significant changes in the previous five years. In addition, important company profiles, SWOT analysis, and market strategies in the Automotive Blockchain industry are included in the report.To know about the Research Methodology :- Request Free Sample Report
Research Methodology:
The bottom-up method is utilized to estimate and validate the global market size. The global market size of automotive blockchain has been estimated by taking into account the revenue generated by all key competitors. The year-on-year (Y-O-Y) growth of the industry is taken into consideration while calculating the global blockchain market size. Primary expert insights are also used to rectify, validate, and confirm the market. The automotive blockchain market size was calculated by multiplying the global blockchain market by the penetration (market share) of applications-based use cases, corporate developments, and primary insights in the automobile sector. The global market is further segmented into regions based on criteria such as regional advancements, automotive industry market size, and primary insights. To produce the final quantitative and qualitative data, all possible components impacting the markets covered in this report were investigated, thoroughly researched, validated through primary research, and analyzed. Market size is balanced for top-level markets and sub-segments, and the influence of inflation, economic downturns, policy changes, and other variables is considered in market forecasting. The data is supported with comprehensive inputs and analysis throughout the report. Intensive primary research was conducted to acquire information and check and confirm the essential numbers arrived at after extensive market engineering and calculations for market statistics such as market size estimations, estimates, segmentation, and data analysis and interpretation.Automotive Blockchain Market Dynamics:
Increased operational efficiency in the automotive sector due to blockchain. The benefits blockchain may offer to the automotive ecosystem, both in terms of simplifying participant engagement and enabling possibilities for new mobility business models, have attracted the attention of automotive professionals. Blockchain can support device-to-device transactions, smart contracts, and real-time processing and settlement, in addition to providing a single source of data. This leads to gains and operational efficiency in areas like supply chain transparency, financial transactions between ecosystem members, verifying access to automobiles, and customer experience and loyalty in the automotive sector. In addition, blockchain technology can aid in the advancement of new industrial business models, such as those involving alternative ownership, automobile usage, rewards programs, and other mobility services that increase brand appeal and loyalty. Porsche, for example, is testing blockchain applications directly in automobiles, such as locking and unlocking the vehicle via an app, issuing temporary access authorizations, and investigating new revenue models based on encrypted data logging. Blockchain features, such as authenticating consumers and monitoring usage across numerous mobility services, enable organizations to create tailored experiences to establish lifelong customers. Despite the potential of the technology, the automobile sector is still in the early phases of using blockchain in its business and product networks. The IBM Institute for Business Value, in cooperation with Oxford Economics, questioned 1,314 automotive executives across 10 functional areas and 10 countries to acquire a better understanding of the industry's current opinions on and plans for the technology. Improved Business Models are creating emerging opportunities for Blockchain in Automotive Sector. Improvements in information management, transaction transparency, and collaboration among business partners can encourage loyalty and accelerate the adoption of innovative business models. 55 % of OEMs and 50% of suppliers believe that the possibility to establish new business models would heavily affect the blockchain investments their organizations make. Companies that offer transportation services such as vehicle sharing and on-demand rides sharing must securely run their car fleets. Blockchain might be the solution. Framework for managing smart contracts, authenticating vehicle access, and capturing Increasing mobility while reducing waste and simplifying procedures. Mobility-as-a-service, usage-based models, and other emerging mobility variations necessitate information exchange, financial payments, participant identification, and transaction tracking among mobile service providers, users, and even vehicles. OEMs see a greater promise for blockchain in these new business models than suppliers, most likely because they are more directly connected with the customers who will utilize the services. Consumers and automotive firms are already able to conduct payments for various products and services from the automobile via an e-commerce platform. According to both OEMs and suppliers, blockchain has the potential to impact the security of in-vehicle marketplace transactions as well as the transparency of transactions between marketplace participants. OEMs in Japan and the United Kingdom have also indicated that blockchain technology can assist alternative ownership models since it provides for more secure user identification and authentication, financial transactions for payments, and user information for customization. In Germany, OEMs, and suppliers highlight use-based models for blockchain solutions, which may aid in tracking vehicle usage and driver performance for pay-as-you-go insurance and other usage-based services. Lack of awareness, and inadequate legislation governing blockchain technology usage and data protection restrict the market growth. The use of blockchain in the automobile sector is still unknown because it is not a widely used or advanced technology. Top organizations are always innovating in the blockchain sector, which is likely to complement market growth. Meanwhile, the cost of using blockchain in the automotive sector is high owing to its complex characteristics, which restrict the market growth. As a result, regulatory uncertainty is a restricting factor affecting the market growth. The absence of suitable regulation governing blockchain technology applications and data protection is primarily restricting the growth of the automotive blockchain industry. For example, in European nations, the adoption of blockchain-based apps is restricted by the rights provided to public/private organizations under the European General Data Protection Regulation (GDPR). Blockchain technology and its uses are fraught with technical and economic hazards. As a result, governments throughout the world are concerned about the potential challenges that technology brings to individuals' data protection rights and privacy.Automotive Blockchain Market Segment Analysis:
By Application, the Smart Contracts segment is expected to dominate the market during the forecast period. The automobile industry has undoubtedly affected modern cultures and everyday lives. It is one of the most advanced, difficult, and innovative industries. The automobile sector is a critical driver of many other advanced industries; it necessitates the contribution of many other technologies such as sophisticated manufacturing systems, cyber-physical systems, and robotics. Blockchain technology has the potential to greatly benefit the automobile sector by improving data security, integrity, and dependability, tracking and location management, increased connection, mobility-as-a-service, tamper prevention, and fraud detection. One of the upcoming blockchain features is smart contract enforcement and autonomy. The growth of this segment is attributed to its wide range of applications in automotive industries. A smart contract, also known as a digital contract, takes on the terms and conditions of a traditional contract. The smart contract codes the business agreement, which is subsequently checked, signed and posted to the network. A smart contract is a piece of distributed code that is recorded on the blockchain and executes autonomously when certain circumstances and regulations are satisfied. There are 102 million distinct Ethereum addresses containing more than 50 million smart contracts at the time of authoring. A smart contract can update, therefore procedures for adding updates and alterations that may be necessary legally are required. To obtain the most recent legal terms of the smart contract, for example, public blockchain data or an API (Application Programming Interface) might be utilized. Contracting parties may be required to update the source code of smart contracts without the involvement of third parties. Smart contract terms and conditions can be specified as unmodifiable to prevent one or both parties from modifying the contract. The term "smart contract" is not inherently tied to blockchain; it is frequently used interchangeably with a variety of expressions ranging from "Digital Contract" to "Smart Legal Contract" or "Smart Contract Code." However, in general, all definitions of smart contracts contain some form of automated, self-executing transaction.A smart contract is computer software that controls digital or physical modules by adhering to specified legal requirements and terms. A smart contract is not enforced by a government, but it typically eliminates concerns associated with human ambiguity. As a result, it is a technique for maintaining performance on all concerned parties' transactions. A smart contract offers several advantages over traditional contracts: The smart contract's digital nature ensures that there is a final version of the contract that is written in full and that it will be implemented correctly by computers when needed. • A smart contract is paperless; you do not need to print it. It is deployed on the blockchain and is only performed by its encoded instructions and terms. Unlike paper contracts, which may be destroyed or damaged, or which may exist in various versions and copies. • A smart contract is correct because it converts the contract into computer-executable code. All terms and conditions are clearly stated. • A smart contract is unambiguous; there is no room for interpretation. • Smart contracts are often maintained on the blockchain, which stores all pertinent information. There is no need for additional storage or backup. • Smart contracts foster confidence among the parties concerned. • Smart contracts are performed promptly, with no processing delays. • Smart contracts are safe and clear. Blockchain-based smart contracts have the potential to impact several industries, including the automobile sector. Aside from automating existing operations, blockchain-based smart contracts may be used to build new businesses and reach new consumers. By offering a digital, secure, and resilient environment for coding "if-then" statements and value transitions, as well as storing extensive and unchangeable transaction history, the blockchain ensures a perfect foundation for smart contracts.
Automotive Blockchain Market Regional Insights:
The North American market is one of the early users of blockchain technology for vehicle industries and is expected to be the largest contributor to this market during the forecast period. The growth would most generally be driven by two important factors i.e. rising need for transparency and immutability in company processes, and considerable investments in the blockchain platform by software providers. SHIFTMobility introduced the world's first blockchain-powered platform for the automotive industry in May 2018. For now and in the autonomous future, the platform would enable connection, comprehension, and harness demand from a variety of automobiles and supply chain apps, commerce channels, better diagnostics, and transportation logistics. Major corporations with operations in the Americas, such as IBM, AWS, and Microsoft, have a significant impact on the regional and global markets. The region's strong financial position allows these countries to invest extensively in cutting-edge technology such as automotive blockchain.The APAC region is expected to grow significantly during the forecast period. In recent years, the region has developed into an automobile manufacturing center. Rapid economic growth, growing population, increasing urbanization, and higher purchasing power have driven the region's demand for automobiles in the region. The increasing automotive industry in the Asia Pacific region is set to adopt blockchain technology to improve transparency and combat fraud in the automotive sector. However, being the major markets for transportation solutions, China and India can incorporate blockchain technology into ridesharing apps. The Thai automotive sector, particularly the auto-parts manufacturing business, has consistently been the country's dominant industry. As a result, automakers and automobile-related businesses, such as auto-parts manufacturers and car dealers, must alter their marketing tactics to meet the demands of the auto market in each category and create customer trust in the quality of their vehicles. As a result, effective automotive supply chain management is critical for establishing competitive potential. Effective management necessitates close collaboration among all companies involved, from raw material supply to product delivery to customers. Blockchain technology is a novel technology that may be used to control the supply chain process. This technology aids in the improvement and resolution of the issue of transparency, as well as the monitoring of supply chain processes. And the demand for the technology is increasing significantly. The Chinese government has recognized automotive blockchain technology development as a national priority, alongside other emerging technologies such as AI, deep learning, and IoT. The current Chinese President has emphasized the relevance of blockchain technology to China's industrial maturity, advocating ongoing development so that China may lead the way in creating international norms. Organizations in China are seen as stakeholders in the economy with generally good relations with the state, in contrast to the libertarian attitude toward blockchain that is popular in the West; the Cyberspace Administration of China (CAC) issues regulations for the sector, and firms tend to be compliant. The notion of "Blockchain with Chinese Characteristics" is eagerly embraced by both the public and corporate sectors. Multinational companies are not prohibited from engaging in the sector. IBM is a significant player in the Chinese automotive blockchain business. The American computer hardware manufacturer is working on blockchain research with the Bank of China, supply chain monitoring for food safety with Walmart and JD.com, and chemical supply chain tracking for medicines with Sichuan Hejia. Unlike the United States, where the only national blockchain policy concerns the classification of tokens as securities, China's complete blockchain strategy incorporates both the public and private sectors.
Automotive Blockchain Market Scope: Inquire before buying
Automotive Blockchain Market Report Coverage Details Base Year: 2021 Forecast Period: 2022-2029 Historical Data: 2017 to 2021 Market Size in 2021: US $ 472.5 Mn. Forecast Period 2022 to 2029 CAGR: 31.25% Market Size in 2029: US $ 4160.99 Mn. Segments Covered: by Type • Public Blockchain • Private Blockchain • Hybrid Blockchain by Applications • Smart Contracts • Supply Chain • Financing • Mobility Solutions • Others by Provider • Middleware Provider • Infrastructure and Protocols Provider • Application and Solution Provider Automotive Blockchain Market, by Region
• North America • Europe • Asia Pacific • Middle East and Africa • South AmericaAutomotive Blockchain Market Key Players
• IBM Corporation • Accenture PLC • Microsoft Corporation • BigchainDB GmbH • Ripple Labs Inc. • carVertical • Ethereum • Context Labs BV • ConsenSys • Helbiz Mobility System PTE Ltd. • ShiftMobility • RSK Labs • Tech Mahindra • HCL Technologies • XAIN • Mesosphere Inc. • Oaken Innovations • Productive Edge LLC. • Factom Inc. • Project Provenance Ltd. Frequently Asked Questions: 1. Which region has the largest share in Automotive Blockchain Market? Ans: North America region held the highest share in 2021. 2. What is the growth rate of Automotive Blockchain Market? Ans: The Automotive Blockchain Market is growing at a CAGR of 31.25% during forecasting period 2022-2029. 3. What is scope of the Automotive Blockchain market report? Ans: Automotive Blockchain Market report helps with the PESTEL, PORTER, COVID-19 Impact analysis, Recommendations for Investors & Leaders, and market estimation of the forecast period. 4. Who are the key players in Automotive Blockchain market? Ans: The important key players in the Automotive Blockchain Market are – IBM Corporation, Accenture PLC, Microsoft Corporation, BigchainDB GmbH, Ripple Labs Inc., carVertical, Ethereum, Context Labs BV, ConsenSys, Helbiz Mobility System PTE Ltd., ShiftMobility, RSK Labs, Tech Mahindra, HCL Technologies, XAIN, Mesosphere Inc., Oaken Innovations, Productive Edge LLC., Factom Inc., and Project Provenance Ltd. 5. What is the study period of this market? Ans: The Automotive Blockchain Market is studied from 2021 to 2029.
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: Automotive Blockchain Market Size, by Market Value (US$ Mn) 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 Automotive Blockchain Market Analysis and Forecast 6.1. Automotive Blockchain 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 Automotive Blockchain Market Analysis and Forecast, by Application 7.1. Introduction and Definition 7.2. Key Findings 7.3. Automotive Blockchain Market Value Share Analysis, by Application 7.4. Automotive Blockchain Market Size (US$ Mn) Forecast, by Application 7.5. Automotive Blockchain Market Analysis, by Application 7.6. Automotive Blockchain Market Attractiveness Analysis, by Application 8. Global Automotive Blockchain Market Analysis and Forecast, by Type 8.1. Introduction and Definition 8.2. Key Findings 8.3. Automotive Blockchain Market Value Share Analysis, by Type 8.4. Automotive Blockchain Market Size (US$ Mn) Forecast, by Type 8.5. Automotive Blockchain Market Analysis, by Type 8.6. Automotive Blockchain Market Attractiveness Analysis, by Type 9. Global Automotive Blockchain Market Analysis and Forecast, by Provider 9.1. Introduction and Definition 9.2. Key Findings 9.3. Automotive Blockchain Market Value Share Analysis, by Provider 9.4. Automotive Blockchain Market Size (US$ Mn) Forecast, by Provider 9.5. Automotive Blockchain Market Analysis, by Provider 9.6. Automotive Blockchain Market Attractiveness Analysis, by Provider 10. Global Automotive Blockchain Market Analysis, by Region 10.1. Automotive Blockchain Market Value Share Analysis, by Region 10.2. Automotive Blockchain Market Size (US$ Mn) Forecast, by Region 10.3. Automotive Blockchain Market Attractiveness Analysis, by Region 11. North America Automotive Blockchain Market Analysis 11.1. Key Findings 11.2. North America Automotive Blockchain Market Overview 11.3. North America Automotive Blockchain Market Value Share Analysis, by Application 11.4. North America Automotive Blockchain Market Forecast, by Application 11.4.1. Smart Contracts 11.4.2. Supply Chain 11.4.3. Financing 11.4.4. Mobility Solutions 11.4.5. Others 11.5. North America Automotive Blockchain Market Value Share Analysis, by Type 11.6. North America Automotive Blockchain Market Forecast, by Type 11.6.1. Public Blockchain 11.6.2. Private Blockchain 11.6.3. Hybrid Blockchain 11.7. North America Automotive Blockchain Market Value Share Analysis, by Provider 11.8. North America Automotive Blockchain Market Forecast, by Provider 11.8.1. Middleware Provider 11.8.2. Infrastructure and Protocols Provider 11.8.3. Application and Solution Provider 11.9. North America Automotive Blockchain Market Value Share Analysis, by Country 11.10. North America Automotive Blockchain Market Forecast, by Country 11.10.1. U.S. 11.10.2. Canada 11.10.3. Mexico 11.11. North America Automotive Blockchain Market Analysis, by Country 11.12. U.S. Automotive Blockchain Market Forecast, by Application 11.12.1. Smart Contracts 11.12.2. Supply Chain 11.12.3. Financing 11.12.4. Mobility Solutions 11.12.5. Others 11.13. U.S. Automotive Blockchain Market Forecast, by Type 11.13.1. Public Blockchain 11.13.2. Private Blockchain 11.13.3. Hybrid Blockchain 11.14. U.S. Automotive Blockchain Market Forecast, by Provider 11.14.1. Middleware Provider 11.14.2. Infrastructure and Protocols Provider 11.14.3. Application and Solution Provider 11.15. Canada Automotive Blockchain Market Forecast, by Application 11.15.1. Smart Contracts 11.15.2. Supply Chain 11.15.3. Financing 11.15.4. Mobility Solutions 11.15.5. Others 11.16. Canada Automotive Blockchain Market Forecast, by Type 11.16.1. Public Blockchain 11.16.2. Private Blockchain 11.16.3. Hybrid Blockchain 11.17. Canada Automotive Blockchain Market Forecast, by Provider 11.17.1. Middleware Provider 11.17.2. Infrastructure and Protocols Provider 11.17.3. Application and Solution Provider 11.18. Mexico Automotive Blockchain Market Forecast, by Application 11.18.1. Smart Contracts 11.18.2. Supply Chain 11.18.3. Financing 11.18.4. Mobility Solutions 11.18.5. Others 11.19. Mexico Automotive Blockchain Market Forecast, by Type 11.19.1. Public Blockchain 11.19.2. Private Blockchain 11.19.3. Hybrid Blockchain 11.20. Mexico Automotive Blockchain Market Forecast, by Provider 11.20.1. Middleware Provider 11.20.2. Infrastructure and Protocols Provider 11.20.3. Application and Solution Provider 11.21. North America Automotive Blockchain Market Attractiveness Analysis 11.21.1. by Application 11.21.2. by Type 11.21.3. by Provider 11.22. PEST Analysis 11.23. Key Trends 11.24. Key Developments 12. Europe Automotive Blockchain Market Analysis 12.1. Key Findings 12.2. Europe Automotive Blockchain Market Overview 12.3. Europe Automotive Blockchain Market Value Share Analysis, by Application 12.4. Europe Automotive Blockchain Market Forecast, by Application 12.4.1. Smart Contracts 12.4.2. Supply Chain 12.4.3. Financing 12.4.4. Mobility Solutions 12.4.5. Others 12.5. Europe Automotive Blockchain Market Value Share Analysis, by Type 12.6. Europe Automotive Blockchain Market Forecast, by Type 12.6.1. Public Blockchain 12.6.2. Private Blockchain 12.6.3. Hybrid Blockchain 12.7. Europe Automotive Blockchain Market Value Share Analysis, by Provider 12.8. Europe Automotive Blockchain Market Forecast, by Provider 12.8.1. Middleware Provider 12.8.2. Infrastructure and Protocols Provider 12.8.3. Application and Solution Provider 12.9. Europe Automotive Blockchain Market Value Share Analysis, by Country 12.10. Europe Automotive Blockchain Market Forecast, by Country 12.10.1. Germany 12.10.2. U.K. 12.10.3. France 12.10.4. Italy 12.10.5. Spain 12.10.6. Sweden 12.10.7. CIS countries 12.10.8. Rest of Europe 12.11. Europe Automotive Blockchain Market Analysis, by Country 12.12. Germany Automotive Blockchain Market Forecast, by Application 12.12.1. Smart Contracts 12.12.2. Supply Chain 12.12.3. Financing 12.12.4. Mobility Solutions 12.12.5. Others 12.13. Germany Automotive Blockchain Market Forecast, by Type 12.13.1. Public Blockchain 12.13.2. Private Blockchain 12.13.3. Hybrid Blockchain 12.14. Germany Automotive Blockchain Market Forecast, by Provider 12.14.1. Middleware Provider 12.14.2. Infrastructure and Protocols Provider 12.14.3. Application and Solution Provider 12.15. U.K. Automotive Blockchain Market Forecast, by Application 12.15.1. Smart Contracts 12.15.2. Supply Chain 12.15.3. Financing 12.15.4. Mobility Solutions 12.15.5. Others 12.16. U.K. Automotive Blockchain Market Forecast, by Type 12.16.1. Public Blockchain 12.16.2. Private Blockchain 12.16.3. Hybrid Blockchain 12.17. U.K. Automotive Blockchain Market Forecast, by Provider 12.17.1. Middleware Provider 12.17.2. Infrastructure and Protocols Provider 12.17.3. Application and Solution Provider 12.18. France Automotive Blockchain Market Forecast, by Application 12.18.1. Smart Contracts 12.18.2. Supply Chain 12.18.3. Financing 12.18.4. Mobility Solutions 12.18.5. Others 12.19. France Automotive Blockchain Market Forecast, by Type 12.19.1. Public Blockchain 12.19.2. Private Blockchain 12.19.3. Hybrid Blockchain 12.20. France Automotive Blockchain Market Forecast, by Provider 12.20.1. Middleware Provider 12.20.2. Infrastructure and Protocols Provider 12.20.3. Application and Solution Provider 12.21. Italy Automotive Blockchain Market Forecast, by Application 12.21.1. Smart Contracts 12.21.2. Supply Chain 12.21.3. Financing 12.21.4. Mobility Solutions 12.21.5. Others 12.22. Italy Automotive Blockchain Market Forecast, by Type 12.22.1. Public Blockchain 12.22.2. Private Blockchain 12.22.3. Hybrid Blockchain 12.23. Italy Automotive Blockchain Market Forecast, by Provider 12.23.1. Middleware Provider 12.23.2. Infrastructure and Protocols Provider 12.23.3. Application and Solution Provider 12.24. Spain Automotive Blockchain Market Forecast, by Application 12.24.1. Smart Contracts 12.24.2. Supply Chain 12.24.3. Financing 12.24.4. Mobility Solutions 12.24.5. Others 12.25. Spain Automotive Blockchain Market Forecast, by Type 12.25.1. Public Blockchain 12.25.2. Private Blockchain 12.25.3. Hybrid Blockchain 12.26. Spain Automotive Blockchain Market Forecast, by Provider 12.26.1. Middleware Provider 12.26.2. Infrastructure and Protocols Provider 12.26.3. Application and Solution Provider 12.27. Sweden Automotive Blockchain Market Forecast, by Application 12.27.1. Smart Contracts 12.27.2. Supply Chain 12.27.3. Financing 12.27.4. Mobility Solutions 12.27.5. Others 12.28. Sweden Automotive Blockchain Market Forecast, by Type 12.28.1. Public Blockchain 12.28.2. Private Blockchain 12.28.3. Hybrid Blockchain 12.29. Sweden Automotive Blockchain Market Forecast, by Provider 12.29.1. Middleware Provider 12.29.2. Infrastructure and Protocols Provider 12.29.3. Application and Solution Provider 12.30. CIS countries Automotive Blockchain Market Forecast, by Application 12.30.1. Smart Contracts 12.30.2. Supply Chain 12.30.3. Financing 12.30.4. Mobility Solutions 12.30.5. Others 12.31. CIS countries Automotive Blockchain Market Forecast, by Type 12.31.1. Public Blockchain 12.31.2. Private Blockchain 12.31.3. Hybrid Blockchain 12.32. CIS countries Automotive Blockchain Market Forecast, by Provider 12.32.1. Middleware Provider 12.32.2. Infrastructure and Protocols Provider 12.32.3. Application and Solution Provider 12.33. Rest of Europe Automotive Blockchain Market Forecast, by Application 12.33.1. Smart Contracts 12.33.2. Supply Chain 12.33.3. Financing 12.33.4. Mobility Solutions 12.33.5. Others 12.34. Rest of Europe Automotive Blockchain Market Forecast, by Type 12.34.1. Public Blockchain 12.34.2. Private Blockchain 12.34.3. Hybrid Blockchain 12.35. Rest of Europe Automotive Blockchain Market Forecast, by Provider 12.35.1. Middleware Provider 12.35.2. Infrastructure and Protocols Provider 12.35.3. Application and Solution Provider 12.36. Europe Automotive Blockchain Market Attractiveness Analysis 12.36.1. by Application 12.36.2. by Type 12.36.3. by Provider 12.37. PEST Analysis 12.38. Key Trends 12.39. Key Developments 13. Asia Pacific Automotive Blockchain Market Analysis 13.1. Key Findings 13.2. Asia Pacific Automotive Blockchain Market Overview 13.3. Asia Pacific Automotive Blockchain Market Value Share Analysis, by Application 13.4. Asia Pacific Automotive Blockchain Market Forecast, by Application 13.4.1. Smart Contracts 13.4.2. Supply Chain 13.4.3. Financing 13.4.4. Mobility Solutions 13.4.5. Others 13.5. Asia Pacific Automotive Blockchain Market Value Share Analysis, by Type 13.6. Asia Pacific Automotive Blockchain Market Forecast, by Type 13.6.1. Public Blockchain 13.6.2. Private Blockchain 13.6.3. Hybrid Blockchain 13.7. Asia Pacific Automotive Blockchain Market Value Share Analysis, by Provider 13.8. Asia Pacific Automotive Blockchain Market Forecast, by Provider 13.8.1. Middleware Provider 13.8.2. Infrastructure and Protocols Provider 13.8.3. Application and Solution Provider 13.9. Asia Pacific Automotive Blockchain Market Value Share Analysis, by Country 13.10. Asia Pacific Automotive Blockchain Market Forecast, by Country 13.10.1. China 13.10.2. India 13.10.3. Japan 13.10.4. South Korea 13.10.5. Australia 13.10.6. ASEAN 13.10.7. Rest of Asia Pacific 13.11. Asia Pacific Automotive Blockchain Market Analysis, by Country 13.12. China Automotive Blockchain Market Forecast, by Application 13.12.1. Smart Contracts 13.12.2. Supply Chain 13.12.3. Financing 13.12.4. Mobility Solutions 13.12.5. Others 13.13. China Automotive Blockchain Market Forecast, by Type 13.13.1. Public Blockchain 13.13.2. Private Blockchain 13.13.3. Hybrid Blockchain 13.14. China Automotive Blockchain Market Forecast, by Provider 13.14.1. Middleware Provider 13.14.2. Infrastructure and Protocols Provider 13.14.3. Application and Solution Provider 13.15. India Automotive Blockchain Market Forecast, by Application 13.15.1. Smart Contracts 13.15.2. Supply Chain 13.15.3. Financing 13.15.4. Mobility Solutions 13.15.5. Others 13.16. India Automotive Blockchain Market Forecast, by Type 13.16.1. Public Blockchain 13.16.2. Private Blockchain 13.16.3. Hybrid Blockchain 13.17. India Automotive Blockchain Market Forecast, by Provider 13.17.1. Middleware Provider 13.17.2. Infrastructure and Protocols Provider 13.17.3. Application and Solution Provider 13.18. Japan Automotive Blockchain Market Forecast, by Application 13.18.1. Smart Contracts 13.18.2. Supply Chain 13.18.3. Financing 13.18.4. Mobility Solutions 13.18.5. Others 13.19. Japan Automotive Blockchain Market Forecast, by Type 13.19.1. Public Blockchain 13.19.2. Private Blockchain 13.19.3. Hybrid Blockchain 13.20. Japan Automotive Blockchain Market Forecast, by Provider 13.20.1. Middleware Provider 13.20.2. Infrastructure and Protocols Provider 13.20.3. Application and Solution Provider 13.21. South Korea Automotive Blockchain Market Forecast, by Application 13.21.1. Smart Contracts 13.21.2. Supply Chain 13.21.3. Financing 13.21.4. Mobility Solutions 13.21.5. Others 13.22. South Korea Automotive Blockchain Market Forecast, by Type 13.22.1. Public Blockchain 13.22.2. Private Blockchain 13.22.3. Hybrid Blockchain 13.23. South Korea Automotive Blockchain Market Forecast, by Provider 13.23.1. Middleware Provider 13.23.2. Infrastructure and Protocols Provider 13.23.3. Application and Solution Provider 13.24. Australia Automotive Blockchain Market Forecast, by Application 13.24.1. Smart Contracts 13.24.2. Supply Chain 13.24.3. Financing 13.24.4. Mobility Solutions 13.24.5. Others 13.25. Australia Automotive Blockchain Market Forecast, by Type 13.25.1. Public Blockchain 13.25.2. Private Blockchain 13.25.3. Hybrid Blockchain 13.26. Australia Automotive Blockchain Market Forecast, by Provider 13.26.1. Middleware Provider 13.26.2. Infrastructure and Protocols Provider 13.26.3. Application and Solution Provider 13.27. ASEAN Automotive Blockchain Market Forecast, by Application 13.27.1. Smart Contracts 13.27.2. Supply Chain 13.27.3. Financing 13.27.4. Mobility Solutions 13.27.5. Others 13.28. ASEAN Automotive Blockchain Market Forecast, by Type 13.28.1. Public Blockchain 13.28.2. Private Blockchain 13.28.3. Hybrid Blockchain 13.29. Rest of Asia Pacific Automotive Blockchain Market Forecast, by Provider 13.29.1. Middleware Provider 13.29.2. Infrastructure and Protocols Provider 13.29.3. Application and Solution Provider 13.30. Rest of Asia Pacific Automotive Blockchain Market Forecast, by Application 13.30.1. Smart Contracts 13.30.2. Supply Chain 13.30.3. Financing 13.30.4. Mobility Solutions 13.30.5. Others 13.31. Rest of Asia Pacific Automotive Blockchain Market Forecast, by Type 13.31.1. Public Blockchain 13.31.2. Private Blockchain 13.31.3. Hybrid Blockchain 13.32. Rest of Asia Pacific Automotive Blockchain Market Forecast, by Provider 13.32.1. Middleware Provider 13.32.2. Infrastructure and Protocols Provider 13.32.3. Application and Solution Provider 13.33. Asia Pacific Automotive Blockchain Market Attractiveness Analysis 13.33.1. by Application 13.33.2. by Type 13.33.3. by Provider 13.34. PEST Analysis 13.35. Key Trends 13.36. Key Developments 14. Middle East & Africa Automotive Blockchain Market Analysis 14.1. Key Findings 14.2. Middle East & Africa Automotive Blockchain Market Overview 14.3. Middle East & Africa Automotive Blockchain Market Value Share Analysis, by Application 14.4. Middle East & Africa Automotive Blockchain Market Forecast, by Application 14.4.1. Smart Contracts 14.4.2. Supply Chain 14.4.3. Financing 14.4.4. Mobility Solutions 14.4.5. Others 14.5. Middle East & Africa Automotive Blockchain Market Value Share Analysis, by Type 14.6. Middle East & Africa Automotive Blockchain Market Forecast, by Type 14.6.1. Public Blockchain 14.6.2. Private Blockchain 14.6.3. Hybrid Blockchain 14.7. Middle East & Africa Automotive Blockchain Market Value Share Analysis, by Provider 14.8. Middle East & Africa Automotive Blockchain Market Forecast, by Provider 14.8.1. Middleware Provider 14.8.2. Infrastructure and Protocols Provider 14.8.3. Application and Solution Provider 14.9. Middle East & Africa Automotive Blockchain Market Value Share Analysis, by Country 14.10. Middle East & Africa Automotive Blockchain Market Forecast, by Country 14.10.1. GCC Countries 14.10.2. South Africa 14.10.3. Nigeria 14.10.4. Egypt 14.10.5. Rest of Middle East & Africa 14.11. Middle East & Africa Automotive Blockchain Market Analysis, by Country 14.12. GCC COUNTRIES Automotive Blockchain Market Forecast, by Application 14.12.1. Smart Contracts 14.12.2. Supply Chain 14.12.3. Financing 14.12.4. Mobility Solutions 14.12.5. Others 14.13. GCC COUNTRIES Automotive Blockchain Market Forecast, by Type 14.13.1. Public Blockchain 14.13.2. Private Blockchain 14.13.3. Hybrid Blockchain 14.14. GCC COUNTRIES Automotive Blockchain Market Forecast, by Provider 14.14.1. Middleware Provider 14.14.2. Infrastructure and Protocols Provider 14.14.3. Application and Solution Provider 14.15. South Africa Automotive Blockchain Market Forecast, by Application 14.15.1. Smart Contracts 14.15.2. Supply Chain 14.15.3. Financing 14.15.4. Mobility Solutions 14.15.5. Others 14.16. South Africa Automotive Blockchain Market Forecast, by Type 14.16.1. Public Blockchain 14.16.2. Private Blockchain 14.16.3. Hybrid Blockchain 14.17. South Africa Automotive Blockchain Market Forecast, by Provider 14.17.1. Middleware Provider 14.17.2. Infrastructure and Protocols Provider 14.17.3. Application and Solution Provider 14.18. Nigeria Automotive Blockchain Market Forecast, by Application 14.18.1. Smart Contracts 14.18.2. Supply Chain 14.18.3. Financing 14.18.4. Mobility Solutions 14.18.5. Others 14.19. Nigeria Automotive Blockchain Market Forecast, by Type 14.19.1. Public Blockchain 14.19.2. Private Blockchain 14.19.3. Hybrid Blockchain 14.20. Nigeria Automotive Blockchain Market Forecast, by Provider 14.20.1. Middleware Provider 14.20.2. Infrastructure and Protocols Provider 14.20.3. Application and Solution Provider 14.21. Egypt Nigeria Automotive Blockchain Market Forecast, by Application 14.21.1. Smart Contracts 14.21.2. Supply Chain 14.21.3. Financing 14.21.4. Mobility Solutions 14.21.5. Others 14.22. Egypt Nigeria Automotive Blockchain Market Forecast, by Type 14.22.1. Public Blockchain 14.22.2. Private Blockchain 14.22.3. Hybrid Blockchain 14.23. Egypt Automotive Blockchain Market Forecast, by Provider 14.23.1. Middleware Provider 14.23.2. Infrastructure and Protocols Provider 14.23.3. Application and Solution Provider 14.24. Rest of Middle East & Africa Automotive Blockchain Market Forecast, by Application 14.24.1. Smart Contracts 14.24.2. Supply Chain 14.24.3. Financing 14.24.4. Mobility Solutions 14.24.5. Others 14.25. Rest of Middle East & Africa Automotive Blockchain Market Forecast, by Type 14.25.1. Public Blockchain 14.25.2. Private Blockchain 14.25.3. Hybrid Blockchain 14.26. Rest of Middle East & Africa Automotive Blockchain Market Forecast, by Provider 14.26.1. Middleware Provider 14.26.2. Infrastructure and Protocols Provider 14.26.3. Application and Solution Provider 14.27. Middle East & Africa Automotive Blockchain Market Attractiveness Analysis 14.27.1. by Type 14.27.2. by Application 14.27.3. by Provider 14.28. PEST Analysis 14.29. Key Trends 14.30. Key Developments 15. South America Automotive Blockchain Market Analysis 15.1. Key Findings 15.2. South America Automotive Blockchain Market Overview 15.3. South America Automotive Blockchain Market Value Share Analysis, by Application 15.4. South America Automotive Blockchain Market Forecast, by Application 15.4.1. Smart Contracts 15.4.2. Supply Chain 15.4.3. Financing 15.4.4. Mobility Solutions 15.4.5. Others 15.5. South America Automotive Blockchain Market Value Share Analysis, by Type 15.6. South America Automotive Blockchain Market Forecast, by Type 15.6.1. Public Blockchain 15.6.2. Private Blockchain 15.6.3. Hybrid Blockchain 15.7. South America Automotive Blockchain Market Value Share Analysis, by Provider 15.8. South America Automotive Blockchain Market Forecast, by Provider 15.8.1. Middleware Provider 15.8.2. Infrastructure and Protocols Provider 15.8.3. Application and Solution Provider 15.9. South America Automotive Blockchain Market Value Share Analysis, by Country 15.10. South America Automotive Blockchain Market Forecast, by Country 15.10.1. Brazil 15.10.2. Argentina 15.10.3. Colombia 15.10.4. Rest of South America 15.11. South America Automotive Blockchain Market Analysis, by Country 15.12. Brazil Automotive Blockchain Market Forecast, by Application 15.12.1. Smart Contracts 15.12.2. Supply Chain 15.12.3. Financing 15.12.4. Mobility Solutions 15.12.5. Others 15.13. Brazil Automotive Blockchain Market Forecast, by Type 15.13.1. Public Blockchain 15.13.2. Private Blockchain 15.13.3. Hybrid Blockchain 15.14. Brazil Automotive Blockchain Market Forecast, by Provider 15.14.1. Middleware Provider 15.14.2. Infrastructure and Protocols Provider 15.14.3. Application and Solution Provider 15.15. Argentina Automotive Blockchain Market Forecast, by Application 15.15.1. Smart Contracts 15.15.2. Supply Chain 15.15.3. Financing 15.15.4. Mobility Solutions 15.15.5. Others 15.16. Argentina Automotive Blockchain Market Forecast, by Type 15.16.1. Public Blockchain 15.16.2. Private Blockchain 15.16.3. Hybrid Blockchain 15.17. Argentina Automotive Blockchain Market Forecast, by Provider 15.17.1. Middleware Provider 15.17.2. Infrastructure and Protocols Provider 15.17.3. Application and Solution Provider 15.18. Colombia Automotive Blockchain Market Forecast, by Application 15.18.1. Smart Contracts 15.18.2. Supply Chain 15.18.3. Financing 15.18.4. Mobility Solutions 15.18.5. Others 15.19. Colombia Automotive Blockchain Market Forecast, by Type 15.19.1. Public Blockchain 15.19.2. Private Blockchain 15.19.3. Hybrid Blockchain 15.20. Colombia Automotive Blockchain Market Forecast, by Provider 15.20.1. Middleware Provider 15.20.2. Infrastructure and Protocols Provider 15.20.3. Application and Solution Provider 15.21. Rest of South America Automotive Blockchain Market Forecast, by Application 15.21.1. Smart Contracts 15.21.2. Supply Chain 15.21.3. Financing 15.21.4. Mobility Solutions 15.21.5. Others 15.22. Rest of South America Automotive Blockchain Market Forecast, by Type 15.22.1. Public Blockchain 15.22.2. Private Blockchain 15.22.3. Hybrid Blockchain 15.23. Rest of South America Automotive Blockchain Market Forecast, by Provider 15.23.1. Middleware Provider 15.23.2. Infrastructure and Protocols Provider 15.23.3. Application and Solution Provider 15.24. South America Automotive Blockchain Market Attractiveness Analysis 15.24.1. by Application 15.24.2. by Type 15.24.3. by Provider 15.25. PEST Analysis 15.26. Key Trends 15.27. Key Developments 16. Company Profiles 16.1. Market Share Analysis, by Company 16.2. Competition Matrix 16.2.1. Competitive Benchmarking of key players by price, presence, market share, Applications, and R&D investment 16.2.2. New Product Launches and Product Enhancements 16.2.3. Market Consolidation 16.2.3.1. M&A by Regions, Investment and Applications 16.2.3.2. M&A Key Players, Forward Integration and Backward Integration 16.3. Company Profiles: Key Players 16.3.1. IBM Corporation 16.3.1.1. Company Overview 16.3.1.2. Financial Overview 16.3.1.3. Product Portfolio 16.3.1.4. Business Strategy 16.3.1.5. Recent Developments 16.3.1.6. Development Footprint 16.3.2. Accenture PLC 16.3.3. Microsoft Corporation 16.3.4. Tech Mahindra Ltd. 16.3.5. Ripple Labs Inc. 16.3.6. XAIN AG 16.3.7. carVertical 16.3.8. ShiftMobility Inc. 16.3.9. Helbiz Mobility System PTE Ltd. 16.3.10. BigchainDB GmbH