Summary
Next-Gen Supply Chain market to hit the mark of $125B by 2030
Next-Generation Supply Chain Market (Future of Logistics) By Technology (Internet of Things, Artificial Intelligence, AR/VR, Blockchain, Robotics & Automation, 5G, Cloud Computing, Cyber Security, Digital Twin, Driverless Vehicles & Drones, Wearables & Mobile Devices, 3D Printing), By End-User Industry, and By Geography – Forecast to 2030
The lure of low-cost data storage and cloud computing has enabled organizations to capture and process large volumes of data in a short period of time in order to find valuable business insights and thus achieve end-to-end digitization of the supply chain. As a learning from COVID-19 pandemic, companies have started implementing technological changes in crucial logistics functions across various internal processes covering supply chain planning, procurement, sales & operational planning and customer services. Under "Strategy 2025" Deutsche Post DHL Group will be spending around EUR 2 billion on digitalization till 2025 and the digitalization investment is expected to lead to yearly benefits of at least EUR 1.5 billion by 2025.
Next Gen Supply Chain market is expected to reach USD 125 billion by 2030 driven by supply chain software, robotics & automation, autonomous vehicles and counterfeit goods tracing. Enablers of digital supply chain include Internet of Things (IoT), Artificial Intelligence (AI), 3D Printing, Cloud Computing, Big Data and Predictive Analytics, Robotics and Automation, Data Capture, Driverless Vehicles and Drones, Digital Twin, Blockchain, Augmented and Virtual Reality, Wearable & Mobile Devices and 5G connectivity.
Major drivers of a digital supply chain include demand for greater visibility and transparency in supply chain data process, faster adoption of internet of things (IoT), increasing investment in supply chain innovation, and huge demand from e-commerce. Companies have started to embrace the digital revolution and are beginning to see the full potential of Supply Chain 4.0 resulting in real-time product visibility, strategic sourcing and optimization, end-to-end visibility, inventory visibility and optimization, real-time manufacturing asset intelligence, micro fulfilment, efficient last mile delivery and dynamic demand & supply synchronization are some of the major benefits of a digital supply chain. The proliferation of technologies and opportunities around the digital supply chain really means companies need to look seriously at outsourcing these functions. This is going to be a major shift towards a new business models as supply chain as a service (SCaaS).
Rise of The Digital Supply Chain Market with IoT
Organizations are looking to leverage IoT in supply chain management by installing sensors and communication devices to achieve accurate asset tracking, improve inventory management, predictive maintenance, and establish demand driven supply chain network. Logistics companies have been using smart sensors to increase automated data collection and processing and GPS to improve visibility of shipments and improve fill-rate for quite some time now. If we take an example of Jabil then their Intelligent Digital Supply Chain (IDSC) solutions enable the best strategies, innovation, and design throughout the supply chain, delivering superior financial performance and customer experience which include Jabil InControl™, Procurement Solutions and Supply Chain solutions.
5G to Revolutionize NextGen Supply Chain Market
Widespread 5G rollout is expected to occur starting 2020, promising mobile networks with high data speeds, improved quality, and reduced latency. With growing number of smart devices being used in supply chain, there is a challenge to handle all on network which can be addressed by 5G to track the even smallest item, V2X communication and order fulfillment through Augmented Reality in warehouses. 5G is likely to enable massive amounts of data to be collected from remote and mobile sensors analyzed in real time to drive transportation management optimization and predictive analytics. Assuming that there will be at millions of mobile robots in more than 50K warehouses globally to pick, store, sort and transport the materials and everything will be connected through WMS/TMS. It makes really important to have a fast, stable and secure connection of 4G LTE or 5G. In June 2019, AT&T Business, Samsung Austin Semiconductor, and Samsung Electronics America unveiled the first manufacturing-focused 5G Innovation Zone in America which explores using 5G in combination with LTE and Wi-Fi to illustrate key use cases like Automated Guided Vehicles, Digital Twin etc.
Artificial Intelligence and Supply Chain 4.0 Market
AI in supply chain is being used to address key challenges such as constant change in process, shorter product lifecycle, and increased demand uncertainty by analyzing complex data and forecast future demand. AI is already being deployed in supply chain planning and optimization, including demand forecasting, inventory management, warehouse management, and fleet management. If supply chain has to be dynamic, responsive and interconnected to the ecosystem and processes the solutions like IBM® Sterling Supply Chain Suite gives you the end-to-end visibility, real-time insights and recommended actions to turn disruptions into opportunities for customer engagement, growth and profit.
The Age of Robotic (AGV, AMR, ASRS, Picking Robots) in Logistics 4.0 Market
The rise in e-commerce has led robots to enter warehouses, sorting centers, and are evening being deployed for micro-fulfillment and last-mile delivery. Autonomous mobile robots (AMRs) are now being used in entire logistics chain, from order intake to customer delivery resulting in faster order fulfillment, greater order accuracy, reduced damages and improved labor productivity. Robots are also being used by large retailers such as Amazon, JD and Walmart to pack and sort items for Warehouse Automation. Automated guided vehicles (AGV) are now being deployed in warehouses as autonomous forklifts, carts and pallet movers. Recent developments like Shopify acquiring 6 River Systems for $450m and Teradyne acquiring AutoGuide Mobile Robots & Mobile Industrial Robots (MiR) for $165m & $272M respectively are the outcomes behind this disruptive technology in the warehouses and logistics. Apart this, there have been some major M&A like KUKA (Midea Group) acquiring Swisslog, KION acquiring Dematic and Egemin, Toyota acquiring Vanderlande & Bastian Solutions, Hitachi acquiring JR Automation, Korber acquiring Cohesio Group and Murata Machinery acquiring AGVE AB as well.
Deploying Last-Mile Delivery Market (LMD) with Delivery Robots and Drones
Last-mile service has been identified as key differentiator amongst competitors, from renowned retailers to local businesses. Drones and unmanned ground vehicles (UGV) are showing up in last mile delivery. Amazon has been testing its Scout delivery robots to deliver packages and has planned to expand it on larger scale. FedEx collaborated with Pizza Hut to test FedEx’s SameDay Bot for pizza delivery. We can also see some similar trends related to delivery robots which are working towards last mile delivery issue and its solution. Driverless delivery start-up Nuro just got a $940 million in financing from Japan’s SoftBank Vision Fund and has partnered with Kroger to deliver the groceries and with Domino’s to deliver the pizzas. KiwiBot is providing similar services for the university campus. The University of California at Berkeley and the University of California, Los Angeles were two of the earliest colleges to welcome the food delivery robots, KiwiBot.
Drones as an enabler for Future of Logistics
Companies such as DHL and Amazon are testing drones for last mile delivery. DHL has already tested Parcelcopter, a Microdrones md4-1000 UAV to deliver a package. Boeing has come up with unmanned electric vertical-takeoff-and-landing cargo air vehicle (CAV) that could deliver up to 227 kg of cargo within a fifteen- to thirty-kilometer radius. In June 2019, Amazon has unveiled the latest version of its Prime Air delivery drone to deliver packages up to five pounds in 30 minutes. Drones are expected to have a major impact on supply chain not just for deliveries but warehouses too. In future drones could be the best way to track inventory anonymously and can even be used to move items quickly. Walmart has already tested warehouse drones to catalog and manage inventory. PINC started developing PINC Air indoor inventory technology in 2014 based on its outdoor technology used for tracking inventory in equipment and storage yards. Apart this, the DroneScan system provides two revolutionary solutions to scanning products and pallets in warehouses. Either the Hadeda system consisting of a Drone and Dronescan payload which reaches the high shelves and methodically moves down the aisles scanning pallet barcodes
The Micro-Fulfillment Market Shift
Micro-fulfillment brings a distribution center closer to the end-customer which allows businesses to operate via an online delivery model and reduce costs of last-mile delivery for retailers. Micro-fulfillment centers are small warehouses that utilize high-end automated systems, AI and analytics to deliver goods rapidly. Companies such as Takeoff Technologies and Fabric (Commonsense Robotics) are focused on automated micro-fulfillment centers by bringing automated storage system, floor-based free roaming robots, bin racking structure, and a lift/load handling device within the racking structure. Recently, Takeoff Technologies announced that it has placed a $150 million order with Knapp, would allow for a 50-site deployment of its robotic micro-pick centers. Even Dematic who is pioneer for warehouse automation solutions, is extending its solutions for Micro-Fulfillment with Dematic Multishuttle and Goods-to-Person picking solutions.
Blockchain for Digital Supply Chain Market
Blockchain in supply chain establishes provenance of products, authenticity and enhances traceability of the products by transferring information with multiple partners during manufacturing, assembly, and transportation in a trusted and automated way. Maersk and IBM are working on cross-border, cross-party transactions that use blockchain technology to help improve process efficiency. Maersk and IBM jointly developed TradeLens, a blockchain-enabled shipping solution smart contracts in order to enable digital collaboration across the multiple parties involved in international trade. Walmart started using Hyperledger Fabric blockchain-based food traceability system for authenticity and provenance.
Impact of 3D Printing on Digital Supply Chain 4.0 Market
With 3D printing technology being made more accessible, companies are starting to use 3D for on-demand manufacturing and streamline their supply chain. 3D printing allows local facilities to 3D print designs on-demand leading to significant transportation and logistics cost reduction. DHL has tested this future concept by 3D printing replicas of spare parts that the organization currently stores for automotive and technology customers. Similarly, Mercedes-Benz Trucks announced it will now allow customers to 3D print more than 30 different spare parts for cargo trucks in an effort to resolve backlogs in spare parts delivery.
Digital Twins to Optimize NextGen Supply Chain Market
Digital twin is another breakthrough technology that creates virtual models of product design, production, and IoT and allows companies to realize new design to have a proper supply china network. Digital twins provide greater insight into and visibility from a material surface to a critical infrastructure resulting in proactive decisions being made deployed in the field. Current use cases in logistics includes digital twins of packaging & container, shipment, warehouses and distribution centers, logistics infrastructure, and logistics networks. Recently, AspenTech and Hexagon PPM have partnered to enable Digital Twin Workflow Solution for EPC Firms. The partnership aims to help manufacturers in process industries better manage the financial risks of big, complex projects as EPC workflows have historically been document driven processes as they progress through the lifecycle, from conception to construction, and this can lead to inefficiencies, delays, lost documents, and miscommunication—especially when multiple external contractors or firms are involved.
Influx of Start-Ups in Supply Chain Management and Logistics 4.0 Market
Future supply chain needs to be both intelligent and customer-centric, combined with continuous improvement and an emphasis on innovation in order to deliver value to customers consistently. This has led to growing need for technology driven solutions in order to transform the logistics and supply chain market. Start-ups are taking advantage technologies that were earlier limited to large companies only to come up with innovative digital supply chain solutions in order to streamline business processes by targeting areas of need.
Key Players considered in this study
IBM, Oracle, Manhattan Associates, JDA Software, SAP, Infor, Epicor Software, Descartes Systems Group, WiseTech Global, Kinaxis, E2Open, Logility, Coupa, Basware, Jaggaer, GEP, BravoSolution, Zycus, PTC, High Jump, IFS, Cisco, Microsoft, Intel, Om Partners, H. Robinson, Dematic (KION), Swisslog (KUKA), SSI SCHAEFER, Daifuku, Murata Machinery,TGW Logistics Group, Yale Materials Handling Corporation, Zebra Technologies, Honeywell AIDC, Honeywell Intelligrated, Data Logic, DMLogic, Nulogy, SICK AG, ABB, Jabil, Siemens, Logistyx Technologies, Advantech iLogistics, PINC, UPS, Righthand Robotics, BluJay Solutions, Locus Systems, Brightpearl, Veridian, Avetta, AIMMS, One Network Enterprises, LEGACY Supply Chain Services, Apex Supply Chain Technologies, Kuebix, SEKO Logistics, Landstar, CSX, Arviem, Tapestry Solutions, FedEx Supply Chain, DHL Supply Chain, XPO Logistics, Ryder Supply Chain Solutions, NFI Logistics, XPO Logistics, GEODIS North America (OHL), Lineage Logistics, Kenco Logistic Services LLC (KLS), DSC Logistics, Cainiao Network (Alibaba), Amazon
Key Questions to be answered through this report
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• What are the major trends and drivers impacting the Next Gen Supply Chain Market in post-pandemic scenario?
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• What is the revenue outlook (TAM) and forecast till 2030 for Next Gen Supply Chain Market by key technologies and regions?
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• What are the key investments and M&A in Next Gen Supply Chain space?
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• Who are the major participants across Supply Chain & Logistics Ecosystem by key categories?
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• What are the strategic imperative and calls to action that will define growth and success within Digital Supply Chain for next 10 years?
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Table of Contents
Tables of Contents
1 Introduction 22
1.1 Next-Gen Supply Chain 22
1.2 Impact of Supply Chain Innovation 23
1.2.1 Upstream 23
1.2.2 Within the factory 23
1.2.3 Downstream 23
1.2.4 Across the end-to-end supply chain 23
1.2.5 What does this all mean? 24
1.3 Technological Stages 24
2 Drivers & Challenges 24
2.1 Drivers 24
2.1.1 Huge Demand from E-commerce 24
2.1.2 Labour Cost and Safety Concerns 27
2.1.3 Introduction of Artificial Intelligence & Blockchain in Supply Chain 28
2.1.3.1 Defining Core Supply Chain Functions and Blockchain 29
2.1.3.1.1 What Is the Supply Chain, and What Are Its Limitations? 29
2.1.3.1.2 What Is Blockchain and What Are Its Limitations? 30
2.1.3.1.3 How Blockchain Will Empower Supply Chain Management 31
2.1.3.1.4 Use Cases of Blockchain in the Supply Chain 31
2.1.3.1.4.1 Shipping and Logistics 31
2.1.3.1.4.2 Manufacturing 32
2.1.3.1.4.3 Aviation 32
2.1.3.1.4.4 Retail, Pharmaceuticals and Consumer Goods 33
2.1.4 Fast adoption of IoT, Data Analytics and Cloud Computing 35
2.1.5 Convergence of Augmented Reality and 5G connectivity with existing technologies 36
2.1.5.1 Augmented Reality (AR) 36
2.1.5.2 5G Technology 37
2.1.6 Increasing investment in Supply Chain Innovation 39
2.1.7 Real Time End-to-End Visibility and More Transparency 40
2.1.7.1 Key Benefits of Real-Time Supply Chain Visibility 41
2.1.8 Consumer Demand changing Supply Chain Management Process 42
2.2 Challenges 44
2.2.1 Shortage of Skilled Workforce 44
2.2.2 Set-up of High Expectation at customer end 46
2.2.3 Government Policy and Regulations 49
2.2.3.1 US-China Trade War 50
2.2.3.2 Regulation on Delivery Robots and Drones 50
2.2.4 Cyber Risk 51
2.2.4.1 Cyber Security for an organization in Supply Chain 51
2.2.4.2 Compliance Requirements for Cyber Security in Supply Chain 51
2.2.4.3 Recommendation 52
2.2.5 Demand for more customized or personalized products and services 53
2.2.5.1 Importance of Personalization 53
2.2.5.2 Impact on Supply Chain 53
2.2.5.3 More complex environment to automate the process 54
2.2.5.4 Combination of Software and Hardware 54
2.2.6 Omni channel logistics & fulfilment 54
2.2.6.1 Omnichannel Experience and Expectation 55
2.2.6.2 Warehouse Transformation for Omnichannel Fulfillment 56
3 Next-Gen Supply Chain Market Share by Technology (USD Million) 58
3.1 Cloud Computing and Storage 58
3.1.1 Advancement in Analytics Capabilities 58
3.1.1.1 Integration of Multiple Platforms 59
3.1.1.2 Removal of Geographic and Political Boundaries 59
3.1.1.3 Enhanced Security Measures 59
3.1.1.4 Increased IT Capabilities 59
3.1.1.5 Adjusting to Market Volatility 59
3.1.1.6 Increased Scalability Abilities 59
3.1.1.7 Reduced Costs 59
3.1.1.8 Data Analysis Grew Exponentially, Providing More End-to-End Visibility and Continuous Improvement. 60
3.2 Robotics and Automation 60
3.2.1 Future of Automation: Autonomous Mobile Robots (AMRs) 61
3.2.2 Micro-Fulfilment: New Concept for Urban Warehouses 62
3.3 Predictive Analytics 62
3.4 Wearable and Mobile Technology 63
3.4.1 What’s Happening with Wearable Technology in the Supply Chain? 63
3.4.2 How Do Wearables Improve the Supply Chain? 63
3.4.2.1 Speed and Accuracy 64
3.4.2.2 Identification of Inefficiencies 64
3.4.2.3 Improved Safety and Quality 64
3.4.2.4 Final Thoughts on Wearable Technology in the Supply Chain 65
3.4.2.5 Bluetooth based wearables are increasingly in use 65
3.4.2.6 Customers require more and more Omnichannel Logistics Solutions 65
3.5 3D Printing 66
3.5.1 Introduction 66
3.5.2 The economics of 3D printing 66
3.6 Driverless Vehicles and Drones 67
3.6.1 Autonomous Freight Network (AFN) 67
3.6.2 Drones Adoption in Supply Chain & Logistics 69
3.7 Digital Twin 70
3.7.1 Complexity and Challenges: 71
3.7.2 Warehouse and Logistics Infrastructure 71
3.8 Cyber Security 72
3.8.1 Cyber Security Frameworks 73
3.8.2 Supply Chain Cyber Security Solution 73
3.9 Internet of things (IoT) 74
3.9.1 How IoT can reshape the entire supply chain potential 74
3.9.1.1 Warehouse monitoring 74
3.9.1.2 Anticipate when the parcel will arrive to warehouse or certain location 74
3.9.1.3 Location-tracking in real time 75
3.9.1.4 Upgrade contingency planning 75
3.9.2 Challenges for IoT adoption in Supply Chain 75
3.9.2.1 Lack of Capable Team 75
3.9.2.2 Security Threats 75
3.9.2.3 Issues with Data Storage 76
3.9.2.4 Connectivity Problems 76
3.9.3 IoT Applications in Supply Chain & Logistics 76
3.10 Blockchain 77
3.10.1 COVID-19: Opportunity for Blockchain Integration 78
3.10.2 Trust and transparency in supply chain 80
3.11 Augmented and Virtual Reality (AR/VR) 80
3.11.1 Usage and Application in Supply Chain & Logistics 81
3.11.1.1 Warehousing Operations 81
3.11.1.2 Transportation Optimization 82
3.11.1.3 Navigation 82
3.11.1.4 Assembly and Repair 82
3.11.2 Integration with advanced technologies (HoloLens as an example) 82
3.11.2.1 Supply Chain Software 82
3.11.2.2 Picking 83
3.11.2.3 Collaborative Robotics 83
3.12 Artificial Intelligence (Natural Language Processing, Machine Learning, Deep Learning) 83
3.12.1 How can AI be applied in supply chain? 86
3.12.1.1 More supply chain transparency is needed 86
3.12.2 Focus and supply chain management disciplines evolves over time 86
3.12.3 Physical and information flows are enabled by AI 87
3.12.4 Adopting AI is challenging 90
3.12.5 Security Risks and Other Caveats 91
3.13 5G Connectivity 91
3.13.1 Logistics 93
3.13.2 Detailed product monitoring 93
3.13.3 Inventory management 93
3.13.4 Warehouse management 94
3.13.5 Automatization and IoT 94
3.13.6 Real-time data sharing 94
4 Next-Gen Supply Chain Market Share by Function (USD Million) 95
4.1 Design for Supply Chain 95
4.1.1 Common Strategies of Design for Supply Chain 95
4.1.2 Supply Chain Maturity Curve 95
4.2 Planning and Inventory Management 97
4.2.1 Right Inventory Technology 97
4.2.2 Risk Analysis – Prevention & Mitigation 97
4.2.2.1 Risk Evaluation 98
4.2.2.2 AGCO: COVID-19 Risk Analysis 98
4.3 Supplier Partnership (Vendors’ Performance & Procurement Spend Analytics) 99
4.4 Operational Efficiency (Demand Analysis & Forecasting) 99
4.4.1 Forecasting Methods that Improve Supply Chain Performance 99
4.4.2 Major Forecasting Demand Planning Software: 100
4.5 Logistics Management 100
4.5.1 New entrants to the industry 102
4.5.1.1 Start-ups drive new business models 102
4.5.1.2 New players are increasingly entering the market 103
4.6 S&OP – Technology Enablement 103
5 Next-Gen Supply Chain Market Share by Services 105
5.1 Managed Services 105
5.2 Professional Services 106
5.2.1 Major Services 106
5.2.2 Key Responsibilities 106
6 Next-Gen Supply Chain Market in End-User Industry 107
6.1 Automotive 107
6.1.1 Challenges faced by Automotive Supply Chain 108
6.1.1.1 Poor Visibility and Routing of Parts Results in Delays to Automobile Manufacturing 108
6.1.1.2 Impact of External Factors Significantly Disrupts the Automotive Supply Chain 108
6.1.1.3 Lack of Visibility and High Fixed and Variable Costs Impacts Profitability for Automotive Manufacturers 108
6.1.1.4 Poor Quality Manufacturing Leads to Failure and Product Recalls 109
6.1.2 Solutions recommended for current challenges 109
6.1.2.1 Optimize Automotive Parts Visibility, Inventory Management and Routing Through the Supply Chain 109
6.1.2.2 Introduce Effective Risk Management for the Most Likely and Impactful Potential Issues 109
6.1.2.3 Insist on Deep Visibility and Accurate Cost Controls Throughout the Automotive Supply Chain 109
6.1.2.4 Introduce Stringent Quality Reporting and Visibility for Automobile Suppliers and Manufacturers 109
6.1.3 Other risks in Automotive Supply Chain 110
6.2 Manufacturing 110
6.2.1 Digital Manufacturing as New Enabler 110
6.2.2 Integrated Supply Chain Software: IBM Sterling Supply Chain Suite 110
6.3 Retail & E-commerce 111
6.3.1 Ecommerce and Retail Market Trends 111
6.3.2 Automation and Technologies adopted 111
6.4 Healthcare & Pharmaceuticals 112
6.4.1 Efficiency and Effectiveness for Digital Supply Chain 112
6.4.2 Disruption through emerging technologies 113
6.5 Consumer-Packaged Goods 114
6.5.1 End-to-End visibility with huge data to analyse 115
6.5.2 Optimization across the value chain at the same time (Concurrent Process) 115
6.5.3 Autonomous Logistics and Supply Chain 116
6.6 Food & Beverages 116
6.6.1 Drivers & Challenges 116
6.6.2 F&B Industry Trends 117
6.6.3 Blockchain and AI in Food Supply Chain 117
6.7 3PL 118
6.7.1 Growth and Trends in 3PL Sector 119
6.7.2 Emerging technologies in 3PL 120
6.8 Others 121
6.8.1 O&G sector 121
6.8.2 Energy & Power 121
6.8.3 Aviation 121
6.8.4 Agriculture 122
7 Next-Gen Supply Chain Market Share by Region (USD Million) 123
7.1 North America 123
7.1.1 U.S. 123
7.1.2 Canada 124
7.2 Europe 125
7.2.1 United Kingdom 125
7.2.2 Germany 126
7.2.3 France 127
7.2.4 Italy 128
7.2.5 Spain 129
7.2.6 Russia 130
7.2.7 Netherlands 131
7.2.8 Sweden 132
7.2.9 Denmark 133
7.2.10 Finland 134
7.2.11 Norway 135
7.3 Asia Pacific 136
7.3.1 China 136
7.3.2 Japan 137
7.3.3 South Korea 138
7.3.4 Australia 139
7.3.5 India 140
7.3.6 Indonesia 141
7.3.7 Thailand 142
7.3.8 Malaysia 143
7.3.9 Singapore 144
7.3.10 Vietnam 145
7.3.11 Philippines 146
7.4 Middle East & Africa 147
7.4.1 United Arab Emirates 147
7.4.2 Saudi Arabia 148
7.4.3 Kuwait 149
7.4.4 Turkey 150
7.4.5 Israel 151
7.4.6 South Africa 152
7.5 Latin America 153
7.5.1 Mexico 153
7.5.2 Brazil 154
7.5.3 Chile 155
7.5.4 Peru 156
8 Competitive landscape 157
8.1 Key Players 157
8.1.1 Warehouse Management System (WMS) 157
8.1.2 Transportation Management System (TMS) 158
8.1.3 Material Handling System 160
8.1.4 Automated Guided Vehicles (AGV) & Automated Mobile Robots (AMR) 163
8.1.5 Automatic Identification & Data Capture (AIDC) 165
8.1.6 Last Mile Delivery 166
8.1.7 Piece Picking Robots 168
8.1.8 Autonomy Service Providers (ASP) 169
8.1.9 Warehouse Drones 170
8.1.10 Artificial Intelligence (AI) 171
8.1.11 IoT Analytics 173
8.1.12 Blockchain 174
8.1.13 5G Technology 176
8.1.14 Self-Driving Vehicles (Autonomous Vehicles) 177
8.1.15 Micro-Fulfillment 179
8.1.16 Third-Party Logistics (3PL) 181
9 Company Profiles 183
9.1 Warehouse Equipment and Solution Providers 183
9.1.1 Dematic (KION) 183
9.1.2 SSI-Schaefer 188
9.1.3 Vanderlande (TICO) 193
9.1.4 Swisslog (KUKA) 197
9.1.5 Knapp 199
9.1.6 Daifuku 203
9.1.7 Murata Machinery Ltd. 208
9.1.8 Knapp 211
9.1.9 Elettric 80 215
9.1.10 Beumer Group 216
9.1.11 Witron Logistik + Informatik 219
9.1.12 TGW Logistics 224
9.1.13 Grenzebach Maschinenbau GmbH 227
9.1.14 FIVES Group 229
9.1.15 Honeywell Intelligrated 231
9.1.16 Bastian Solutions (TICO) 236
9.1.17 Material Handling System (MHS) 244
9.1.18 Jungheinrich AG 245
9.1.19 LODIGE Industries 246
9.1.20 ViaStore Systems 247
9.1.21 Interlake Macalux 248
9.1.22 Kardex 249
9.1.23 AutoStore 250
9.1.24 DMW&H 251
9.1.25 Westfalia 252
9.1.26 GUOZI 253
9.1.27 SIASUN 254
9.1.28 JATEN 255
9.2 AGV & AMR providers 256
9.2.1 Geek+ 256
9.2.2 Quicktron (Flashhold) 257
9.2.3 ForwardX Robotics 258
9.2.4 GreyOrange 259
9.2.5 HikRobot 260
9.2.6 Mobile Industrial Robots (MiR) 261
9.2.7 InVia Robotics 262
9.2.8 6 River Systems (Shopify) 263
9.2.9 Fetch Robotics 264
9.2.10 IAM Robotics 265
9.2.11 Locus Robotics 266
9.2.12 Vecna Robotics 267
9.2.13 Waypoint Robotics 268
9.2.14 Tompkins Robotics 269
9.2.15 Scallog 270
9.2.16 OTTO Motors (Clearpath Robotics) 271
9.2.17 GIDEON Brothers 272
9.2.18 Magazino 273
9.2.19 NextShift Robotics 274
9.2.20 AutoGuide Mobile Robots (Teradyne) 275
9.2.21 EiraTech Robotics 276
9.2.22 Aethon (ST Engineering) 277
9.2.23 BLEUM 278
9.2.24 HAI Robotics 279
9.2.25 Bionic HIVE 280
9.2.26 Oppent 281
9.2.27 PAL Robotics 282
9.2.28 Matthews Automation Solutions 283
9.2.29 CAJA Robotics 284
9.2.30 Omron (Adept Technology) 285
9.2.31 Guidance Automation (Matthews International) 286
9.2.32 Syrius 287
9.2.33 SMP Robotics 288
9.2.34 MALU Innovation 289
9.2.35 EuroTec (Lowpad) 290
9.2.36 DS Automation 291
9.2.37 ROCLA 292
9.2.38 NeoBotix 293
9.2.39 John Bean Technologies (JBT Corporation) 294
9.2.40 Transbotics (Scott Group) 295
9.2.41 CSG Huaxiao 296
9.2.42 EK Automation 297
9.2.43 OCEANEERING 298
9.2.44 Wellwit Robotics 299
9.2.45 Logistic-Jet 300
9.3 Piece Picking Robots 301
9.3.1 Berkshire Grey 301
9.3.2 Righthand Robotics 302
9.3.3 KINDRED 303
9.3.4 OSARO 304
9.3.5 Plus One Robotics 305
9.4 Warehouse Management System Providers 306
9.4.1 JDA 306
9.4.2 Infor 308
9.4.3 Oracle 309
9.4.4 SAP 311
9.4.5 Manhattan Associates 313
9.4.6 HighJump 315
9.5 Automatic Identification and Capture 316
9.5.1 Zebra Technologies 316
9.5.2 Honeywell 318
9.5.3 Data Logic 320
9.5.4 SATO 322
9.5.5 SICK 323
9.6 Autonomy Service Providers (ASP) 327
9.6.1 SEEGRID 327
9.6.2 BALYO 328
9.6.3 Brain Corporation 329
9.6.4 Bluebotics 330
9.6.5 KOLLMORGEN 331
9.6.6 Autonomous Solutions, Inc. (ASI) 332
9.6.7 MOVEL AI 333
9.6.8 MOV AI 334
9.6.9 FREEDOM ROBOTICS 335
9.6.10 ROBOMINDS 336
9.6.11 PERCEPTIN 337
9.7 Warehouse Drones 338
9.7.1 UVL ROBOTICS 338
9.7.2 Eyesee (HARDIS Group) 339
9.7.3 AIRMAP 340
9.8 Delivery Robots 341
9.8.1 Starship 341
9.8.2 NURO AI 342
9.8.3 Tele Retail 343
9.8.4 Kiwibot 344
9.8.5 Robby Technologies 345
10 Appendix 346
10.1 Global Heavy-Truck Shipments 346
10.2 Global Autonomous Truck Shipments 347
10.3 Global Losses due to Counterfeit Products 348
10.4 Global cost savings from adoption of next-generation technologies 349
10.5 Logistics contribution to GDP 350
10.6 Road Transport contribution to GDP 352
10.7 Warehousing as % of GDP 354
List of Exhibits:
EXHIBIT 1: eCommerce is continuting to grow at rapid pace and disrupting traditional retail
EXHIBIT 2: Picking and Packing rates are the difference between less and more efficient companies
EXHIBIT 3:Estimated Hourly Labour Costs, In Euros - 2019 (Europe)
EXHIBIT 4:Use-cases of blockchain in supply chain
EXHIBIT 5:Blockchain + IoT addresses critical pain points
EXHIBIT 6:Benefit of Blockchain can be realized through optimizing several functions
EXHIBIT 7:Blockchain in Track and Trace solutions in Pharma
EXHIBIT 8:Augmented Reality & ROI Importance
EXHIBIT 9: Supply Chain & Logistics Technological Investment
EXHIBIT 10: Real Time Supply Chain Management
EXHIBIT 11: Annual Change in Online Spend: Thanksgiving and Black Friday (YoY Change: 2019 vs 2018)
EXHIBIT 12: Online Sales on Biggest Shopping Days (2017, 2018 & 2019)
EXHIBIT 13: Salary by Years of Experience in Logistics and Supply Chain
EXHIBIT 14: Salary by Job Function in Logistics
EXHIBIT 15: How Shoppers want to return online purchases
EXHIBIT 16: Performance of E-commerce Marketing Initatives
EXHIBIT 17: Top Events to Impact Supply Chain (2013-18); Similar to what COVID-19 is in 2020
EXHIBIT 18: Importance Of Online Shopping Personalization By Channel
EXHIBIT 19: Traditional commerce vs Omnichannel commerce
EXHIBIT 20: Challenges in Omnichannel Logistics
EXHIBIT 21:Cloud computing will be driven by adoption of more decentralised computing and storage required by increasingly decentralised requirements of next-generation of supply chains
EXHIBIT 22:Mobile Robots (AGV and AMRs) will be the biggest driver of automation in the forecast period (USD Million)
EXHIBIT 23:We expect almost a quarter of the robots to be AI-powered
EXHIBIT 24:Wearable solutions have the potential to be a $4B market by 2030, and improve the efficiency of overall supply chain (Values in USD million)
EXHIBIT 25: Truck Driver Shortage (2011-2028)
EXHIBIT 26:Autonomous Truck shipments globally will reach 1 million units per year by 2030 (Shipments in thousand units)
EXHIBIT 27:Resulting in total economic benefits in excess of USD 40billion per year by 2030
EXHIBIT 28:Driven by different enabling technologies such as AI, IoT and 5G (Values in USD billion)
EXHIBIT 29: Digital Supply Chain Twin Model
EXHIBIT 30: Major Cyber Attack in 2019
EXHIBIT 31: Cellular IoT Connection
EXHIBIT 32:IoT Market in Supply Chain is set to reach c$18B by 2030
EXHIBIT 33: Blockchain will create $176B in Business Value by 2025 and $3.1T by 2030
EXHIBIT 34:Cost of counterfeit products and thefts be in excess of $400B by 2030 globally
EXHIBIT 35:Adoption of blockchain can lead to reduction in c5% of global counterfeit product reduction by 2030, resulting in savings of $26B
EXHIBIT 36: Challenges to integrate AR/VR in Supply Chain & Logistics
EXHIBIT 37:AR/VR will be an important enabling technology in the warehouse, but adoption to remain slow due to cost competitiveness of traditional AIDC technologies and lower dependence on human workers in the future
EXHIBIT 38: Key elements of AI
EXHIBIT 39: The evolution of supply chain management disciplines (adopted from Hokey, 2015)
EXHIBIT 40: End-to-end supply chain management activities with the potential AI Tools
EXHIBIT 41: Advantages of AI in supply chain management
EXHIBIT 43:AI’s biggest use case is Autonomous Driving and Autonomous Mobile Robots, both of which need AI to function
EXHIBIT 44: Global mobile data traffic (EB per month)
EXHIBIT 45:We estimate that 5G technology will be an important enabler of next generation supply chain, contributing more than $5B in value to the market by 2030
EXHIBIT 46: Collaboration & Partnership in Supply Chain Design
EXHIBIT 47:Supply Chain Maturity Curve
EXHIBIT 48:Applications are enabled by Supply Chain Software, the market for which is expected to reach $33B by 2025
EXHIBIT 49:Evaluate Value Chain Nodes to idnetify key risks
EXHIBIT 50:Artificial Intelligence for Demand Forecasting – Lennox Case Study
EXHIBIT 51:Technologies Impacting Logistics Management
EXHIBIT 52:Supply Chain and Complexity
EXHIBIT 53: OEM Supplier Characterisitics
EXHIBIT 54:Automation Impact by core merchandising activity
EXHIBIT 56:Impact of IoT on CPG Value Chain
EXHIBIT 57:Traceability through Blockchain
EXHIBIT 58:Global Logistics Costs & 3PL Revenues (USD Billion) – 2010 to 2022E
EXHIBIT 59:United States Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 60: Canada Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 61: United Kingdom Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 62: Germany Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 63: France Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 64: Italy Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 65: Spain Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 66: Russia Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 67: Netherlands Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 68: Sweden Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 69: Denmark Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 70: Finland Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 71: Norway Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 72: China Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 73: Japan Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 74: South Korea Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 75: Australia Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 76: India Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 77: Indonesia Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 78: Thailand Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 79: Malaysia Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 80: Singapore Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 81: Vietnam Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 82: Philippines Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 83: UAE Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 84: Saudi Arabia Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 85: Kuwait Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 86: Turkey Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 87: Israel Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 88: South Africa Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 89: Mexico Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 90: Brazil Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 91: Chile Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 92: Peru Logistics, Warehousing and Autonomous Trucks TAM (USD Billion)
EXHIBIT 93:Warehouse Management System Key Players
EXHIBIT 94:Transportation Management System Key Players
EXHIBIT 95:Material Handling System Key Players
EXHIBIT 96:AGV/AMR Key Players
EXHIBIT 97: Automatic Identification & Data Capture Key Players
EXHIBIT 98:Last Mile Delivery Key Players
EXHIBIT 99: Piece Picking Robots Key Players
EXHIBIT 100:Autonomy Service Provider Key Players
EXHIBIT 101:Warehouse Drones Key Players
EXHIBIT 102:Artificial Intelligence Key Players
EXHIBIT 103:IoT Analytics Key Players
EXHIBIT 104:Blockchain Key Players
EXHIBIT 105:5G Technology Key Players
EXHIBIT 106:Self-Driving Vehicles / Autonomous Vehicles Key Players
EXHIBIT 107:Micro-Fulfillment Key Players
EXHIBIT 108: Third Party Logistics (3PL) Key Players
EXHIBIT 109:Global Truck Shipments Forecast: 2021 to 2030
EXHIBIT 110: Global Autonomous Truck Shipments Forecast: 2021 to 2030
EXHIBIT 111:Losses due to counterfeit products and other thefts : 2021 to 2030
EXHIBIT 112: Savings resulting from adoption of Blockchain and other technologies: 2021 to 2030
EXHIBIT 113:Logistics contribution to GDP : 2011 to 2020
EXHIBIT 114:Logistics contribution to GDP : 2021 to 2030
EXHIBIT 115: Road Transport contribution to GDP : 2011 to 2020
EXHIBIT 116: Road Transport contribution to GDP : 2021 to 2030
EXHIBIT 117:Warehousing contribution to GDP : 2011 to 2020
EXHIBIT 118: Warehousing contribution to GDP : 2021 to 2030