Technologies Enabling Food Safety

1. Executive Summary
1.1 Research Scope

2. Key Findings
2.1 Interconnected Value Chain Networks Establish the Need for Continued Tracking and Detection of Food Quality
2.2 Successful Technology Deployment Requires Collaborative Efforts from Stakeholders Across the Value Chain Networks

3. Artificial Intelligence
3.1 Artificial Intelligence Technology Likely to Dominate the Future of Food Trade
3.2 AI will Enable Accurate Predictions on Food Quality
3.3 Rising Adoption of AI Noted in the Food Services Sector
3.4 Innovators Involved in Information Technology and Retail are Leading AI Adoption
3.5 AI has a key Role to Play in the Future of Food Production

4. Blockchain
4.1 Blockchain Helps Maintain a Trace of all Ingredients Used in a Food Item
4.2 Innovators Involved in Information Technology and Retail are Leading in Blockchain Adoption
4.3 The United States and China are Leading in Blockchain Adoption
4.4 Transparency in Supply Chains will Benefit all the Stakeholders In the Food and Agriculture Industry

5. Gene Editing
5.1 Gene Editing Technologies Poised to Address Global Food Needs
5.2 China Leads the Global IP Landscape for Food Gene Editing Applications
5.3 Analysis of Innovator Profiles
5.4 The Future of Gene Edited Foods

6. Point-of-care Devices
6.1 Point-of-care detection Devices Addressing Food Safety Issues in Public Health
6.2 PoC Food Safety Devices Used across the Food Value Chain
6.3 Key Players in PoC Detection Devices for Food Safety
6.4 Government and Venture Funding Fuelling Innovations in this Space
6.5 Future Prospects and Growth Opportunities

7. Intelligent Packaging
7.1 Key Focus is Towards Offering Interactive Packaging for End-consumers
7.2 Technology Development and Adoption is Rising Across Geographies
7.3 Focus is on Enhancing Customer Experience when Using Packaged Food Products
7.4 Developing Materials that can Easily Facilitate Integration of Advanced Electronics to Packaging is Required

8. Advanced Encapsulation
8.1 Key Trends Indicate a Focus on Optimizing Delivery of Ingredients Using Controlled Release Mechanisms
8.2 Consumers Prefer Technologies that Allow Easy Handling
8.3 Industrial Focus is on Enhancing the Ability of Encapsulation to Release Contents at Controlled Rate
8.4 Research Focus is on Incorporating Nanotechnology in Encapsulation

9. Biosensors
9.1 Key focus is on Quick Detection of Microbial Contaminants
9.2 Development of Biosensors to Detect Contaminants across Food Production and Consumption Lifecycle
9.3 Industrial Focus of Biosensors is an End To End Application across the Supply Chain
9.4 Biosensors that can Detect Multiple Contaminants and can be Integrated with existing technologies are the key to future of sensing

10. Printed Electronics
10.1 Printed Electronics is a Key Enabler for Integrating Smart Labels and Tags into Food Packaging
10.2 Cost of Implementation is a Major Challenge Hindering Wide-scale Adoption of Smart Labels for Food Safety Solutions
10.3 Key Advancements in Printed Electronics for the Food Safety Industry
10.4 Key Innovators and Innovation Profiles

11. Synthetic Biology
11.1 Integration of Genetics, Biology, and Engineering Develops Sustainable Food Products with Enhanced Food Safety
11.2 USA Leads in the Number of Patents Filed and More Funding is Available for the Development of Sustainable Food Safety Solutions in North America
11.3 Industrial Focus is on Enhancing Crop Health and Food Safety Through Cost-effective Solutions
11.4 Future Techniques Enhancing Sustainability also Eliminates Petroleum Products thereby Enhancing Food Safety

12. Thermosonication
12.1 Thermosonication Improves Food Quality with Less Energy Consumption as Against Conventional Preservation Techniques
12.2 Preservation of Juices and Dairy Products are the Main Application Areas
12.3 Retention of Bioactive Components and Preserving Colour Quality are the Key R&D Focus Areas
12.4 Increased Consumer Demands for Nutritional Foods will Drive Adoption Potential
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