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Table of Contents 1. EXECUTIVE SUMMARY AND CONCLUSIONS
1.1. Scope
1.2. Two types - different characteristics
1.3. Forecasts 2014-2025
1.4. Animal electronics: needs, market dynamics, types
1.4.1. Market opportunities and definitions
1.4.2. Main purposes of wearable electronics for animals
1.4.3. Purposes related to RFID and non-RFID explained
1.5. Business dynamics
1.5.1. Analysis of manufacturers
1.5.2. High valuations
1.5.3. Market maturity and business success
1.5.4. Will the big companies arrive?
1.6. Lessons from wearable electronics for humans
2. INTRODUCTION
2.1. Challenges and needs
2.2. Methods of traceability
2.2.1. RFID most widely used
2.2.2. Live animal
2.2.3. Food products
2.2.4. Up and coming technologies to monitor and identify food
2.3. Legislation driving animal, food and farming RFID
2.3.1. Indirect legal push
2.3.2. Legislation specifically calling for RFID
3. RFID TECHNOLOGY, STANDARDS, SUPPLIERS
3.1. Introduction: needs and successes
3.2. Definitions and choices
3.2.1. RFID frequencies
3.2.2. Active vs passive RFID
3.3. RFID technology for animals
3.4. Relevant RFID standards
3.4.1. Benefits of standardization
3.4.2. RFID standards for animal tagging
3.5. Animal RFID: 62 manufacturers profiled
4. OTHER ANIMAL WEARABLE ELECTRONICS
4.1. Two types of application with different characteristics
4.2. Adoption on cows
4.3. The Internet of Pigs is set to fly
4.4. More problems to tackle
4.5. Beyond RFID: examples of 62 products from 49 manufacturers
5. INSIGHTS FROM A VETERINARY SURGEON BY EMMA NAPIER BA MA VETMB (CANTAB)
5.1. Farm Animals
5.2. Horses
5.3. Dogs
5.4. Cats
5.5. Diabetes
6. RFID FOR ANIMALS
6.1. Examples of livestock tagging countries
6.1.1. Australia
6.1.2. Canada
6.1.3. Spain
6.1.4. USA - too little too late?
6.1.5. Brazil, Colombia, Mexico
6.1.6. Europe
6.2. Thirty five case studies of RFID for livestock in seventeen countries
6.2.1. Australian Sheep Industry and New South Wales DPI, sheep, Australia
6.2.2. Sheep processing plant, sheep, Australia
6.2.3. Santa Rita Experimental Farm cattle, Brazil
6.2.4. Agri-Traçabilité Québec (ATQ), sheep and cattle, Canada
6.2.5. Alberta Agriculture & Tyson Foods, tracking cattle, Canada
6.2.6. Fraser River Sturgeon Conservation Society, Canada
6.2.7. Ken Habermehl, cattle, Canada
6.2.8. Levinoff-Colbex, cattle and meat, Canada
6.2.9. University of Waterloo, cows, Canada
6.2.10. Fishing boats, China
6.2.11. Pandas, China
6.2.12. Shanghai Xinnong Feed, feed intake, China
6.2.13. Hangzhou City, livestock, China
6.2.14. Sichuan Chunyuan, pigs, China
6.2.15. Asocebú, cattle, Colombia
6.2.16. JRC livestock, Europe
6.2.17. LSCM, pigs, Hong Kong, China
6.2.18. Shenzhen Hong Kong Innovation Circle, live pigs, Hong Kong, China
6.2.19. Chitale Dairy, cows, water buffalo, India
6.2.20. Delhi, cow tagging, India
6.2.21. Iffco-Tokio General Insurance, cattle, India
6.2.22. Producer, pigs, Israel
6.2.23. NAIT, cattle, deer, New Zealand
6.2.24. Smørfjord, reindeer, Norway
6.2.25. Klein Karoo Co-operative, ostriches, South Africa
6.2.26. Fevex, cattle, Spain
6.2.27. The CoreRFID research RFID tag, Sweden
6.2.28. Taiwan Government, hogs, Taiwan
6.2.29. Thai Government, poultry, Thailand
6.2.30. DEFRA, sheep, animals, UK
6.2.31. Scotland, sheep, UK
6.2.32. B3R Country Meats, cattle, USA
6.2.33. Pacific States Marine Fisheries Commission, fish, USA
6.2.34. Smithfield Premium Genetics, pigs, USA
6.2.35. US Department of Agriculture, deer and elk tracking, USA
6.3. Technical trends
APPENDIX 1: TECHNOLOGIES, EPCGLOBAL, RADIO REGULATIONS
APPENDIX 2: GLOSSARY
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