Overview
Modern farming operations manage large geographic areas, mobile equipment fleets, livestock populations, and complex supply chains connecting fields to food processors and distributors. Agricultural operations often struggle with limited asset visibility, livestock identification challenges, environmental variability, and inefficient manual recordkeeping. Tracking crop conditions, animal health, and equipment utilization across dispersed farmland requires reliable automated monitoring systems.
BLE, RFID, IoT, and M2M technologies enable farms to implement automated livestock identification, environmental sensing, and real-time equipment tracking across barns, fields, and storage facilities. These technologies support precision agriculture strategies by capturing operational data related to soil conditions, crop growth, equipment movement, and livestock health.
GAO RFID Inc. products and integrated systems have addressed many of these operational challenges within the Farming industry by enabling scalable wireless monitoring infrastructure that supports agricultural productivity and traceability.
Speak or Attend a Session Related to Farming Industries at TekSummit
GAO BLE, RFID & IoT Hardware Products are Widely Deployed in Farming Industries
BLE
RFID Tags
Gen 2 UHF 902-928 Mhz RFID Tags
IoT & M2M
GAO’s BLE, RFID & IoT Solutions are Widely Deployed in Farming Industries:
Livestock & Farm Asset Management
Sub-Groups:
- Livestock Monitoring
- Aquaculture
Farm Equipment & Machinery Tracking
Sub-Groups:
- Machinery Tracking
- Rental Equipment
Agricultural Supply Chain
Sub-Groups:
- Processing & Food Chain
- Distribution
Workforce & Field Operations
Sub-Groups:
- Field Worker Tracking
- Farm Staff Monitoring
Storage & Inventory Management
Sub-Groups:
- Farm Inventory
- Storage Facilities
Farm Security & Access
Sub-Groups:
- Access Control
- Vehicle & Entry Control
GAO RFID Case Studies of BLE, RFID, and IoT & M2M Hardware Products in Farming Industries
United States Implementation Cases in Farming
Livestock Identification System Deployment in Amarillo, Texas
Problem
Large cattle operations near Amarillo required accurate livestock identification to track breeding cycles, health records, and animal movement across extensive grazing areas. Manual tagging methods created inconsistent recordkeeping and delayed health monitoring.
Solution
RFID livestock tags were deployed across cattle herds while long range readers installed near feeding stations and entry gates captured identification data. IoT gateways transmitted livestock data to centralized farm management software.
Result
Livestock identification accuracy improved to approximately 98 percent while recordkeeping time decreased by 35 percent.
Lesson
Reader placement near feeding stations proved more reliable than wide pasture scanning due to signal range limitations.
Precision Irrigation Monitoring Deployment in Fresno, California
Problem
Crop irrigation schedules relied on manual soil inspection methods that resulted in uneven water distribution across large farmland areas.
Solution
IoT soil moisture sensors and environmental monitoring nodes were installed across irrigation zones. Gateways transmitted real time soil data to farm control dashboards used by agronomists.
Result
Water usage decreased by roughly 22 percent while crop yield stability improved.
Lesson
Sensor density must be carefully planned because soil conditions vary significantly across short distances.
Farm Equipment Tracking Deployment in Des Moines, Iowa
Problem
Agricultural machinery such as tractors, sprayers, and harvesting equipment frequently moved between distant fields, causing delays locating equipment during peak harvest periods.
Solution
Active RFID tags were attached to equipment assets while gateway readers were installed at farm entry points and maintenance facilities.
Result
Equipment retrieval time decreased by 40 percent during harvest operations.
Lesson
Battery monitoring schedules were necessary for active tracking tags.
Grain Storage Monitoring Deployment in Wichita, Kansas
Problem
Grain storage facilities experienced inconsistent environmental monitoring which increased the risk of moisture related spoilage.
Solution
IoT sensors measured humidity and temperature inside storage silos while gateways transmitted data to monitoring systems.
Result
Grain spoilage incidents declined by approximately 18 percent.
Lesson
Dust accumulation in storage silos required protective sensor housings.
Agricultural Supply Chain Tracking in Omaha, Nebraska
Problem
Agricultural shipments moving from farms to processing facilities lacked visibility across transportation stages.
Solution
RFID shipment tags were applied to agricultural containers while readers at loading points captured shipment data.
Result
Shipment traceability improved and lost container incidents decreased by 29 percent.
Lesson
Outdoor reader infrastructure required weather resistant mounting systems.
Dairy Farm Livestock Monitoring in Madison, Wisconsin
Problem
Large dairy farms struggled to monitor cow movement between milking areas, feeding zones, and resting areas.
Solution
RFID ear tags and BLE sensors tracked livestock movement across barn areas while gateways captured identification signals.
Result
Livestock activity monitoring improved and herd management efficiency increased by 24 percent.
Lesson
Metal barn structures required antenna placement optimization.
Produce Harvest Logistics Tracking in Salinas, California
Problem
Harvested produce containers were frequently misplaced across large farm staging areas before shipment.
Solution
RFID tags were attached to produce containers and tracked using mobile handheld readers and gateway stations.
Result
Container search time decreased by 46 percent.
Lesson
Worker training was required to maintain consistent tag placement on containers.
Agricultural Worker Safety Monitoring in Yakima, Washington
Problem
Large orchards lacked reliable systems for monitoring worker safety across remote field areas.
Solution
BLE wearable devices transmitted location signals to field gateways and monitoring dashboards.
Result
Emergency response time improved by roughly 33 percent.
Lesson
Battery charging logistics needed planning due to long work shifts.
Canadian Implementation Cases for GAO RFID Inc. in Farming
Livestock Monitoring Deployment in Calgary, Alberta
Problem
Ranching operations outside Calgary required automated systems to monitor livestock movement and prevent herd loss across large grazing areas.
Solution
RFID livestock identification tags and gateway readers were deployed at watering stations and ranch entry gates.
Result
Herd tracking accuracy improved significantly while livestock loss incidents declined by 21 percent.
Lesson
Reader coverage strategy focused on predictable livestock movement locations.
Greenhouse Environmental Monitoring in Leamington, Ontario
Problem
Large greenhouse vegetable farms required precise environmental monitoring to maintain crop quality.
Solution
IoT sensors monitored humidity, temperature, and light exposure across greenhouse sections while gateways transmitted telemetry data.
Result
Crop yield consistency improved and environmental control response time decreased by 30 percent.
Lesson
High humidity environments required corrosion resistant sensor enclosures.
Agricultural Logistics Tracking Deployment in Saskatoon, Saskatchewan
Problem
Grain transport containers moving between farms and processing facilities lacked tracking visibility during staging and transportation.
Solution
Active RFID shipment tags were attached to transport containers and detected by gateway readers at loading facilities.
Result
Shipment tracking visibility increased and lost container incidents dropped by 27 percent.
Lesson
Cold winter conditions required battery performance monitoring.
Join TekSummit: A Highly Impactful Global Virtual Conference with Sessions Dedicated to Farming Industries
TekSummit is a global virtual conference highlighting the latest advancements in BLE, RFID, IoT, AI, Cloud, T&M, and their applications. We have many sessions dedicated to or related to the Farming Industries.
Speaking at TekSummit is by invitation only, based on the analysis of our research team and recommendations by industry experts. If you have received an invitation and you are interested in presenting, please email us an abstract of your presentation on a topic of your choice.
However, if you do not have an invitation, please feel free to email us your proposal on the topic of your expertise to the TekSummit Review Committee.
Everyone is welcome to attend TekSummit free of charge, including technical and management professionals, as well as students.
Our products and systems have been developed and deployed for a wide range of industrial applications. They are available off-the-shelf or can be customized to meet your needs. If you have any questions, our technical experts can help you.
For any further information on GAO’s products and systems, to request evaluation kits, free samples, recorded video demos, or explore partnership opportunities, please fill out this form or email us.