RFID in animal husbandry - identification, record keeping and automation
RFID applications in livestock farming: fast animal identification, event recording, feed and treatment control. Selection of UHF/HF tags and readers.
Below you will find the most popular areas of RFID application in business: from warehouse and logistics, retail and inventory, to industrial laundries, access control and parking systems. Each page includes practical tips, SEO-description and FAQs tailored to the industry.
RFID (Radio-Frequency Identification) is a radio-frequency identification technology that allows tags to be read without eye contact and often without having to scan each item individually. In practice, this means faster processes, fewer errors and better control over the flow of goods or resources. In B2B projects, it's crucial to match: technology (UHF vs. HF/NFC), tag design (label, on-metal, laundry), mounting location and reading points (handheld, stand, gate/tunnel).
RFID applications in livestock farming: fast animal identification, event recording, feed and treatment control. Selection of UHF/HF tags and readers.
UHF/HF RFID data collectors: fast inventory, picking and field work. How to select a handheld, antenna, and reading process in B2B.
RFID in retail: fast inventory, better on-shelf availability, reduced waste and streamlined admissions. UHF tags, tags and POS processes.
RFID in industrial laundries: durable laundry tags, automation of sorting and record-keeping, control of workwear and linen circulation.
RFID in logistics and warehouse: receiving, picking, shipping and inventory. Selection of UHF tags, gateways and integration with WMS/ERP.
RFID access control: people identification, entry points, HF/NFC cards and fobs. Secure processes, system integration and permissions.
RFID in parking systems: vehicle identification, entry control and subscriptions. UHF tags, read points, security and integration.
RFID applications in hospitals and medical facilities: patient identification, equipment tracking, drug and material control. UHF/HF/NFC.
RFID for libraries, archives and museums: collection registration, rapid inventory, lending, security and flow control. HF/UHF.
RFID in access control: person identification, security zones, event log and auditing. HF/NFC cards/locks, integration and procedures.
RFID in military applications: equipment records, logistics, asset tracking and rapid inventory. UHF tags, on-metal, procedures.
RFID for energy and infrastructure: asset tagging, maintenance, service, equipment and tool records. On-metal, UHF/HF tags.
RFID for events and sports: participant identification, entrance control, registration, accreditation and process automation. NFC wristbands/cards, UHF.
Smart City and RFID: urban asset identification, access control, service logistics, records and reports. UHF/HF/NFC and tag selection.
Waste management and RFID: container identification, collection control, service records and reporting. Resistant tags, UHF/HF/NFC.
RFID in baggage handling and airport logistics: identification, tracking, flow control and reporting. UHF, tags and read points.
RFID for police, fire and rescue: equipment records, logistics, quick inventory, releases/returns and auditing. UHF, on-metal, NFC.
RFID in railroads and public transport: asset accounting, maintenance, inspection, parts warehouses and logistics. On-metal, UHF/HF/NFC tags.
Successful implementation starts with the process: what you are identifying, where the reading takes place and what the operating conditions are (metal, liquid, temperature, chemical, textile). Then you choose the technology (UHF vs HF/NFC), tag, mounting method and hardware (handheld/gateway). If you wish, we will prepare a test kit and recommendation for your environment.
UHF RFID (EPC Gen2 / ISO 18000-6C) dominates in logistics, warehousing and retail, because it can quickly read multiple tags simultaneously and from a greater distance. HF/NFC (ISO 14443 / ISO 15693) performs well in the near field: access control, people identification, mobile scenarios (smartphone with NFC) and processes where precision "touch" at the read point is important.
In practice, the choice of technology is derived from the environment (metal/liquids), expected distance, reading volume and system architecture. Therefore, we recommend short pilot tests on real facilities.
The most common mistake in RFID projects is selecting a tag "from a catalog" without testing on the target surface. Metal will upset the antenna of a regular UHF tag, and liquids absorb waves. In textiles, you need designs that can withstand wash cycles and chemicals. That's why selection includes inlay/structure, adhesive/assembly and process orientation.
A good RFID implementation is not only about reading, but also about consistent data: serialization, tag mapping and event handling (receipt, transfer, issue, return). We support encoding of tags before shipment (EPC/UID), preparation of encoding reports and recommendations for integration with ERP/WMS/POS.