Why RFID, and why now
Radio Frequency Identification (RFID) has been industrial technology for two decades, but its adoption in Indian cargo and warehousing has accelerated sharply since 2022, driven by three changes: cheaper passive tags (sub-INR 10 in volume), wider availability of compliant UHF readers, and a real shift from "is the seal intact?" to "where is every container in my yard, right now, without human scanning?"
The technology in three sentences
A passive UHF RFID tag carries a unique 96-bit EPC identifier and a factory-locked 64-bit TID for clone resistance. It has no battery — it harvests energy from a reader's RF field and replies. A modern UHF reader at a gate can detect a tag at up to 10 metres, non-line-of-sight, in under a second.
Three high-impact use cases
- Automated gate-in / gate-out. Replace manual seal-serial recording with drive-through UHF scanning. Throughput typically increases 4–6× per gate, and transcription errors drop to near zero. Pair with the SECURE UHF RFID Cable Seal Tag for combined tamper-evident sealing plus RFID identification.
- Yard inventory. A fixed-antenna grid over a CY (container yard) gives you a live map of every tagged container — eliminating the daily "yard walk" and the inevitable discrepancies between the YMS and reality.
- High-value asset tracking. The SECURE RFID Plastic Strap Seal brings RFID to lower-value, higher-volume movements — totes, parcels, and inter-warehouse transfers — without the cost overhead of a cable seal.
Implementation checklist
(1) Confirm operating frequency — India uses 865–867 MHz UHF per WPC notification; tags bought for EU or US bands may underperform. (2) Map physical reader coverage to operational chokepoints (gates, dock doors, weighbridges). (3) Decide on EPC encoding scheme — most operations use GS1's GIAI or SSCC schemes. (4) Wire reader events into your WMS / TMS via the reader vendor's MQTT or webhook output.
Book a consultation to scope an RFID pilot for your facility.