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RFID File Tracking Case Study — Defence Archive

When a large government organisation runs on paper, the single hardest question is deceptively simple: where is that file right now? In 2024, Identium supplied and commissioned the first phase of a UHF RFID file-tracking system for a Directorate General under India’s Ministry of Defence, responsible for defence-estate and land records, at its New Delhi headquarters. This case study covers the Phase-1 hardware Identium supplied and what it achieved. (Client named withheld for confidentiality.)

At a glance

SectorDefence / government estate & land records
ChallengeLocating physical files across multiple storage rooms; manual registers; risk of misplaced files
Identium supplied (Phase 1)UHF RFID file labels · UHF RFID fixed readers · UHF RFID handheld reader
IntegrationFed the client’s own in-house File Tracking application
OutcomeTagged files searchable in seconds; room-level movement visibility; a proven base for full rollout

The challenge

A defence-estates organisation of this size holds an enormous physical archive — estate files, land records and case dossiers — spread across several storage rooms. Retrieval depended on manual registers and institutional memory: finding a single file could mean a long manual search, and a misfiled or un-returned file could effectively disappear. The organisation needed a way to locate any file in seconds, to see when files moved between rooms, and to do it without ripping out the in-house application its records team already relied on.

What Identium supplied in Phase 1

Phase 1 was a focused, build-confidence deployment. Identium supplied the RFID hardware layer and integrated it with the client’s existing software. Three classes of hardware went in:

1. UHF RFID file labels

Slim UHF RFID labels were applied to file covers across an initial set of files, each encoded with the file’s identity so it could be read at a distance — even when stacked or shelved. These are the same paper-faced UHF labels Identium manufactures for high-volume tagging, on India’s 865–867 MHz band.

2. UHF RFID fixed readers

Identium UHF fixed readers — integrated reader-and-antenna units — were installed in selected file-storage rooms. As tagged files entered or left a room, the readers detected them and pushed the movement to the records team’s workstation, giving room-level location without anyone scanning manually.

3. UHF RFID handheld reader

A UHF RFID handheld reader was put in the hands of the records officer for search-and-locate and shelf audit. Using a find-a-tag style proximity scan, an officer could walk to a shelf and home in on a specific file in seconds — and run a quick audit of everything physically present on a shelf. This is exactly the kind of work the CX Flow Pro handheld utility is built for.

Identium did not replace the client’s software. The in-house File Tracking application remained the system of record; Identium’s hardware simply became its eyes on the ground.

How it works

The architecture mirrors the three-layer model Identium uses for file tracking everywhere:

  1. Tag every file — a UHF label on the file cover, encoded with the file ID.
  2. Readers in the rooms — fixed readers at the storage rooms register files as they move, while the handheld covers on-demand search and audit.
  3. Look it up — a search on the file ID returns its last-known location, so a file that used to take a long manual hunt is now found in seconds.

Results from Phase 1

The hardware performed exactly as specified. Readers came online, the handheld and the integration were commissioned, and the tagged set of files became searchable in seconds instead of through a manual register. The records team gained room-level visibility of file movement and a faster, more accountable retrieval process — a clear, working proof of the system on the initial file set.

Phase 1 deliberately covered an initial subset of the archive. With the technology proven, the natural next step is to extend the same labels, readers and tag ecosystem across the remaining file inventory — a phased rollout that protects the client’s existing investment because every new component runs on the same network and tag standard.

Why it worked — and why Identium

  • It fit the existing system. No software was ripped out; Identium’s hardware integrated with the client’s own application.
  • Built for the environment. Rugged UHF hardware, India’s 865–867 MHz band, WPC-approved and BIS-certified — all Made in India at Identium’s Delhi facility, which matters for defence and government procurement.
  • A phased, low-risk path. Prove it on one set of rooms and files, then scale — rather than a single high-risk big-bang rollout.

Running a paper-heavy records operation — in defence, government, banking, legal or healthcare — and want files findable in seconds? Explore RFID file tracking and defence logistics, or talk to our team about a phased pilot.

Frequently asked questions

Do we have to replace our existing file-tracking software to use RFID?

No. On this project the client kept its own in-house File Tracking application as the authoritative record, and Identium supplied only the hardware layer feeding it — labels, fixed readers and a handheld. Every Identium reader ships with an SDK, a demo app and source code, so software you already run can consume the tag reads rather than being rebuilt around a new platform.

Will UHF labels read reliably when files are stacked or packed onto shelves?

In this Phase-1 deployment the labels went on the file covers and were picked up without opening or unstacking anything. Read performance typically depends on where the label sits on the cover, what the racking is made of and how the reader is configured, so the sensible approach is to prove it on a sample of your own files and shelving before committing — which is exactly what a phased pilot is for.

Why both fixed readers and a handheld — isn't one enough?

They answer different questions. The fixed readers sit in the storage rooms and log files automatically as they come and go, so you get room-level movement visibility with nobody scanning manually. The handheld goes to the records officer for two jobs the fixed units can't do: proximity search to pinpoint one file on a shelf, and shelf-by-shelf audits of what is physically present. Phase 1 used both.

Can we start with one department and expand later without replacing the hardware?

Yes — that was the design intent here. The first phase covered only part of the archive on purpose, to prove the system before committing the whole estate. Everything runs on India's 865–867 MHz UHF band and a common tag standard, so the approach is for later phases to add labels and readers alongside the Phase-1 equipment rather than swap it out. Worth confirming compatibility for the specific part numbers at quotation stage.

Does this hardware suit Indian government and defence procurement?

Identium's UHF readers and antennas are WPC-approved for India's 865–867 MHz band, the company is BIS certified, and every unit is tested in-house and built at its Delhi facility — which is the Made-in-India position Identium brings to defence and government work. Tender requirements vary and change, so as of 2026 confirm the exact certification schedule your specific tender demands with the issuing authority before bidding.

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