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Food & Beverage

Dairy Supply Chain Traceability System

Milk traceability engineered from BMC to retail pack. We integrate weighing, testing and chilling hardware with a batch-linked traceability layer.

Farmer-Level Pouring Capture

Every pouring recorded with quantity, fat, SNF and farmer code at the collection point itself.

Hardware Actually Integrated

Milk analysers, electronic weighing scales, AMCU units and BMC controllers wired into one data flow.

Cold Chain Evidence

Chilling and tanker temperatures logged continuously and tied to the consignment they belong to.

Our Dairy Supply Chain Traceability System

Four modules covering village-level collection, chilled bulk movement, plant processing genealogy and finished pack identification, engineered as one system with the field hardware it depends on.

1. Village Collection & Farmer Payment Linkage
The collection centre is where trust in a dairy is won or lost. We capture each pouring against a farmer code with quality readings taken at that moment, and feed the same record into the payment cycle.

Key Capabilities:

✓ Automatic milk collection unit integration with weighing scale and analyser
✓ Fat, SNF, CLR and quantity captured per pouring with printed slip
✓ Rate chart application and cycle-wise payment computation per society
✓ Offline capture at DCS with synchronisation when connectivity returns
2. Bulk Milk Cooler & Tanker Movement
Between the BMC and the plant, milk is only as safe as its temperature record. We instrument chilling and transport so a tanker arrives with its own evidence rather than a handwritten challan.

Key Capabilities:

✓ BMC level, chilling temperature and despatch quantity monitoring
✓ Tanker compartment sealing, GPS route and en-route temperature logging
✓ Route-wise society to tanker linking for full consignment composition
✓ Arrival weighbridge, dip reading and quantity variance reconciliation
3. Reception, Testing & Process Genealogy
At the dock, milk from many societies becomes one silo lot. We record that merge explicitly so a downstream batch still resolves to the routes and societies that fed it.

Key Capabilities:

✓ Reception testing including adulteration, antibiotic and organoleptic results
✓ Silo lot formation with contributing tanker and route composition recorded
✓ Pasteurisation, standardisation and homogenisation batch parameters captured per lot
✓ Product genealogy across milk, curd, paneer, ghee and powder lines
4. Packing, Despatch & Retail Linkage
A pouch carries a code for a reason. We link pack-level coding to the crate, the route van and the retailer, so a quality query resolves to a specific batch rather than a day's production.

Key Capabilities:

✓ Pouch, bottle and carton lot coding with date, shift and line
✓ Crate and trolley aggregation captured at the packing hall exit
✓ Route van loading, retailer delivery and crate return reconciliation
✓ Consumer QR linking pack to batch, plant and quality release record

Technologies That Power Our Solutions

Dairy technology has to survive rural power cuts, patchy connectivity and daily washdown, so device selection is decided at survey stage.

Milk Analysers & Weighing Integration
Ultrasonic analysers and electronic scales are interfaced to the collection unit so fat, SNF and weight are captured without manual entry.

Applications:

Fat and SNF Weight capture Slip printing Rate computation
IoT Sensors & Cold Chain Telemetry
Temperature probes, level sensors and GSM gateways on coolers, chilling centres and tankers report continuously and buffer data through network gaps.

Applications:

Cooler temperature Tanker telemetry Excursion alerts Chilling logs
GPS Tracking & Route Management
Tanker and route van tracking tied to the consignment on board, which makes an unscheduled halt visible rather than merely suspicious.

Applications:

Tanker routing Halt detection Van delivery Arrival ETA
Edge-Capable Collection Software
Collection terminals run offline by default and synchronise to the plant when connectivity allows, so an outage never stops a morning pouring.

Applications:

Offline capture Slip printing Deferred sync Society reporting

Industry Success Stories

Representative outcomes from dairy deployments across collection, transport and processing. Figures shown are indicative ranges and must be confirmed against your own baseline before publication.

Cooperative Dairy Unions
Unions procuring through hundreds of village societies feeding chilling centres and a central processing plant.

Results Achieved:

✓ Farmer-level quality and payment records digitised across societies
✓ 35-55% reduction in procurement reconciliation disputes
✓ Route-level milk loss identified and reduced
Private Dairies & Milk Processors
Processors buying through agents and contract routes while running multi-product plants on the same raw pool.

Results Achieved:

✓ Silo lot composition traceable to contributing routes
✓ 40-60% faster investigation of quality complaints
✓ Adulteration test capture extended to every reception
Chilling Centre Operators
Standalone chilling centres supplying bulk milk to multiple processors under quality-linked supply contracts.

Results Achieved:

✓ Continuous chilling temperature evidence available per consignment
✓ 25-45% reduction in disputed quantity and quality claims
✓ Tanker despatch documentation produced automatically

Key Performance Indicators

The measures a procurement head and a plant QA head agree with us up front, then monitor from the same dashboard once collection goes live.

Collection Data Capture Coverage
Share of poured milk recorded electronically with farmer identity and quality readings at the collection point.

Target: >98% of collections

How we get there: Achieved through analyser and scale integration with offline-capable collection terminals.
Quantity Reconciliation Variance
Difference between society-recorded collection, tanker despatch quantity and the plant reception weight.

Target: Within agreed tolerance

How we get there: Narrowed by dip reading, weighbridge and route composition data held in one record.
Cold Chain Excursion Response
Time between a chilling or tanker temperature breach and an acknowledged alert to the responsible officer.

Target: Under 10 minutes

How we get there: Driven by continuous telemetry with escalation rules mapped to route and shift ownership.
Batch Trace Resolution Time
Time to resolve a retail pack code back to silo lot, tanker routes and contributing societies.

Target: Under 30 minutes

How we get there: Possible because the silo merge is recorded as an explicit event with contributing consignments.

How We Deliver

We start where the data starts, at the collection point, and build outwards to the plant.

01
Step 1: Requirement Study & Procurement Route Mapping

We visit societies, chilling centres and the plant, document your route structure, rate charts, testing practice and existing hardware, and record where records break today.

02
Step 2: Solution Design & Device Selection

Analyser, scale, controller and sensor selection, the genealogy model and integration with your payment and ERP systems are documented and signed off before procurement.

03
Step 3: Pilot on One Collection Route

One route from society to bulk milk cooler to plant reception runs live against agreed acceptance criteria, so capture and reconciliation are proven before wider deployment.

04
Step 4: Rollout, Training & Support

Remaining routes and societies are onboarded, secretaries and plant staff trained in local language, and the system moves into an agreed AMC with field response cover.

Why Choose Our Dairy Supply Chain Traceability System?

Why dairy unions and private processors choose an engineered traceability system over a standalone collection application.

Field Hardware Is Our Scope
Analysers, scales, AMCU controllers and BMC sensors are supplied, installed and calibrated by us, so nobody argues about whether software or device caused a bad reading.
Designed for Rural Reality
Terminals work offline, print slips locally and synchronise later, because a morning pouring cannot wait for a network link at a village society.
Procurement and Quality Together
Payment records and quality records come from the same pouring event, which removes the parallel registers that create farmer disputes at every cycle close.
Traceable Through the Silo Merge
Most dairy systems lose the chain when milk enters a silo. We record the merge explicitly, so a retail pack still resolves to contributing routes and societies.

Trace Your Milk From Pouring to Pack

Book a requirement discussion with our engineering team. We will review your procurement routes, chilling infrastructure and plant flow, then come back with a scoped approach, a device list and a pilot proposal covering one collection route.

FAQ – Frequently Asked Questions

A dairy traceability system records the identity, quantity and quality of milk at every custody transfer between the farmer and the finished retail pack. It captures each farmer pouring at the village collection centre with fat, SNF and weight readings, tracks chilling at the bulk milk cooler, follows the tanker with route and temperature data, records reception testing and silo lot formation, and links processing batches to pack-level lot codes.

It is custom-engineered. We are a solution development and systems integration company, not a product vendor. Every deployment begins with a requirement study covering your route structure, rate charts and plant flow, with field hardware included in scope.

Yes. Analysers, electronic weighing scales, collection unit controllers, printers, BMC sensors and tanker telemetry devices are scoped, supplied, installed, calibrated and integrated as part of the project. We remain accountable for field performance after installation.

Yes. Collection software is designed to operate offline by default. Pouring is recorded, the rate applied and the farmer slip printed locally, and data synchronises to the plant when connectivity returns.

Yes. We integrate with SAP, Oracle, Tally and dairy-specific or in-house payment applications, so collection quantities and quality readings flow into the payment cycle and stock and despatch data stay consistent with plant systems.

Reception and society-level test results, including added water, neutralisers, antibiotic residue and organoleptic checks, are captured against the specific tanker, route and society consignment. Failed results can automatically block acceptance and alert the procurement head.

Yes. Tankers can be fitted with probes and GSM telemetry that log compartment temperature continuously and buffer readings through network gaps. Excursions raise alerts with route and driver context, and the history attaches to the consignment record.

Yes. On-premise, private cloud and hybrid deployments are all supported. Many unions prefer a plant-hosted instance with field terminals synchronising to it, which keeps collection running during a wide-area connectivity failure.

A pilot covering one collection route, its chilling point and plant reception is typically live within ten to sixteen weeks of requirement sign-off. Society-wide rollout runs in phases and depends on device counts and training logistics.

Support runs under an agreed annual maintenance contract covering defined response times, field visits for analyser and scale servicing, calibration support, software updates and enhancement requests. Spare device pooling can be included.