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See every shipment without making a single call

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We digitise dispatch, warehouses and freight billing, and connect GPS, FASTag and ULIP data into one control tower for shippers and 3PLs.

Parts list

  1. TMS implementation
  2. Driver app and ePOD
  3. Control tower visibility
  4. E-way bill automation
  5. WMS modernisation
  6. Freight audit and billing
Project
Logistics & Supply Chain
Discipline
Digital transformation
Drawn by
Nexzem engineering
Scale
Not to scale

Logistics still runs on phone calls and WhatsApp forwards

Ask a dispatch team where a truck is and someone picks up the phone. Loads are assigned over WhatsApp, freight rates live in a spreadsheet only one manager understands, proof of delivery arrives as a crumpled paper copy days later, and billing disputes with transporters drag on for weeks. Warehouses often run on a basic WMS that does not talk to the transport side at all.

The public infrastructure for better visibility now exists. The National Logistics Policy brought ULIP, which exposes vehicle, FASTag, e-way bill and other government data through APIs. GST rules require e-way bills for most consignments, exporters file through ICEGATE, and enterprise customers increasingly demand live tracking and digital PODs as part of their contracts.

Nexzem builds transformation around the shipment lifecycle. We digitise order intake and dispatch first, add driver apps for ePOD, connect telematics and ULIP for visibility, and automate freight audit last because it depends on clean upstream data. Warehouses are brought onto the same order and inventory backbone so transport and storage share one view.

Logistics & Supply Chain, drawn as a phased roadmap

Workstreams down, phases across. An illustrative sequence; your roadmap is set after the first audit.

Ph 1

Ph 2

Ph 3

Ph 4

Ph 5

  1. TMS implementation
    Phases 1 to 2
  2. Driver app and ePOD
    Phases 1 to 2
  3. Control tower visibility
    Phases 2 to 2
  4. E-way bill automation
    Phases 2 to 3
  5. WMS modernisation
    Phases 3 to 4
  6. Freight audit and billing
    Phases 3 to 3
  7. Transporter and customer portals
    Phases 4 to 5
  8. Route and load optimisation
    Phases 5 to 5
  1. Ph 1

    Shipment lifecycle mapping

    We follow real orders from booking to POD and invoice, noting every manual step and document.

  2. Ph 2

    Dispatch and ePOD first

    TMS basics and driver apps go live on a pilot lane, creating the trip data everything else needs.

  3. Ph 3

    Visibility integration

    GPS, FASTag, ULIP and e-way bill APIs are connected to feed the control tower.

  4. Ph 4

    Warehouse and billing

    WMS and freight audit are linked to the same backbone so stock, trips and invoices reconcile.

  5. Ph 5

    Optimisation and prediction

    Route planning and ETA prediction models are trained on accumulated trip history.

Logistics & supply chain transformation initiatives

Replace phone-based dispatch, paper PODs and Excel freight sheets with connected TMS, WMS and a live control tower.

  1. 01

    TMS implementation

    Load planning, vendor assignment, freight rate contracts and trip management in one system, replacing phone-based dispatch and spreadsheet rate cards.

  2. 02

    Driver app and ePOD

    Android app for drivers with trip details, navigation, photo and OTP-based proof of delivery, and exception reporting that works on low-end phones and patchy networks.

  3. 03

    Control tower visibility

    Live map and ETA board combining GPS devices, driver phones, FASTag toll events and ULIP data, with alerts for detention, route deviation and delays.

  4. 04

    E-way bill automation

    Automatic e-way bill generation, Part B updates and extension handling through GST APIs, triggered from dispatch so vehicles never leave without valid documents.

  5. 05

    WMS modernisation

    Barcode or RFID-driven receiving, putaway, picking and dispatch with handheld scanners, slotting rules and real-time stock visible to the transport team.

  6. 06

    Freight audit and billing

    Automatic matching of transporter invoices against contracted rates, trip data and PODs, so only verified amounts reach accounts payable.

  7. 07

    Transporter and customer portals

    Self-service portals where carriers accept loads and upload documents, and customers track orders and download PODs without emailing your team.

  8. 08

    Route and load optimisation

    Algorithms that plan multi-drop routes and truck fill based on volume, weight, time windows and vehicle type, cutting empty kilometres.

Why choose Nexzem for logistics & supply chain transformation

  • R-01

    Fewer status calls

    Customers and internal teams check the control tower instead of calling drivers and transporters.

  • R-02

    Faster billing cycles

    Digital PODs arrive the moment a delivery completes, so invoices go out sooner.

  • R-03

    Verified freight spend

    Rate and trip matching stops overbilling and shortens transporter disputes.

  • R-04

    Compliant movement

    E-way bills are generated and extended automatically, avoiding vehicles held at checkpoints.

  • R-05

    Better asset use

    Optimised routes and fuller trucks mean more deliveries from the same fleet.

How logistics & supply chain transformation unfolds, phase by phase

Sheet P-01, delivery sequence

Clear stages with a review at the end of each, so you always know what happens next and what it costs.

  1. S1

    Shipment lifecycle mapping

    We follow real orders from booking to POD and invoice, noting every manual step and document.

  2. S2

    Dispatch and ePOD first

    TMS basics and driver apps go live on a pilot lane, creating the trip data everything else needs.

  3. S3

    Visibility integration

    GPS, FASTag, ULIP and e-way bill APIs are connected to feed the control tower.

  4. S4

    Warehouse and billing

    WMS and freight audit are linked to the same backbone so stock, trips and invoices reconcile.

  5. S5

    Optimisation and prediction

    Route planning and ETA prediction models are trained on accumulated trip history.

Logistics & supply chain transformation in practice

  • Detail A

    Electronic proof of delivery

    A transporter equips drivers with an app capturing signatures, photos and OTPs at delivery, even offline, so invoices are raised the same day and disputes are resolved with geotagged evidence instead of lost paper copies.

  • Detail B

    Control tower for a 3PL

    A third-party logistics provider sees all shipments across clients and transporters on one dashboard, with alerts for delays and exceptions, so the operations team acts on delays and exceptions before customers notice problems.

  • Detail C

    Freight audit automation

    A manufacturer checks every transporter invoice automatically against contracted rates, trip data and proof of delivery, catching overcharges, duplicate bills and wrong detention charges that manual checks previously missed during busy months.

  • Detail D

    Warehouse modernization

    A distribution center replaces paper picking lists with barcode-driven picking, putaway and cycle counts on handheld devices, improving inventory accuracy, picking speed and on-time dispatch during demanding seasonal peaks and sales events.

Digital Transformation for Logistics & Supply Chain, in depth

Sheet N-01, general notes

N1

Where legacy systems hold logistics companies back

Logistics operations often run on phone calls, spreadsheets and WhatsApp groups layered over an ERP that handles billing. Dispatchers piece together truck locations from calls to drivers, proof of delivery arrives as photos days later, and customers call repeatedly for status updates. Every manual step adds delay, errors and cost, and the problems multiply during peak seasons.

Older warehouse and transport systems may lack mobile apps, APIs for customers or integration with government systems such as e-way bills. Freight bills are checked by hand, so overcharges slip through, and empty return trips go unnoticed. Our logistics and supply chain industry page covers the systems operators typically connect, and our fleet management system solution addresses vehicle visibility directly. Transformation in logistics is less about replacing everything and more about capturing events digitally at the source, at the dock, in the truck and at the customer's door.

  • N1.aShipment status gathered by phone calls.
  • N1.bProof of delivery on paper or delayed photos.
  • N1.cManual e-way bill and invoice preparation.
  • N1.dFreight bills checked by hand or not at all.
  • N1.eNo live view of exceptions across the network.
  • N1.fCustomers without self-service tracking.
  • N1.gWarehouse stock counts that rarely match the system.
N2

A phased logistics transformation roadmap

The first phase usually digitizes the field: a driver app for trip updates and electronic proof of delivery, plus customer tracking links. With events captured reliably, a control tower can show every shipment's status and highlight exceptions. Automating e-way bills, invoicing and freight audit follows, reducing administrative effort and billing leakage at the same time.

Later phases modernize warehouse management, add route and load optimization and integrate with customers and transporters through portals and APIs. Government platforms such as ULIP can add data where access is authorized, and e-invoicing rules shape billing integrations; this is general information, not legal advice.

  • N2.aPhase 1: driver app with electronic proof of delivery.
  • N2.bPhase 2: control tower and customer tracking links.
  • N2.cPhase 3: e-way bill, invoicing and freight audit automation.
  • N2.dPhase 4: warehouse management modernization.
  • N2.ePhase 5: route and load optimization.
  • N2.fOngoing: transporter and customer portal integrations.
N3

Measuring logistics transformation progress

Logistics transformation should show up in service levels and cost per shipment. On-time delivery rates, the time from delivery to proof of delivery and invoicing, empty kilometers, freight billing errors recovered, warehouse picking accuracy and customer status calls are practical indicators that everyone in the business understands. Measure by route, customer and branch to see where processes still break, and share results with drivers and warehouse staff, since their adoption of new tools drives most of the improvement.

  • N3.aOn-time delivery rate by customer and route.
  • N3.bDays from delivery to invoice.
  • N3.cEmpty kilometers and vehicle utilization.
  • N3.dFreight bill errors detected and recovered.
  • N3.eWarehouse picking accuracy.
  • N3.fCustomer calls about shipment status.
  • N3.gDriver app adoption by depot.

Technology for logistics & supply chain transformation

Proven, well-supported tools chosen for your scale, budget and team, never for novelty.

  • React
  • Kotlin
  • Flutter
  • Node.js
  • Go
  • PostgreSQL
  • Redis
  • Kafka
  • Python
  • AWS

Logistics & supply chain transformation FAQs

Something else on your mind? Ask a consultant and get a reply within one business day.

Can drivers with basic phones use the app?

We design driver apps for low-cost Android phones, with large buttons, local language options and offline queuing. For drivers who cannot use an app, SMS or IVR-based status updates are an alternative.

What is ULIP and do we need it?

ULIP is the Unified Logistics Interface Platform under the National Logistics Policy. It exposes government data such as vehicle details, FASTag events and e-way bills through APIs. It is useful for visibility without installing GPS on every hired truck.

What drives the cost of a logistics transformation?

Cost depends on shipment volumes, the number of lanes and transporters, warehouse count, integrations with ERP, GPS vendors and government APIs, and optimisation scope. A phased fixed quote follows a free consultation.

How quickly can we go live?

Dispatch and ePOD on pilot lanes typically go live in 8-12 weeks. Warehouse and freight audit modules follow in later phases.

Will this integrate with our ERP?

Yes. Orders flow in from your ERP or order system, and trip costs, PODs and freight invoices flow back to finance.

How quickly can drivers adopt a new app?

With a simple design, local language support and short training at depots, most drivers adopt a delivery app within days. Linking app usage to faster payment of trip settlements and fewer phone calls from dispatchers gives drivers a clear reason to use it.

Can customers track shipments without logging in?

Yes. Customers can receive tracking links by SMS, email or WhatsApp that show live status and estimated arrival without logging in, while larger customers can use a portal or API for all their shipments, documents and invoices.

We work with clients across the USA, UK, Australia, UAE, New Zealand and India.

Where we work

Start with a clear roadmap.

Share where your systems and processes stand today. We reply within one business day with a suggested first phase.