SmartLink
Automotive

Automotive ERP in Pakistan: cost, timelines and traceability

Automotive ERP in Pakistan is priced by the customer as much as by the vendor, because an assembler imposing a release schedule and a file format has already written half your specification. SmartLink Services works from Karachi with parts manufacturers, assemblers and distributors on part traceability, supplier schedules, warranty settlement and dealer operations. This page answers what a commercial team asks before scoping: what market rates put on the work, how long it runs when a customer controls the test calendar, and what records the quality standard and the tax authority each expect of a supplier in Pakistan. Every figure below is a published market range rather than our own quotation.

Discuss your systems
Traced
Part and serial
Scheduled
Supplier releases
Managed
Warranty claims
Connected
Dealer network
Overview

Traceability down to the part

Automotive supply chains are unforgiving about two things: schedule and traceability. Suppliers work to release schedules rather than discrete orders, and a plant that cannot respond to a changed release quickly ends up absorbing the cost as expedited freight or line stoppage.

Traceability is the other constant. Serial and batch identity has to survive assembly, so that a quality problem can be scoped to the units genuinely affected rather than to a conservative guess covering ten times as many.

Downstream, dealer operations and warranty are where the manufacturer meets the customer. Claims that take weeks to settle and stock that is invisible across the network are common, and both are usually integration problems rather than process failures.

The work

Where automotive systems break

Drawn from the problems that come up repeatedly in this sector rather than from a generic capability list.

Where it usually hurts

  • Supplier schedules managed by email rather than by system
  • Serial and batch identity lost during assembly
  • Warranty claims settled slowly because evidence is scattered
  • Dealer stock invisible to the manufacturer and to other dealers
  • Quality issues scoped too broadly because traceability is coarse
  • Aftermarket parts demand forecast on last year rather than on signal

What the work covers

  • Part, serial and batch traceability through assembly
  • Supplier schedule and release management, with EDI where required
  • Production planning against real line capacity and material availability
  • Warranty claim capture, evidence and settlement workflow
  • Dealer management: stock visibility, ordering, service and parts
  • Aftermarket parts planning and distribution

Typically involves

ERP MES EDI Barcode and scanning Dealer portals
Discuss your systems
01

A release schedule is a forecast and a commitment in the same message

A release schedule is not an order, and treating it as one causes trouble in both directions. It is a rolling horizon in which the near weeks are firm, the middle weeks authorise material and fabrication, and the far weeks are planning information only. Suppliers who read the whole horizon as demand build inventory nobody asked for. Suppliers who read only the firm window miss the long lead material and then pay for the recovery in air freight.

Cumulative quantity accounting is the detail that catches people out. Customers track against a running cumulative received figure rather than against discrete releases, which means a schedule has to be interpreted as a difference from what has already been shipped and accepted. When the customer's cumulative and the supplier's cumulative diverge, usually after a credit, a rejected batch or a year end reset, every subsequent release is misread until somebody sits down and reconciles the two positions properly.

The message formats themselves are long settled and rarely the difficulty. ANSI X12 830 and 862 in North American supply chains, EDIFACT DELFOR and DELJIT elsewhere, VDA formats with German customers. Mapping them is a known exercise. What decides whether the interface works is what happens when a message arrives carrying a superseded part number or a plant code nobody configured, and whether that failure reaches a named person within the hour or at the delivery window.

  • Firm, material authorisation and planning zones held separately, not flattened into one demand figure
  • Cumulative received quantities reconciled with the customer on a schedule, not after a dispute
  • Part supersession handled inside the mapping rather than by hand at the receiving end
  • Rejected or failed messages alerting a named person within the hour
  • Ship schedule against plan schedule variance visible before it turns into expedited freight
02

Keeping serial identity alive through assembly

Identity gets lost at entirely predictable points. Bulk consumables decanted from a container that already mixed two supplier lots. Parts taken from a kanban bin without a scan because the line was moving and the operator made a reasonable decision. Rework, where a unit is stripped and a good component goes back into stock stripped of its history as well. Each is a small operational shortcut, and each puts a hole in the genealogy at precisely the place a recall investigation would want to look.

The design decision worth taking carefully is where to be serial and where to be batch, made component by component against what the process can genuinely capture. Serial for significant assemblies that carry their own identity. Batch for fasteners, adhesives and fluids. A scheme demanding serial capture at a station that cannot support it does not produce finer traceability. It produces skipped scans, and a record that is wrong is considerably worse than one that is honestly coarse.

Parent and child relationships then have to be recorded at the moment of consumption rather than reconstructed later from the bill of materials. Reconstruction tells you what should have been fitted. Genealogy tells you what was. The distinction only matters occasionally, and on those occasions it matters completely, because the substitute part fitted during a shortage on a difficult shift is exactly the one you will eventually need to find and will not be able to.

  • Serial or batch decided per component against what the line can actually capture
  • Parent and child recorded at the moment of consumption, not derived afterwards
  • Rework and teardown handled so components carry their history back into stock
  • Substitutions and deviations captured against the unit, including shortage substitutions
  • Scan failures raised as exceptions rather than allowed to pass quietly
03

Scoping a recall from the records you already hold

Recall scope is an economic decision determined almost entirely by data quality. With component level genealogy and a link back to the supplier lot, the affected population is the set of units that actually received the suspect material. Without it, the population becomes everything built between two dates, which is conservative, defensible and enormously expensive. The distance between those two populations is the return on traceability, and it can only be collected if the records were built beforehand.

Both directions have to work, and usually only one does. Backward, from a failed unit to the components inside it, their lots, and the supplier delivery those lots arrived on. Forward, from a suspect supplier lot to every unit it entered and, where the network is connected, to the dealers and customers holding those units today. Forward trace is the direction that tends to be slow or missing altogether, because nobody thought to query it during testing and the sample data was too small to expose it.

Speed counts for as much as accuracy. A trace that requires a database specialist to write a bespoke query takes days, and the first day of a quality event is when the containment decision has to be made. Building the trace as a supported function, tested against production data volumes, is unglamorous work and it is the difference between a contained problem and a broad one. Rehearsing it occasionally is worth more than documenting it thoroughly.

  • Backward trace from unit to component lot to supplier delivery
  • Forward trace from supplier lot to every unit, dealer and customer reached
  • Trace built as a supported function and tested at real production data volumes
  • Containment status held against units so a partial hold is actually manageable
  • Periodic rehearsal, because the first live use should not be the first use
01

What automotive systems cost in Pakistan

Published market pricing gives three bands. Purchase, stores and sales at one site runs PKR 800,000 to 1,500,000 over two to three months, which suits a parts distributor and almost no manufacturer. Five to seven modules with a mobile application sit at PKR 1,500,000 to 3,000,000 across three to four months. Manufacturing with serial traceability, supplier schedule management and customer integration starts at PKR 3,000,000 and runs four to six months or longer, and that is where component manufacturers land, because the traceability requirement is not negotiable and neither is the customer's file format.

Add ons show where the effort concentrates. The manufacturing module is quoted in the market at PKR 300,000 to 600,000, multi location capability at PKR 200,000 to 500,000, accounting and finance at PKR 200,000 to 400,000, and a mobile application at PKR 400,000 to 800,000. A dealer portal is a custom web application rather than a module, and published market pricing for that work runs PKR 200,000 to 1,000,000 and upwards depending on what dealers are allowed to do in it.

Traceability granularity is the decision that moves the figure most, and it is made too early and too casually. Batch level identity is inexpensive and gets you a recall scoped to a week of production. Serial level identity through assembly costs more at every station, in scanning hardware, in cycle time and in the discipline it demands of operators, and it gets you a recall scoped to eleven cars. That trade is a commercial judgement about warranty exposure rather than a technical preference, and it belongs in the business case rather than in a workshop. Customer integrations are the second driver, because each customer format is a separate build with its own conformance test. All of the above is market pricing. A real figure follows discovery, once the traceability level, the station count and the customer list are agreed.

  • Traceability granularity decided commercially before it is priced
  • Manufacturing module quoted in the market at PKR 300,000 to 600,000
  • Each customer integration built and tested to that customer's format
  • Dealer portal priced as a custom application at PKR 200,000 to 1,000,000 and up
  • Scanning hardware specified but not supplied, and budgeted from the start
02

How long an automotive rollout takes

Reported timelines give three to six months for a mid sized rollout and nine to twelve for a large programme with manufacturing and integration. Component manufacturers routinely land at the far end of the first range, and the delay rarely originates inside the plant.

Customers set the clock. When an assembler requires an electronic exchange of schedules, despatch advices and invoices, the conformance test happens in their test window with their engineers, and those windows are booked weeks ahead and are not moved for a supplier's convenience. Miss one and the next may be a month away. We treat that date as fixed and plan the internal work backwards from it, which is the opposite of how most plans are drawn.

Inside the plant, line speed decides how long capture takes to prove. A scan added at a station has to fit inside the cycle time, and if it does not, either the station changes or the traceability level does, and both conversations take longer than writing the code. Shutdown windows matter too. Where the plant closes for a scheduled break, that break becomes the cutover, and everything is planned around a date nobody can move. Data preparation runs alongside: part numbering that has drifted across three systems has to be reconciled before any of it can carry a serial.

  • Mid sized rollouts reported at three to six months
  • Customer conformance testing booked in their window, weeks ahead
  • Scan points proved against real cycle time before they are committed
  • Cutover fitted to a scheduled plant shutdown where one exists
  • Part numbering reconciled across systems before serial capture begins
03

Quality records, warranty evidence and sales tax in automotive

Automotive customers audit their suppliers, and what they audit is the record. A quality standard such as IATF 16949 sets out what has to be controlled, evidenced and retained, and the system either holds that evidence in a form somebody can produce during a visit or it does not. We build to hold it: the inspection result against the part, the release decision and who made it, the change history on a control plan, the retention period applied consistently rather than by habit. What we do not do is certify anyone, and any supplier told otherwise by a systems house should ask to see the accreditation.

Warranty is where poor records cost real money. A claim arrives with a part number, a date and a symptom, and the question is whether your own records can connect that part to a batch, a supplier lot and a process record within hours. Where they can, recovery from the supplier is a conversation with evidence. Where they cannot, the claim is absorbed, and the pattern repeats quietly until somebody totals it at year end.

Recall scope follows the same data. Coarse traceability means recalling a month of production because that is the smallest unit you can prove; fine traceability means recalling the vehicles that actually contain the affected lot. The difference is a commercial decision taken years earlier, at the point somebody chose how granular the capture would be.

On tax, section 3(9A) of the Sales Tax Act requires Tier-1 retailers and other notified persons to integrate with the FBR computerised system for real time reporting, and manufacturers and distributors raising sales tax invoices meet the same requirement where notified. Non compliance can mean disallowance of a substantial share of input tax adjustment, currently sixty percent. Classification is a question for your own tax adviser, and we configure to their written instruction and record it in the design document.

  • Inspection results, release decisions and control plan history held against the part
  • Warranty claims traceable to batch, supplier lot and process record
  • Recall scope determined by the granularity chosen at capture
  • FBR integration where the business is notified, sandbox tested first
  • Evidence built to your quality standard, with certification left to your assessor
How we deliver

Delivering in automotive

The six steps are the same everywhere. In automotive the timing of each one bends around a customer release schedule, because a missed delivery window costs considerably more than a delayed project.

  1. 01

    Discover

    Our first task is one customer release traced end to end: EDI message, planning run, despatch note, then the cumulative received figure checked against the customer's own. Divergence there is the finding.

  2. 02

    Blueprint

    Where serial ends and batch begins is decided component by component, with the line supervisor present. Schedule zones, the backflush point and the trace queries are specified at the same time.

  3. 03

    Build

    Mappings, scan points and the warranty claim structure are built in sprints, then tried on the line during a real shift. An operator finds problems a conference room never will.

  4. 04

    Test

    Every trading partner message is tested against samples the customer supplies. Forward and backward trace queries are run at production volume, because a trace that takes a day is not a trace.

  5. 05

    Go live

    The window is your customer's release schedule, not ours. Cutover goes into a planned shutdown or a shipping gap, with EDI running in parallel until the first despatch under the new system is acknowledged.

  6. 06

    Run

    Hypercare sits with the plant on shift, not on a ticket queue. Afterwards we hold the trading partner mappings, and your team owns part master and supersession because those decay fastest.

Working together

How these projects tend to run

Automotive systems work is rarely a clean replacement. There is usually an ERP that finance depends on, a plant system that has been extended for years by people who have moved on, an EDI setup nobody wants to touch, and a dealer network with its own software. The first useful deliverable is normally a map of what actually exists, what each system genuinely does, and where the data crosses between them without anybody watching.

From there the priorities set themselves. Schedule handling and cumulative reconciliation, because that is where commercial damage happens fastest. Traceability capture designed with the line rather than for it. Warranty structured around causal part so the data has a second life in quality and supplier recovery. Dealer visibility once the parts master is trustworthy enough to be worth publishing.

We are equally willing to conclude that an existing plant system should stay and be interfaced properly. That is often the cheaper and lower risk answer, and it is a harder recommendation to make than a replacement, which is roughly why it is worth asking for. If you want to talk through your own estate, a conversation about where the data currently breaks is more productive than a product demonstration.

Credentials

Compliance for automotive clients

Tier suppliers get audited on their own suppliers too, so these are the accreditations and the data handling position we put in front of a customer quality team.

Oracle

Partner

Oracle E-Business Suite still runs manufacturing and distribution at a number of tier suppliers. We work on it directly, and on the database side where genealogy tables have grown past their original design.

Microsoft

Partner

Dynamics 365 for the plant and the dealer side, SQL Server underneath the trace data, Power BI for schedule variance and warranty analysis by causal part rather than by free text.

Google

Partner

Cloud hosting for dealer portals is the honest use here. A network of dealers needs something reachable and inexpensive to run, not another integration reaching back into the plant.

FBR digital invoicing

Compliant integrations

Vehicle and parts sales are taxable supplies, and dealer invoicing has to report to the Federal Board of Revenue system in real time. We build that into the dealer platform, not alongside it.

HIPAA

Compliant practices

Peripheral to vehicle manufacturing. Where it matters is employee occupational health data and any ambulance or medical vehicle work, handled under documented controls and a business associate agreement rather than a claimed certificate.

Client words

What automotive clients say

Comments from people running automotive systems day to day.

  • Our cost reports used to show what we had paid, never what we had committed. Once the subcontract orders and approved variations started registering as commitment, the forecast stopped flattering us. It was uncomfortable reading for a month and then it became the most useful number we have.
    Chief Financial Officer Construction and contracting firm
  • The team spent two days on the floor before they proposed anything, which I did not expect. They noticed that our scrap was being written off as a variance instead of recorded as returning metal, and that one change altered how we look at recovery on every press.
    Plant Manager Aluminium extrusion operation
  • Timesheets were the thing everybody hated, so that is where they started. Entry now takes seconds on a phone and the utilisation numbers are current rather than a week old. I can see an engagement drifting while there is still something I can do about it.
    Managing Partner Professional services practice
Questions

Questions about automotive systems

Market rates put manufacturing with serial traceability, supplier schedules and customer integration at PKR 3,000,000 upwards, with five to seven modules and a mobile application at PKR 1,500,000 to 3,000,000. A dealer portal is priced separately as a custom application at PKR 200,000 to 1,000,000 and up. Those are market ranges rather than our price, and our figure follows discovery once the traceability level is agreed.

Reported timelines give three to six months for a mid sized rollout and nine to twelve for a large programme. Component manufacturers usually sit at the far end of the first range, because customer conformance testing happens in the customer test window. Those slots are booked weeks ahead, and missing one can cost a month.

Yes, and the cost is spread rather than concentrated. Every station needs scanning hardware, cycle time and operator discipline, and the ongoing burden is larger than the build. What you buy is recall scope: eleven vehicles instead of a month of production. That is a commercial judgement about warranty exposure, and it belongs in the business case.

We build the system to hold the evidence the standard requires and to produce it during an audit, including inspection results, release decisions, control plan history and retention periods. Your assessor certifies you and your quality team interprets the standard. No systems house can certify a supplier, and any that claims to should be asked for the accreditation.

Manufacturers and distributors raising sales tax invoices meet the same requirement as retailers where they are notified under section 3(9A). The system posts the invoice, stores the invoice reference number and QR code returned, and prints both. Whether your business is notified is a question for your tax adviser rather than for a systems supplier.

It gets treated as a small project with a fixed date, because the customer sets both. The mapping layer is built so a format change touches one place rather than the whole interface, and the conformance test is rerun in the customer window. Suppliers who hard code the format the first time pay for it every few years.

Other sectors

The other sectors we work in.

The same practices, applied to the problems each sector actually has.

01 Governmental Departments and authorities that need auditable systems, controlled access and procurement that survives scrutiny. 02 Food Manufacturing Batch traceability, shelf life and yield, joined up from goods in through to the despatch note. 03 Aluminum Alloy, coil and billet traceability with the costing detail that melting, extrusion and finishing actually need. 04 Retail Tills, stock and online joined to one set of numbers, with FBR digital invoicing where it applies. 05 Professional services Time, utilisation and project profitability made visible while a job can still be steered. 06 Wholesale Distribution Stock accuracy, route delivery and true landed cost across warehouses and vans. 07 Oil & Gas Asset heavy operations where maintenance, permits and contractor control carry real consequence. 08 Construction Project cost control, subcontractor certification and valuations that reconcile to the ledger. 09 Mining Production, grade, fleet availability and consumables measured where the cost is incurred. 10 Telecom High volume billing, provisioning and network asset data, joined without breaking the month end. 11 Textile Style, colour and size matrices, plus real costing across spinning, weaving, dyeing and stitching.
All industries

Working with automotive systems?

Tell us what you run today and where it breaks. The first conversation is a consultation, not a pitch.

Book a consultation All industries