Counterfeit brake pads were causing safety issues and damaging an auto-parts maker's reputation across Gulf markets. Point-of-installation verification let dealers confirm genuine parts instantly.
Atlas Auto Parts, an automotive components maker selling across Gulf markets, was being blamed for failures it didn’t cause. Counterfeit brake pads carrying its branding were reaching workshops, failing in service, and damaging both safety and reputation.
By adding point-of-installation verification — letting workshops confirm a part was genuine before fitting it — Atlas cut the share of counterfeits in its channel from an estimated 38% to about 2% within 90 days, and authorised dealers saw revenue rise 44% as genuine demand returned to them.
Atlas (an illustrative composite) makes brake components and other safety-critical parts, distributed through regional wholesalers, authorised dealers, and independent workshops across the UAE and neighbouring markets. Brake pads are a high-volume consumable, which makes them a favourite target for counterfeiters.
The aftermarket is fragmented: parts pass through several hands before a mechanic fits them, and the end customer almost never sees the brand directly.
Counterfeit pads were entering the channel and being fitted as genuine Atlas parts. Because brakes are safety-critical, the failures weren’t just warranty costs — they were a liability and a reputational threat.
Independent testing suggested roughly a third of pads sold under the Atlas name in some markets were not made by Atlas. Each fake that failed produced an angry customer, a suspicious workshop, and a story that spread.
The financial damage was indirect but severe: lost genuine sales to counterfeiters, warranty and goodwill claims on parts Atlas never made, and erosion of the brand premium that justified its pricing.
Holograms and printed batch codes were easy to copy and impossible to check in a busy workshop. Serial labels confirmed a number existed but not that the part was genuine.
Distributor paperwork tracked cartons, not individual parts, so a mixed box of real and fake pads passed inspection. And the people best placed to catch a fake — the fitters — had no fast, reliable way to verify what they were installing.
Atlas put a unique QR code on each pad set, tied to a verification record. The point of the design was speed at the workbench: a fitter scans the pack, sees an instant genuine/not-genuine result, and only then fits the part.
Workshops had a clear incentive to scan — fitting a verified genuine part protected them from liability and from the customer complaints that followed failures. Atlas reinforced this with its authorised dealers, who used verification as a selling point against cheaper grey-market supply.
The platform (Traciqo) logged each scan, so Atlas could finally see where genuine parts were being installed and where suspicious scan patterns clustered — a map of the counterfeit problem it never had before.
Verify at the moment of risk. For safety-critical parts, the decisive moment is just before installation — that is where verification belongs.
Give the checker a reason to check. Workshops scanned because it protected them, not because Atlas asked them to.
Catching fakes also wins back sales. Pushing counterfeits out didn’t just cut liability; it returned revenue to legitimate dealers.
Atlas didn’t stop counterfeiters from making pads; that is largely beyond any one manufacturer. What it changed was the last step — whether a fake could be fitted to a customer’s car as if it were genuine. Move verification to that step, give the person doing it a reason to care, and the counterfeit’s business model breaks. For safety-critical products, that is often the most practical place to win.
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