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AI-Driven Parts Mapping Boosts Aftermarket Revenue

Cross-referenced 60,000+ parts to win over competitors.

Overview

One of the world's leading OEM manufacturers wanted to expand its aftermarket footprint. The challenge? Their field teams had no visibility into part compatibility — especially when servicing competitor equipment. Manual research was time-consuming, and new part demand was going unseen.

The Challenge

Field technicians couldn't offer replacements for competitor parts, leading to missed sales opportunities.

Aftermarket opportunities were consistently lost due to inaccessible or unstructured data across multiple systems and catalogs.

Engineering and product teams lacked a scalable way to map or validate cross-compatibility between their parts and competitor offerings.

Manual research processes were time-consuming and error-prone, making it impossible to scale the aftermarket business effectively.

The Solution

AI-Powered Cross-Referencing

Built an AI-powered engine to cross-reference over 60,000 parts across multiple manufacturers and systems, creating a comprehensive compatibility database.

Data Extraction & Normalization

Extracted and normalized attribute data from internal and competitor catalogs, creating a standardized taxonomy for accurate matching.

Real-Time Compatibility Mapping

Mapped and validated alternate parts, exposing compatibility in real time through APIs that connected to field service applications.

Searchable Interface

Deployed insights through an intuitive searchable interface for field, sales, and service teams, enabling instant part compatibility lookups.

AI-Driven Part Mapping System

AI-driven matching algorithms

Multi-attribute compatibility scoring

Real-time field service integration

Continuous learning from feedback

AI-powered part mapping system diagram

The Impact

Doubled visibility into addressable aftermarket opportunities

Unlocked new revenue streams without new manufacturing

Field teams could confidently suggest replacement parts instantly

Enabled engineering to prioritize high-demand compatible parts

Why It Worked

Unlike traditional MDM or catalog tools, the AI-driven approach focused on functional equivalence, contextual matching, and multi-system normalization — making it scalable, intelligent, and constantly improvable.

Unlock Efficiencies and Uncover Revenue Growth Opportunities

From kickoff to go-live, experience white-glove implementation—whether by our team or expert partners.

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