IoT Data Platform Ingesting 50M Daily Sensor Readings for an Automotive Parts Manufacturer
An automotive parts manufacturer generated 50M sensor readings daily across 3 production lines with no centralized visibility. We built a Fabric-based IoT data platform with real-time OEE monitoring and predictive quality alerting.
About the Client
The Challenge
An automotive parts manufacturer generated 50M sensor readings daily across 3 production lines with no centralized visibility. We built a Fabric-based IoT data platform with real-time OEE monitoring and predictive quality alerting. The organization had reached an inflection point — production efficiency metrics were tracked in spreadsheets updated after each shift — by which time the data was already stale. Quality issues were discovered at end-of-line inspection, not during the process where they could be corrected. Supply chain visibility ended at the factory gate.
The manufacturing industry added specific complexity. OSHA safety regulations, ISO 9001/14001 standards, and FDA compliance for pharmaceutical manufacturing demanded auditable processes and governance. Any technology initiative needed to maintain compliance continuity while delivering measurable improvement. Previous attempts had stalled because vendors didn't understand these industry-specific constraints.
The executive sponsor set clear expectations: demonstrate measurable impact within one quarter. No 18-month roadmaps. No theoretical architectures. Working software, real data, measurable results — or the budget moves elsewhere. They needed a partner who could deliver data engineering solutions with manufacturing domain expertise from day one.
Our Approach
We designed a phased approach optimized for speed-to-value while maintaining OSHA safety regulations, ISO 9001/14001 standards, and FDA compliance for pharmaceutical manufacturing continuity:
Assessment & Architecture (Weeks 1-2)
Cataloged source systems, data volumes, quality issues, and OSHA safety regulations, ISO 9001/14001 standards, and FDA compliance for pharmaceutical manufacturing compliance requirements. Designed target data platform architecture with medallion layers and governance framework.
Ingestion Pipelines (Weeks 2-5)
Built automated data pipelines for all source systems with error handling, retry logic, and lineage tracking. Parameterized templates for consistent pipeline quality.
Transformation & Quality (Weeks 3-7)
Implemented Bronze → Silver → Gold transformations. Data quality checks at each layer. Industry-specific business logic and domain models in Gold layer.
Analytics & Consumption (Weeks 5-9)
Connected Gold datasets to Power BI semantic models with row-level security. Built domain-specific dashboards and self-service datasets for business users.
Governance & Handoff (Weeks 7-10)
Deployed governance framework with data classification, automated lineage, and access policies. Trained internal data team on platform operations and extension.
Solution Architecture
Platform: Lakehouse architecture with medallion layers (Bronze → Silver → Gold) and governance framework
Ingestion: Automated pipelines with error handling, retry logic, and lineage tracking
Consumption: Power BI semantic models with row-level security and certified datasets
Results
Technologies Used
Key Takeaways
If your organization is facing a similar challenge, here's what we learned:
Industry context eliminates weeks of discovery. Understanding manufacturing terminology, OSHA safety regulations, ISO 9001/14001 standards, and FDA compliance for pharmaceutical manufacturing, and operational workflows meant we skipped the "teach us your business" phase. Our data engineering team brought domain context from the first workshop.
Phased delivery maintains executive sponsorship. By delivering measurable results in 8-12 weeks, the sponsor had proof for their next board meeting. This is critical in manufacturing organizations where budget cycles are tight and competing priorities are constant.
User adoption is the real success metric. Technology implementations fail when users don't adopt. We designed the solution around existing manufacturing workflows — not the other way around. The system met users where they already worked, driving 80%+ adoption within the first month.
Ongoing governance prevents value decay. We established review cadences, defined data ownership, and built monitoring dashboards that make issues visible early. The platform continues to deliver value because governance is sustained — not because the initial deployment was perfect.
Facing a Similar Challenge?
We deliver data engineering solutions for manufacturing organizations — with measurable outcomes typically within 8-12 weeks.