Rico Auto Industries Ltd – BMW Export lines Traceability System

Project Overview

Rico Auto, a global Tier-1 partner for BMW, faced a critical mandate for its Gen-6 high-volume export lines. In the high-precision automotive world, passing an OEM audit is not just about having data; it’s about proving a “Digital Thread”—a seamless link between every machining parameter and the final dispatched part.

Business Challenge

Before Hiotron’s intervention, traceability relied on a “Fragmented Reality”:

1. Data Silos: Important information was spread across paper records, machine PLC data, and manual quality logs. Because the data was stored in different places, it was difficult to get one clear view of operations.
2. Time-Consuming Audit Preparation: Preparing for BMW audits took several days because teams had to manually collect and match records from different sources. This made the audit process slow, stressful, and resource-heavy.
3. Risk of Wrong Parts Moving Forward: Without real-time quality checks and interlocks, there was always a chance that a non-compliant part could move to the next stage because of human error. This created a serious quality and compliance risk.
4. Limited Real-Time Traceability: Operators, supervisors & managers did not have instant visibility into the journey of each component. As a result, tracking part status and identifying issues quickly was difficult.
5. Weak Process Discipline at Scale: Quality teams needed faster access to OK and NG status linked to each uniquely serialized part. Management also needed a reliable digital audit trail that could be reviewed easily, without depending on manual records. The plant required stronger process discipline to ensure that non-compliant parts were stopped before moving ahead.

Hiotron Solution

Hiotron implemented an end-to-end QR and DPM scanner based part traceability solution tailored for the BMW Gen-6 export lines. Each component was assigned a unique identity, and station-level events were captured against that identity throughout the production journey.

1. End-to-end part traceability: Hiotron built a complete digital traceability system that tracked every part across the full production journey.
2. Unique QR-based identity for every part: Each component was linked to a unique QR code, making it easy to trace its status, history, and movement at any stage.
3. Critical process and quality data capture: The system captured important process parameters and quality data at every key stage and linked them to each part’s QR journey.
4. Stage-wise interlocking for quality control: Hiotron implemented interlocking at every stage so that if a part was marked NG or the correct process sequence was not followed, it could not move forward.
5. Real-time visibility and OEE monitoring: Operators, supervisors, and management gained live visibility into machine performance, production flow, and OEE for faster decision-making.
6. One-click report export: Part-wise, shift-wise, daily, and monthly reports could be generated and exported instantly, giving Rico as well as BMW audit teams a complete picture of operations and quality performance in just single click
7. Stronger process discipline and audit readiness: The solution created a reliable digital trail for every part, reduced manual dependency, and made audit preparation faster, easier, and more accurate.

Business Impact

1. 100% part traceability: Each serialized part can now be traced from source material through final process completion.
2. Zero defect escapes: NG parts are held at source instead of progressing downstream.
3. Audit-ready records: Customer and internal teams can retrieve part history instantly during audits and investigations.
4. Lower manual effort: Digital tracking reduced dependence on paper-based traceability and manual record reconciliation.

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Brembo Brakes Ltd. – Brake Assembly Lines Digitalisation

Project Overview

Brembo Brakes Founded in 1961 in Italy, Brembo has built a global manufacturing and innovation footprint with 25 production plants, nine R&D centres, and 2024 revenues of €3,840.6 million, making it one of the most recognized names in braking technology worldwide.

Brembo Brakes India partnered with Hiotron to accelerate its digital manufacturing journey by transforming critical shopfloor processes into one connected, intelligent system. The objective was to reduce manual dependency, improve real-time visibility, strengthen process control, and create a future-ready production environment across planning, operator management, inventory, reporting, traceability, and issue escalation.

Business Challenge

Brembo was managing several important production activities through spreadsheets, paper records, verbal communication, and disconnected systems. This created delays, reduced visibility, and increased dependency on manual follow-up across the plant.

• Manual production planning: Planning was managed through spreadsheets and verbal communication, making it harder to align priorities and respond quickly to line changes.
• Limited real-time data visibility: Production, rejection, and loss data required manual collection and reporting, which slowed decision-making and increased the risk of errors.
• Operator skill control challenges: Operator skill validation was a manual process, making it difficult to ensure that the right operator with the right skill was deployed at the right station.
• Inventory and residual quantity issues: Material shortage signaling depended heavily on operator judgment, while residual quantity handling involved multiple manual steps and a higher risk of part mix-ups.
• Weak component-level traceability: Tracking BOM-level batches across different models was difficult, making root-cause analysis and recall actions slower whenever a customer quality issue occurred.
• Paper-based process checklists: Setup checklists, traceability records, and poka-yoke checks depended on manual compliance, creating the risk of skipped steps and weak SOP adherence.
• Manual reporting: Reports completely depended on paper and manual effort, delaying issue resolution and reducing accountability.

Hiotron Solution

Hiotron implemented a connected digital platform that brought together planning, real-time data capture, operator authentication, inventory visibility, BOM traceability, checklist enforcement, notifications, and reporting into one streamlined manufacturing solution.

• Digital production planning: Hiotron enabled line-side digital planning so operators could see upcoming production priorities directly on the line, while planners could monitor execution and losses in real time.
• Real-time production intelligence: The platform captured production, rejection, and loss data live, calculated key KPIs automatically, and delivered dashboards and reports for faster decisions.
• Operator skill authentication: Station-wise operator skill validation was digitized using biometric-based authentication, ensuring the right operator was assigned to the right machine or line.
• Smart inventory management: The system tracked inventory conditions, generated automatic shortage alerts, and improved traceability of child parts through digital identification and monitoring.
• BOM-level batch traceability: Hiotron enabled BOM-level traceability for every model manufactured. Each BOM component batch was scanned into the system, allowing Brembo to maintain a complete digital record of every batch used in every finished part.
• Faster quality investigation and recall readiness: If any assembled part later showed a quality issue at the customer end, Brembo could quickly identify other finished goods and BOM batches linked to the same rejected batch. This made trace-back, containment, and recall actions much faster and more reliable.
• Digital setup, traceability, and poka-yoke checklists: Setup checklist, traceability report, and poka-yoke checklist activities were digitized and linked to standard operating procedures. Operators were required to complete these checks in sequence before starting the line.
• Process interlocking for SOP adherence: If any required checklist step was skipped, the system did not allow the line to start. This ensured strong process discipline and kept operator adherence aligned with standard procedures.
• Residual quantity control: Hiotron digitized the tallying and tagging of residual child parts, reducing multiple handling, preventing mix-ups, and improving warehouse coordination.
• Automated notifications and escalation: The solution enabled alerts through digital channels, real-time status updates, escalation workflows, and scheduled report delivery for faster issue resolution.
• Accurate and consistent reporting: Hiotron replaced manual reporting with structured, automated reports that improved visibility, accountability, and operational control.

Business Impact

With Hiotron’s solution, Brembo gained stronger control over production planning, shopfloor visibility, operator deployment, material flow, and issue management. BOM-level batch traceability improved root-cause analysis and recall readiness, while digital checklist enforcement ensured SOP compliance before production could begin. The transformation reduced manual effort, improved reporting accuracy, accelerated response times, and created a more connected and disciplined manufacturing environment ready for future scaling.

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Rockman Industries (Hero Group)

Project Overview

Rockman Industries, one of the oldest and most trusted companies in the Hero Group, partnered with Hiotron to solve a highly complex shopfloor digitization challenge across its legacy die casting operations. After evaluating multiple vendors, Rockman chose Hiotron for its technical depth, persistence, and ability to deliver results on difficult legacy machine environments. What began as a focused effort on HPDC machine data integration evolved into a broader digital manufacturing transformation covering production monitoring, predictive maintenance, die life monitoring, quality parameter tracking, and ERP-connected production visibility.

Business Challenge

Rockman’s die casting environment included legacy machines where reliable data capture and machine-data matching were major challenges. Because the systems were old and difficult to integrate, creating an accurate and dependable digital layer required deep technical experimentation, validation, and continuous refinement before the solution could be trusted at scale.

• Legacy machine integration challenges: Rockman had already explored multiple vendors, but cracking reliable integration on legacy die casting machines remained a major challenge.
• Data matching and accuracy issues: Since the machines were legacy, matching production data correctly and consistently was difficult, which created trust issues in digital reporting and system outcomes.
• Need for stakeholder confidence: The solution had to satisfy every stakeholder, from top management to shopfloor teams, before it could be approved for wider deployment across the group.
• Limited visibility into production and machine health: The business needed stronger monitoring of production, die life, machine conditions, and quality parameters across HPDC operations.
• Need for predictive maintenance and process control: Rockman required a more proactive approach to machine performance, maintenance planning, and operating discipline to reduce disruption and improve reliability.
• High-stakes ERP integration: SAP production orders had to flow correctly into operations, and machine output data had to flow back accurately at shift end. If data did not transfer properly, dispatch could be held up, making data accuracy and system discipline business-critical.

Hiotron Solution

Hiotron worked closely with Rockman over a sustained R&D-led engagement to build a dependable digital solution for its die casting operations. The implementation focused first on HPDC machines and was refined over nearly one and a half years until the system delivered the level of trust, consistency, and technical performance needed for larger-scale adoption.

• Deep legacy machine integration: Hiotron successfully integrated difficult legacy die casting machines and built a reliable digital layer where previous vendor attempts had struggled.
• Production monitoring for die casting operations: The solution enabled structured monitoring of production performance across HPDC machines, creating better visibility into output, machine utilization, and operational behavior.
• Predictive maintenance and advanced monitoring: Hiotron implemented predictive maintenance capabilities along with advanced machine-health monitoring to help teams identify issues early and improve equipment reliability.
• Die life monitoring: The platform tracked die life more effectively, helping Rockman improve maintenance planning, process control, and operational consistency.
• Quality parameter monitoring: Critical quality-related parameters on HPDC machines were monitored digitally to improve process visibility and support better control over production quality.
• ERP integration with SAP: Hiotron enabled deep SAP integration so that production orders flowed from SAP into the shopfloor system, and machine production data was sent back to SAP at the end of each shift for downstream dispatch and business processing.
• Data accuracy and SAP hygiene: Because dispatch depended on successful data transfer, the system helped ensure stronger accuracy, discipline, and hygiene in SAP data entry and production reporting.
• Built through trust and continuous improvement: The solution was refined through sustained collaboration, technical persistence, and continuous improvement until stakeholders across levels were satisfied with the outcome.

Business Impact

The successful HPDC implementation proved Hiotron’s ability to solve complex legacy-machine challenges in a demanding manufacturing environment. It improved trust in machine data, strengthened production and quality visibility, enabled more proactive maintenance, and created a reliable ERP-connected digital workflow. Most importantly, the success of the HPDC deployment gave Rockman management the confidence to expand the same solution horizontally to LPDC and GDC machine environments across the group, turning a difficult integration project into a scalable transformation initiative.

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JJG Aero & Machining

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CIE India Ltd – FORD Export Cells Traceability System

Project Overview

Hiotron deployed its Traceability System in a newly built, ₹500+ crore dedicated Ford export shop designed to supply 100% of its parts to the US market. Built as a greenfield project with world-class automation and robotics, the facility demanded a digital system that could match the same level of reliability, speed, and control. Hiotron delivered that layer through a plant-wide traceability implementation that became the final quality and compliance gatekeeper for the entire operation.

Business Challenge

In a high-value export environment, even a single faulty part can create serious quality, compliance, and commercial risk. The shop needed a robust traceability backbone that could connect a highly automated plant, manage data accuracy across multiple vendor systems, and ensure that every part moving out of the facility could be tracked with confidence.

• High-stakes export quality requirements: Since the plant ships 100% of its output to the US, traceability had to operate as a dependable final control layer for every dispatched part.
• Greenfield plant complexity: Although the facility was brand new and highly automated, it brought together a large number of machines, vendors, and automation systems that had to work as one connected environment.
• Multi-vendor integration challenge: The project required seamless integration of 110 machines from more than 20 vendors, including Felsomate, Unimet, Abro, Marposs, LMW, Ace Micromatic, Makino, Mazak, Micrologic, Technofour, GH Induction India, SP, Technomac, and Eco-clean, among others.
• Very short implementation timeline: The entire plant-level traceability and networking setup had to be completed at exceptional speed without compromising system reliability.
• Need for complete plant-level visibility: The facility needed a unified system that could connect machine data, process flow, and part-level traceability across the full shopfloor.

Hiotron Solution

Hiotron implemented a full plant-level Traceability System for the Ford export shop, connecting the complete machine environment into one reliable digital framework. The solution delivered the same core value as the Rico implementation, but at a much larger scale in a greenfield, export-critical environment.

• Plant-wide traceability deployment: Hiotron established an end-to-end traceability layer across the shop so every part could be tracked with confidence through the manufacturing journey.
• Final gatekeeper for exports: The system acted as the critical final gatekeeper for the facility, helping ensure that only traceable and compliant parts moved toward dispatch.
• 110-machine multi-vendor integration: Hiotron connected 110 machines from 20+ vendors into a unified traceability architecture, despite the complexity of different machine types, control systems, and communication environments.
• Full plant-level networking: Beyond machine integration, Hiotron delivered complete plant-level networking required to support reliable data flow across the facility.
• Rapid execution: The complete project was delivered in just 28 days, making it the fastest traceability project delivered by Hiotron so far.
• Greenfield-ready digital foundation: In a brand new automated plant, Hiotron ensured that traceability was not treated as an afterthought, but as a core operational control system from the start.

Business Impact

The implementation gave the Ford export shop a strong digital assurance layer in an environment where quality and traceability are business-critical. During a recent high-profile visit, CIE Automotive Group CEO Mr. Ander Arenaza Álvarez recognized Hiotron’s Traceability System as the critical final gatekeeper for the facility. While the shopfloor itself represented world-class automation and robotics, Hiotron’s system stood out as the control point that delivered confidence, visibility, and peace of mind for export operations. The project also demonstrated Hiotron’s ability to execute highly complex, multi-vendor traceability deployments at exceptional speed and scale.

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Spark Minda – Assembly Line End to End Digitalisation Case Study

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