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Digitization of the tracking sheet

Digitalizing production tracking sheets is not just about reducing paper usage. It primarily addresses the need for reliable data and better control of production flows.

In many industrial environments, paper-based tracking sheets remain a weak point: information can be lost, data is not updated in real time, and there is often a gap between shop floor reality and information systems. These limitations lead to errors, operational slowdowns and reduced visibility over actual production progress.

Beyond productivity gains, digitalization enables structured traceability and a clearer understanding of the gap between planned and actual production. It therefore becomes a key lever for improving industrial performance and analyzing OEE (Overall Equipment Effectiveness).

Rethinking the tracking sheet as a management tool

As quality, traceability and responsiveness requirements increase, production tracking sheets can no longer be treated as simple information carriers.

When disconnected from information systems, they quickly become a point of disruption within the production chain. Data is no longer synchronized, operators work with incomplete information, and discrepancies accumulate.

Digitalizing tracking sheets transforms them into a true operational management tool. Data is updated in real time, instantly accessible and directly usable for performance analysis.

Challenges of paper-based tracking sheets

Discontinuity and tracking errors

Traditional tracking sheets, often separated from the physical part, can be lost, damaged or incorrectly filled in. Each search or correction results in time loss and increased risk of error.

Delayed access to information

Without real-time connection to information systems, operators lack up-to-date visibility. They cannot reliably determine whether a previous operation has been completed or modified.

Costs and environmental impact

Printing, distributing and archiving paper documents generate recurring costs and significant waste, which conflicts with sustainability goals.

Beyond these visible constraints, such issues reflect a broader lack of control over production flows and difficulty in ensuring data reliability.

Ineo Sense's answer : Tracer‑Note® and REP‑Report‑NOTE® IoT sensors

To address these challenges, Ineo-Sense offers a solution based on two complementary IoT sensors dedicated to the digitalization of production tracking sheets.

TRK‑Tracer‑Note® IoT sensor

The TRK-Tracer-Note® IoT sensor enables real-time digital tracking of production orders and visual management.

Attached to each part or container, it ensures digital continuity throughout the production process.

It allows :

  • real-time tracking of production flows,
  • visibility into process progress,
  • localization of items outside the process.

The ePaper display replaces the traditional paper sheet and provides instant access to key information such as priorities, urgencies and batch data.

This immediate visibility reduces errors and accelerates decision-making on the shop floor.

REP‑Report‑NOTE® IoT sensor

The REP-Report-NOTE® IoT sensor complements the system by adding an interactive and event-driven layer.

It enables :

  • visual and audible signaling to optimize workflows,
  • alerts in case of anomalies or intervention requests,
  • message customization depending on the operational context.

This improves responsiveness and enhances coordination across teams.

Data generated

Digitalizing production tracking sheets enables the collection of structured, high-quality data.

The sensors generate :

  • timestamped logs (datalogging),
  • indoor localization data,
  • movement and interaction data,
  • communication and battery status,
  • automated inventory data.

This information provides a reliable view of actual production execution and helps identify discrepancies.

Key shared features

The solutions are designed to integrate seamlessly into industrial environments.

Bidirectional communication enables real-time updates, regardless of location within the site.

Wireless installation allows rapid deployment without modifying existing infrastructure.

Long-range communication and extended autonomy ensure reliable operation across large industrial areas with minimal infrastructure.

Full interoperability enables easy integration with ERP, MES or IoT platforms via APIs.

Finally, visual identification at a distance allows quick localization of items and efficient management of critical situations.

Operational benefits

Digitalizing production tracking sheets delivers tangible benefits across the organization.

Paper elimination reduces costs and supports sustainability initiatives.

Productivity increases by eliminating interruptions caused by missing documents and automating reporting steps.

Visibility is significantly improved, with full traceability and real-time monitoring of production progress.

Error reduction helps ensure data reliability and limits production defects.

However, the most impactful benefit lies in data utilization. By providing objective insight into process times, interactions and deviations, digitalization enables a deeper analysis of industrial performance.

It therefore becomes a key lever for understanding quality-related losses and sustainably improving OEE.

Business sectors

The industry sectors we regularly address for these challenges

  • Aerospace
  • Automotive
  • Manufacturing industry
  • Retail

Related products

  • TRK-Tracer-NOTE® IoT sensor

    Digitization of visual management and dynamic manufacturing order tracking

    Know more
  • REP-Report-NOTE® IoT sensor

    Connected display and Event trigger

    Know more

FAQ - Digitalization of the tracking sheet

What is a production tracking sheet digitization sensor and what is it used for ?

A production tracking sheet digitization sensor is a wireless IoT device that replaces the traditional paper-based tracking sheet by attaching a connected digital support directly to each part or container. It transmits production data in real time (stage progress, priorities, location) directly to the ERP or MES. Ineo Sense offers two complementary sensors for this purpose: the TRK-Tracer-Note®, equipped with an ePaper display, and the REP-Report-NOTE®, dedicated to alerts and event-driven interactions.

Why digitize the production tracking sheet with IoT sensors rather than a software-only solution ?

A software-only solution does not solve the disconnection between the shop floor and the information system. IoT tracking sheet digitization sensors bring digital continuity directly at the part level : data is collected and updated without manual re-entry, without the risk of lost documents, and without dependency on a wired connection. It is this physical presence close to the production flow that guarantees data reliability and eliminates gaps between planned and actual production.

What data is collected by production tracking sheet digitization sensors ?

The IoT sensors generate a structured and actionable dataset: timestamped logs, internal location data, movement and interaction records, communication and battery status, as well as automated inventory data. This information makes it possible to objectively measure time spent at each production stage, identify bottlenecks, and feed a detailed OEE (Overall Equipment Effectiveness) analysis.

Are production tracking sheet digitization sensors compatible with existing ERP and MES systems ?

Yes. Ineo Sense's TRK-Tracer-Note® and REP-Report-NOTE® sensors communicate via LoRaWAN or the proprietary Clover-Net® protocol, and integrate with ERP, MES, and IoT platforms via API. Installation is wireless and requires no modification to existing infrastructure. Deployment is designed to be fast and non-disruptive, with interoperability built to adapt to already-equipped industrial environments.

What are the concrete benefits of digitizing the production tracking sheet with IoT sensors ?

The benefits are both operational and strategic. On the shop floor, eliminating paper tracking sheets removes interruptions caused by missing documents, reduces data entry errors, and improves real-time visibility into order progress. At a more structural level, the data collected by the sensors enables manufacturers to understand performance losses, reduce scrap rates, and sustainably improve OEE. The approach also supports a consistent CSR strategy by eliminating printing and paper archiving costs.

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