TEEPTRAK – Connect to your industrial potential

Category: Technological Innovations

Technological innovation is transforming industries by enhancing efficiency, productivity, and competitiveness. Explore the latest advancements in IoT, AI, automation, and data analytics. Learn how cutting-edge solutions are optimizing manufacturing, improving decision-making, and driving industrial evolution.

  • TEEPTRAK Field V4 & Field V4 Stainless: The New Generation of Industrial Tablets

    TEEPTRAK Field V4 & Field V4 Stainless: The New Generation of Industrial Tablets

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    As the industrial world evolves at high speed, technological innovation has become a key driver of performance. It is redefining work methods, optimizing resource use, and accelerating goal achievement.

    To meet the growing need for real-time optimization, reduced machine downtime, and continuous performance, companies require robust and intelligent tools. This is exactly the purpose of TEEPTRAK’s new generation of industrial tablets.

    Following the success of the V3 deployed in numerous factories we’re proud to introduce two new models: the TEEPTRAK Field V4 and the TEEPTRAK Field V4 Stainless.

    Two Models, One Goal: Exceed Industrial Challenges

    Building on the success of the Tablette V3, the new Field V4 and Field V4 Stainless retain the strengths of their predecessor, but go one step further.

    Designed for the most demanding environments, they resist shock, vibration, dust and extreme humidity. Waterproof, even in the event of total submersion. They have been tested in real-life conditions, including immersion in water tanks, without any loss of functionality. A true guarantee of reliability for intensive use in the most demanding industrial settings.

    TEEPTRAK Field V4 Stainless: Enhanced Durability

    The Field V4 Stainless features an integrated antenna and a stainless steel housing for enhanced durability. Designed for use in the most extreme industrial environments, it will stand up to industrial aggression over the long term.

     

    Key Features of Both Tablets

    A clear and precise display : Both models feature a more powerful graphics engine, ensuring smooth real-time visualization of production data. Their 8K compatibility provides ultra-precise data display, even in the most demanding settings.

    Memory and storage designed to handle ever more data : With 32 GB of storage and optimized memory, the tablets ensure smooth, efficient management of large amounts of data on a daily basis.

    Connectivity designed for industry: A new 2.5 Ethernet port ensures fast, stable connectivity. Fully compatible with RJ45 no adapter needed.

    Android 14 for an even smoother experience : Thanks to Android 14, they benefit from the latest advances in performance, security and accessibility.

    A new processor to go faster and further : Featuring an 8nm processor, Field V4 and its Stainless version are now even more responsive and ergonomic, to meet the demands of modern industry.

    Seamless Integration with the TEEPTRAK Ecosystem

    Both tablets have been designed to integrate seamlessly with our four flagship solutions: PerfTrak, PaceTrak, ProcessTrak and QualTrak. They optimize data collection, enrich the user experience and support continuous improvement.

     

    Get Started Today!

    The TEEPTRAK Field V4 and Field V4 Stainless represent a major step forward for Industry 4.0. Built for daily industrial use, they combine ruggedness, smart capabilities, and advanced connectivity to meet the performance challenges of tomorrow’s industry.

    Adopt this new generation of industrial tablets designed for reliability and optimization.
    Contact our experts today for a personalized demonstration and discover the best solution for your needs.

     

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  • Industry and ecology: a challenge for the future

    Industry and ecology: a challenge for the future

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    Towards more responsible production


    New technologies enable us to improve energy efficiency, reduce waste and optimize the use of raw materials. The adoption of digital solutions, such as real-time monitoring systems, makes it possible to accurately track production line performance and identify potential savings.

    The role of industrial optimization in the ecological transition


    Optimizing industrial performance is a powerful lever for reducing the environmental impact of plants, and this is precisely the mission of TeepTrak. Using real-time monitoring and analysis systems, manufacturers can accurately identify wasted resources, energy losses and operational inefficiencies.

    By drastically reducing scrap and rework, our solutions enable companies to consume fewer raw materials and less energy, while also decreasing their volume of industrial waste. Eliminating unplanned downtime and inefficiencies in processes not only lowers costs but also reduces the carbon footprint associated with unnecessary production cycles.

    This approach aligns with the principles of sustainable industry, where performance goes hand in hand with environmental responsibility. Rather than pitting productivity against ecology, we demonstrate that smart production management can combine competitiveness with environmental commitment.

     

    Recycling and rethinking raw materials


    The circular economy is a major avenue for making industry more respectful of the environment. Many companies are now reclaiming their waste or integrating recycled materials into their production processes. This approach not only reduces dependence on natural resources, but also reduces industrial waste.

    Ecological issues: a collective responsibility


    Environmental regulations are becoming increasingly stringent, and industry must continue to adapt its practices to preserve the planet. Reducing emissions, optimizing resource use and minimizing waste are now priorities, not only to comply with legal requirements, but also to actively contribute to a sustainable future.     Every company has a role to play in this transition, where performance and respect for the environment can evolve in harmony. Protecting natural resources is no longer simply a question of regulations, but a challenge for future generations.

    Conclusion: Industry and ecology, a winning combination


    Contrary to popular belief, industry and ecology are not mutually exclusive. On the contrary, responsible production management is a real strategic asset for companies. Thanks to technological innovations, more sustainable business models and optimized resource management, industry is in a position to play a leadership role in the ecological transition. Together, we can build an industry that respects the environment while ensuring its economic success.

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    • OPC UA: Optimized protocol for industrial communication

      OPC UA: Optimized protocol for industrial communication

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      In modern industry, the exchange of information between machines, software, and applications is essential. OPC UA (Unified Architecture) is a key technology that ensures interoperability across systems and equipment at different production levels. Unlike older protocols, it offers enhanced security and smooth communication between controllers, servers, and industrial clients.

      Adopted as a standard by many companies, OPC UA facilitates the use of a standardized communication model that is independent of suppliers. This article explores its architecture, functionality, and benefits for Industry 4.0.

       

      What is OPC UA?

      Definition and History

      OPC UA is a communication protocol designed for industrial systems, enabling secure data exchange between machines and applications. It was developed as an evolution of OPC Classic, addressing the growing needs for security, modeling, and interoperability.

      Created by the OPC Foundation, OPC UA is designed to be platform-independent, guaranteeing better integration with modern networks and services. Its adoption has accelerated with the rise of Industry 4.0, where connectivity and supervision play a central role.

      Difference between OPC Classic and OPC UA

      OPC Classic and OPC UA differ in several key aspects. First, their architecture is significantly different: OPC Classic relies on Microsoft’s COM/DCOM technologies, making it heavily dependent on Windows, while OPC UA is platform-independent and operates on various operating systems. In terms of security, OPC Classic has relatively weak protection, whereas OPC UA integrates advanced encryption and authentication mechanisms, thus enhancing the security of industrial communications.

      Interoperability is also a major difference. OPC Classic is limited in compatibility and mostly operates within a Windows environment, whereas OPC UA is designed to be multi-platform, fostering better integration with different systems and equipment. Regarding communication, OPC Classic is mainly limited to local networks under Windows, while OPC UA can operate over any network, including modern protocols like TCP/IP and HTTPS.

      Lastly, data modeling is more advanced in OPC UA. OPC Classic is limited to simple value exchanges, while OPC UA uses an object-oriented approach, allowing for richer and more hierarchical data structuring, making it more suited for modern industrial applications requiring advanced information management.

      Why OPC UA Became an Essential Standard in Industry

      Today’s industry requires reliable and secure communication between heterogeneous equipment. OPC UA meets this need by offering a scalable architecture and a structured data model.

      Its adoption enables companies to improve supervision, optimize the use of controllers, and ensure secure information exchange over industrial networks. With its advanced specifications and robust software stack, OPC UA facilitates the implementation of high-performance industrial applications.

       

      Why OPC UA is a Strategic Choice for Industry 4.0

      Complete Interoperability Between Machines and IT Systems

      In a modern industrial environment, the exchange of information between machines, controllers, and IT systems is essential. OPC UA ensures complete interoperability by standardizing data, regardless of the equipment used.

      Thanks to its object-oriented model, OPC UA allows seamless integration between supervision software, servers, and analytics applications. This approach simplifies the deployment of connected solutions and facilitates the use of industrial data to improve system performance.

      A Secure Protocol for Industrial Data Exchange

      Industry 4.0 relies on connected networks where security is a major concern. OPC UA stands out with its advanced protection mechanisms, including data encryption, client and server authentication, and certificate management.

      These measures secure communication between equipment, reducing the risk of cyberattacks and ensuring the integrity of exchanged information. Unlike older protocols, OPC UA offers a level of security that meets modern industrial standards.

      Flexibility for Modern IoT and Big Data Demands

      With the rise of IoT and Big Data, industry must handle an increasing volume of real-time data. OPC UA adapts to these needs with its scalable architecture, supporting both local networks and cloud infrastructures.

      Its compatibility with other technologies, such as MQTT or AMQP, makes it an ideal solution for companies looking to leverage their data for predictive analysis and system optimization. This flexibility ensures efficient implementation in various applications, from machine control to advanced supervision.

       

      Real-World Applications of OPC UA in Industry

      Automation of Production Lines

      The manufacturing industry relies on advanced automation systems to improve machine and process efficiency. OPC UA enables smooth data exchange between controllers, servers, and supervision applications, facilitating the management and optimization of production lines.

      Thanks to its standardized and secure communication model, OPC UA ensures effective interaction between different equipment, regardless of the supplier. This interoperability is essential for ensuring rapid and flexible implementation of new industrial technologies.

      Optimization of OEE and Industrial Performance

      Overall Equipment Effectiveness (OEE) is a key indicator for companies looking to maximize productivity. OPC UA facilitates real-time data collection and analysis, enabling industrial companies to quickly identify bottlenecks and improve machine utilization.

      With advanced supervision and better visibility into system performance, industrial players can adjust their production strategies and optimize costs. This technology is therefore a strategic lever for improving industrial performance at all levels.

      Real-Time Monitoring and Machine Tracking

      Modern supervision services require solutions capable of handling growing volumes of real-time data. OPC UA allows precise tracking of machine status by continuously collecting and analyzing critical information, such as temperatures, vibrations, or utilization rates.

      With this connected architecture, operators can anticipate failures, reduce downtime, and ensure a higher level of preventive maintenance. By integrating OPC UA into their industrial networks, companies gain in responsiveness and operational efficiency.

       

      OPC UA integration at Teeptrak

      Our Approach to Equipment Interoperability

      At Teeptrak, we emphasize ensuring total interoperability between industrial equipment and performance monitoring applications. OPC UA allows us to easily integrate our solutions with various controllers, software, and systems, regardless of their manufacturer or model.

      By leveraging an open and scalable standard, we ensure fast and efficient deployment without constraints related to existing infrastructures. This approach ensures a smooth transition to Industry 4.0, with better communication security and greater flexibility in data use.

      How do our solutions use OPC UA?

      Our solutions use OPC UA to collect and analyze supervisory data, enabling detailed monitoring of machine performance and continuous optimization of production systems. Thanks to a robust software stack and seamless integration with industrial networks, we help our customers make the most of their real-time information.

      With OPC UA, we guarantee secure communication between clients and servers, optimizing decision-making and industrial process management. Our applications enable companies to achieve unprecedented levels of control and optimization, for more efficient and sustainable production.

       

      The future of OPC UA: towards OPC UA FX and increased standardization

      What is OPC UA FX?

      OPC UA FX (Field eXchange) is an extension of OPC UA designed to improve the interoperability of industrial equipment, particularly for field networks. It introduces new functionalities such as data synchronization, real-time control and better management of communications at different industry levels.

      With OPC UA FX, the aim is to create a global standard covering PLCs, machines and IT systems alike. This makes it even easier to implement IIoT solutions and integrate with other technologies such as TSN (Time-Sensitive Networking).

      The Impact of OPC UA on the Digital Transformation of Factories

      OPC UA plays a key role in the digital transformation of factories by ensuring robust and secure connectivity between applications, software, and industrial equipment.

      Thanks to its object-oriented model and compatibility with modern networks, it enables companies to optimize their supervision, secure their data, and facilitate real-time information exchange. With OPC UA FX, this technology will become even more efficient, meeting the growing demands of Industry 4.0.

       

      FAQ – Short and Impactful Answers

      What is OPC UA?

      OPC UA (Unified Architecture) is a standardized communication protocol used in industry to ensure secure data exchange between controllers, software, and supervision systems. It guarantees complete interoperability and flexible deployment of industrial applications.

      What is the difference between an OPC UA client and an OPC UA server?

      Een OPC UA-server is een platform dat gegevens verzamelt en levert aan OPC UA-klanten. De OPC UA-client haalt deze informatie op om deze weer te geven, te analyseren of te gebruiken in een supervisiesoftware. Het client-servermodel zorgt voor een gestructureerde en veilige uitwisseling van industriële gegevens.

      OPC UA and MQTT: What Are the Differences?

      OPC UA is an interoperability standard allowing object-oriented communication between industrial equipment. It supports both client-server and Publisher-Subscriber models.

      MQTT, on the other hand, is a lightweight messaging protocol mainly used for IoT. Unlike OPC UA, it lacks advanced data structures and security mechanisms. However, OPC UA and MQTT can be combined for modern industrial applications.

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    • Industrial Data Protection: A Crucial Issue for Industry 4.0

      Industrial Data Protection: A Crucial Issue for Industry 4.0

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      On the occasion of World Data Protection Day, it is essential to highlight the importance of cybersecurity in the industrial sector. The increasing digitization of production processes and the rise of Industry 4.0 have changed the way factories and businesses interact with their systems and data. In this context, the protection of sensitive information has become more crucial than ever as a strategic imperative.

      Why Data Protection is Crucial in Industry 4.0

      Industry 4.0 is revolutionizing the sector with connected technologies that enhance automation and real-time management of production lines. However, this industrial digitization also exposes businesses to new threats. Cyberattacks targeting industrial systems or confidential data are becoming increasingly frequent and sophisticated. These cyber threats, such as industrial ransomware or intellectual property theft, can disrupt operations and lead to significant financial losses.

      Sensitive data, whether related to manufacturing processes or equipment management, must be protected with state-of-the-art cybersecurity solutions. These systems must address the unique challenges of industrial environments where connectivity, physical security, and information confidentiality are essential.

      The Challenges of Collecting and Protecting Industrial Data

      In the context of Industry 4.0, industrial cybersecurity faces several challenges:

      • Increased Connectivity: Industrial machines, now interconnected, collect and transmit data via networks often vulnerable to intrusions.
      • Evolving Threats: Targeted cyberattacks, such as ransomware, can paralyze an entire factory in record time, causing significant financial and operational losses.
      • Regulatory Complexity: Data protection standards, such as GDPR, impose strict requirements on industrial companies. Complying with these requires appropriate tools and constant regulatory monitoring.
      • The Human Factor: A large portion of security incidents stems from human error, such as lack of vigilance or ignorance of best practices.

      How TEEPTRAK Ensures the Protection of Industrial Data

      At TEEPTRAK, we understand that the protection of industrial data is essential for the proper functioning of Industry 4.0 factories. That is why we implement secure and encrypted solutions to protect critical information throughout its lifecycle. We protect against the most sophisticated cyberattacks, such as ransomware and intrusions, ensuring the continuity of your operations.

      Our industrial software is designed to give our clients complete control over their production data while ensuring optimal security. Through rigorous encryption protocols, we protect sensitive information from any intrusion attempts.

      We also integrate strict access controls to limit and supervise access, thereby reducing internal risks. Our solutions comply with international data protection standards and adapt to the specific needs of connected factories, offering our clients security, compliance, and flexibility.

      5 Best Cybersecurity Practices for Industrialists

      1. Raise Awareness among Teams: Cybersecurity starts with people. Training employees on best practices for handling sensitive data is essential to avoid attacks caused by human error.
      2. Continuous Vulnerability Assessment: The threat landscape evolves rapidly. Regular cybersecurity audits are crucial to identify and address vulnerabilities in data management systems.
      3. Encrypt Sensitive Data: Encrypting sensitive data protects information both in transit and during storage, making it nearly impossible to exploit in case of theft.
      4. Implement Strict Access Controls: Implementing a strict access control policy for data systems ensures that access to sensitive information is granted only to authorized and trained individuals.
      5. Adopt a Comprehensive Solution: By choosing tools like those offered by TEEPTRAK, you can centralize your data while maintaining a high level of security.

      The Future of Cybersecurity in Industry: IoT and Industry 4.0 Challenges

      The growing integration of the Internet of Things (IoT) and Artificial Intelligence (AI) in industry poses new cybersecurity challenges. Connected industrial systems, such as IoT sensors and smart machines, are vulnerable to hacking and misuse to disrupt production processes. However, these advancements can also be leveraged to strengthen cybersecurity by developing solutions capable of anticipating and detecting cyberattacks in real-time.

      Conclusion: The Essential Role of Data Protection for Modern Industry

      With the acceleration of digital transformation, protecting industrial data and systems against both external and internal threats is an absolute priority. Rigorous cybersecurity management allows industrialists to secure their production lines and maintain competitiveness in an increasingly digitized environment. Adopting advanced technologies and robust protection solutions is essential to preparing the future of industry with confidence.

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          Stay connected:

      To keep up to date with all the latest news from TeepTrak and Industry 4.0, follow us on LinkedIn and YouTube. Also, sign up for our newsletter to receive the monthly recap!

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    • Industrieller Datenschutz: Ein entscheidendes Thema für Industrie 4.0

      Industrieller Datenschutz: Ein entscheidendes Thema für Industrie 4.0

      [et_pb_section fb_built=”1″ _builder_version=”4.27.4″ _module_preset=”default” custom_padding=”0px|||||” global_colors_info=”{}”][et_pb_row _builder_version=”4.27.4″ _module_preset=”default” min_height=”2412.2px” custom_margin=”50px|auto||auto||” custom_padding=”20px|||||” global_colors_info=”{}”][et_pb_column type=”4_4″ _builder_version=”4.27.4″ _module_preset=”default” global_colors_info=”{}”][et_pb_text _builder_version=”4.27.4″ _module_preset=”default” custom_margin=”||66px|||” hover_enabled=”0″ global_colors_info=”{}” sticky_enabled=”0″]Anlässlich des Welt-Datenschutz-Tages ist es wichtig, die Bedeutung der Cybersicherheit im Industriesektor hervorzuheben. Die zunehmende Digitalisierung der Produktionsprozesse und der Aufstieg der Industrie 4.0 haben die Art und Weise verändert, wie Fabriken und Unternehmen mit ihren Systemen und Daten interagieren. In diesem Kontext ist der Schutz sensibler Informationen mehr denn je zu einem strategischen Imperativ geworden.

      Warum Datenschutz in der Industrie 4.0 entscheidend ist

      Industrie 4.0 revolutioniert den Sektor mit vernetzten Technologien, die die Automatisierung und das Echtzeit-Management von Produktionslinien verbessern. Diese industrielle Digitalisierung macht Unternehmen jedoch auch neuen Bedrohungen ausgesetzt. Cyberangriffe auf industrielle Systeme oder vertrauliche Daten werden immer häufiger und ausgeklügelter. Diese Cyberbedrohungen, wie industrielle Ransomware oder Diebstahl von geistigem Eigentum, können den Betrieb stören und erhebliche finanzielle Verluste verursachen.

      Sensitive Daten, ob sie nun mit Fertigungsprozessen oder der Verwaltung von Geräten zu tun haben, müssen mit modernen Cybersicherheitslösungen geschützt werden. Diese Systeme müssen die einzigartigen Herausforderungen industrieller Umgebungen adressieren, in denen Konnektivität, physische Sicherheit und Vertraulichkeit der Informationen unerlässlich sind.

      Die Herausforderungen bei der Sammlung und dem Schutz industrieller Daten

      Im Kontext der Industrie 4.0 steht die industrielle Cybersicherheit vor mehreren Herausforderungen:

      • Erhöhte Konnektivität: Industrielle Maschinen, die jetzt miteinander verbunden sind, sammeln und übertragen Daten über Netzwerke, die oft anfällig für Eindringlinge sind.
      • Entwickelnde Bedrohungen: Zielgerichtete Cyberangriffe wie Ransomware können eine gesamte Fabrik in Rekordzeit lahmlegen und erhebliche finanzielle und betriebliche Verluste verursachen.
      • Regulatorische Komplexität: Datenschutzstandards wie die DSGVO stellen strenge Anforderungen an Industrieunternehmen. Die Einhaltung dieser erfordert geeignete Werkzeuge und eine ständige Überwachung der Vorschriften.
      • Der menschliche Faktor: Ein großer Teil der Sicherheitsvorfälle geht auf menschliche Fehler zurück, wie mangelnde Wachsamkeit oder Unkenntnis der besten Praktiken.

      Wie TEEPTRAK den Schutz industrieller Daten gewährleistet

      Bei TEEPTRAK verstehen wir, dass der Schutz industrieller Daten für das reibungslose Funktionieren von Industrie 4.0-Fabriken unerlässlich ist. Deshalb implementieren wir sichere und verschlüsselte Lösungen, um kritische Informationen während ihres gesamten Lebenszyklus zu schützen. Wir schützen vor den ausgeklügeltsten Cyberangriffen, wie Ransomware und Eindringlingen, und gewährleisten so die Kontinuität Ihrer Betriebsabläufe.

      Unsere Industriesoftware wurde entwickelt, um unseren Kunden vollständige Kontrolle über ihre Produktionsdaten zu geben, während gleichzeitig die optimale Sicherheit gewährleistet wird. Durch strenge Verschlüsselungsprotokolle schützen wir sensible Informationen vor jeglichen Eindringversuchen.

      Wir integrieren auch strenge Zugangskontrollen, um den Zugriff zu begrenzen und zu überwachen, wodurch interne Risiken reduziert werden. Unsere Lösungen entsprechen internationalen Datenschutzstandards und passen sich den spezifischen Bedürfnissen vernetzter Fabriken an, sodass wir unseren Kunden Sicherheit, Compliance und Flexibilität bieten.

      5 Beste Cybersicherheitspraktiken für Industrielle

      1. Schulung des Teams: Cybersicherheit beginnt bei den Menschen. Die Schulung der Mitarbeiter in den besten Praktiken für den Umgang mit sensiblen Daten ist unerlässlich, um Angriffe durch menschliches Versagen zu vermeiden.
      2. Kontinuierliche Schwachstellenbewertung: Das Bedrohungsszenario entwickelt sich schnell. Regelmäßige Cybersicherheitsaudits sind entscheidend, um Schwachstellen in den Datenmanagementsystemen zu identifizieren und zu beheben.
      3. Verschlüsselung sensibler Daten: Die Verschlüsselung sensibler Daten schützt Informationen sowohl während der Übertragung als auch bei der Speicherung und macht sie im Falle eines Diebstahls nahezu unmöglich auszunutzen.
      4. Strenge Zugangskontrollen umsetzen: Eine strenge Zugangskontrollpolitik für Datensysteme stellt sicher, dass nur autorisierte und geschulte Personen Zugriff auf sensible Informationen haben.
      5. Umfassende Lösung wählen: Mit Tools wie denen von TEEPTRAK können Sie Ihre Daten zentralisieren und gleichzeitig ein hohes Maß an Sicherheit aufrechterhalten.

      Die Zukunft der Cybersicherheit in der Industrie: IoT und Industrie 4.0 Herausforderungen

      Die zunehmende Integration des Internet der Dinge (IoT) und Künstlicher Intelligenz (KI) in die Industrie stellt neue Herausforderungen für die Cybersicherheit. Vernetzte industrielle Systeme, wie IoT-Sensoren und intelligente Maschinen, sind anfällig für Hacking und Missbrauch, um Produktionsprozesse zu stören. Diese Fortschritte können jedoch auch genutzt werden, um die Cybersicherheit zu stärken, indem Lösungen entwickelt werden, die in Echtzeit Cyberangriffe vorhersagen und erkennen können.

      Fazit: Die entscheidende Rolle des Datenschutzes für die moderne Industrie

      Mit der beschleunigten digitalen Transformation ist der Schutz industrieller Daten und Systeme vor externen und internen Bedrohungen eine absolute Priorität. Ein rigoroses Cybersicherheitsmanagement ermöglicht es Industriellen, ihre Produktionslinien zu sichern und die Wettbewerbsfähigkeit in einer zunehmend digitalisierten Umgebung aufrechtzuerhalten. Der Einsatz fortschrittlicher Technologien und robuster Schutzlösungen ist unerlässlich, um die Zukunft der Industrie mit Zuversicht zu gestalten.
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    • TEEPTRAK 2024: A year of innovation for industry

      TEEPTRAK 2024: A year of innovation for industry

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      The year 2024 marked a major turning point for TeepTrak, strengthening our position as European leader thanks to ever more innovative solutions for optimizing production processes. Buoyed by the unwavering commitment of our teams and the confidence of our customers, we have made significant advances that will go down in our history.

      Innovations at the heart of our strategy:

      Our platform has been enhanced with a 2nd Machine Learning algorithm, designed to detect anomalies in real time and predict failures before they occur. This is a tool dedicated to anomaly identification, bringing significant added value in a variety of fields such as predictive maintenance, process monitoring, and many other situations where a variation in value, rpm or frequency can indicate a potential problem. This anomaly detection and process optimization technology enables your teams to pinpoint anomalies in record time, enabling you to implement strategies to improve your processes.

      We have also taken the next step by integrating the OPC UA standard into our solutions. This advance enables us to offer enhanced connectivity, optimal security and unrivalled flexibility for optimizing industrial processes. Thanks to the integration of OPC UA into our PerfTrak solutions, our customers now benefit from extended connectivity with all OPC UA-compatible machines directly from our platform.

      In the course of the year, we introduced a new version of our tablet. The TeepTrak V3 quickly won over our customers thanks to its robustness, intuitive interface and advanced connection capabilities. In the field, it has become an essential ally in improving your industrial performance, while adapting to all types of environment, even the most demanding.

      To complete our offer, we present our brand new virtual assistant, an intelligent sculpin, available from the end of this year! It can answer all your questions. Whether you need to solve a technical problem or obtain information on our products or services, the chatbot will be ready to answer your questions 24/7. Our chatbot’s aim is to provide you with an increasingly fluid, intuitive and personalized customer experience.

      At the same time, we have continued to innovate and develop our four core solutions: PaceTrak, ProcessTrak, QualTrak and MoniTrak. Thanks to a host of new tailor-made features, we can offer you an ever more effective suite of tools to optimize every link in your production chain. By tailoring our solutions to your specific needs, we support you in your quest for operational excellence.

      Further international expansion :

      Our innovative solutions, adopted by over 120 groups and deployed in more than 360 plants, bear witness to our expertise in industrial performance optimization. Building on this success, we now aim to further develop our presence in the international industrial performance monitoring market.

      With the opening of our Chicago office, we now have a presence in the world’s three major markets. This decisive step marks a new phase in our international growth.

      Our ambition doesn’t stop there. We will also be strengthening our presence in China through the development of our subsidiary in Shenzhen, to pursue our growth in the Chinese market. This solid foothold will enable us to better understand the specifics of the Chinese market, and to offer our local customers increasingly tailored support.

      New partnerships for a promising future

      Our partnerships with TopSolid and SIA Partners enable us to complete our offer and provide our customers with a global, innovative solution.

      Our partnership with TopSolid :

      We announced our collaboration with TopSolid at the Global Industrie trade fair in Lyon. As part of its commitment to supporting its customers in monitoring the performance of their equipment, TopSolid France has chosen to integrate PerfTrak. This partnership has enabled us to launch TopSolid’Monitor, an offer which will enable our customers to benefit from our solution dedicated to monitoring and improving performance, with the ambition of making it the essential reference in this field.

      Our partnership with Sia Partner :

      By combining our respective areas of expertise, we offer a global solution for optimizing industrial performance. We provide the data, while SIA Partner leverages this data to support customers in an in-depth transformation of their teams and processes. This partnership enables us to offer you a unique, tailor-made solution that will enable you to meet the challenges of Industry 4.0 and gain in competitiveness.

      Sustained growth

      The figures speak for themselves:

      Expanded global coverage: Our company has achieved new global coverage with three operational subsidiaries serving over 120 customer groups across 30 countries.

      An expanding team: Our growth is accelerating, with the integration of a dozen new employees over the past year and the aim of strengthening our team with over 100 new talents by 2027.

      Achieving financial equilibrium: For the first time, we have reached our break-even point, giving us all the resources we need to continue developing our solutions and accelerate our growth. On the strength of this financial equilibrium, we are ready to push innovation even further and offer manufacturers ever more effective solutions.

      Fund raising: The confidence of our investors, Xange, EDF and in particular our new main investor SHIFT Invest, has resulted in a fund raising of 5 million euros. This financing will enable us to strengthen our presence on the American and Asian markets, while extending our coverage in Europe by opening new offices in the most industrialized countries.

      Impact of TeepTrak Solutions on Customer Productivity

      Our solutions have proven their effectiveness, enabling our customers to achieve substantial productivity gains. They significantly reduce downtime, optimize production cycles and improve product quality. They also offer a high degree of responsiveness to market trends, and help to reduce energy consumption and environmental footprint. Our solutions guarantee a return on investment in less than 6 months, and a tangible increase in our customers’ productivity. Nutriset testimonial: 11% improvement in OEE in 8 years

      A concrete example of these benefits is Nutriset, a leading producer of nutritional products, which recently agreed to share its feedback on the impact of TeepTrak solutions in optimizing its industrial performance. In the space of eight years, the company recorded a significant 11% increase in its synthetic yield rate (SRR), a result that bears witness to the effectiveness of our technology.

      Our outlook for 2025

      At TEEPTRAK, our goal for 2025 is to continue our mission to support the digital transformation of manufacturers by implementing new functionalities, new integrations and cutting-edge innovations designed to optimize your production processes. We aim to always go further and continue to position ourselves as a global player in Industry 4.0 thanks to our ever more innovative solutions.

      We firmly believe that the industry of the future depends on advanced process optimization and intelligent data exploitation. We are committed to innovation and development to meet tomorrow’s industrial challenges, as a key player in industrial optimization.

      We would like to thank all our customers, partners and collaborators who, through their trust and support, have enabled us to get this far. Together, we’re writing the next pages in the history of the industry, innovating, adapting and pushing back the boundaries of what’s possible, and making your company a benchmark to be reckoned with.

      Watch a video of our most memorable moments this year:

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    • What is Industry 4.0? Understanding the Concept and its Stakes

      What is Industry 4.0? Understanding the Concept and its Stakes

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      L’industrie 4.0 marque une étape décisive dans l’évolution industrielle. Elle intègre des technologies de pointe pour optimiser les processus de production, reliant les machines, les données et les humains. Cette transformation touche tous les aspects de l’usine, avec des implications profondes pour l’entreprise, ses clients et la manière dont les produits sont conçus, fabriqués et livrés. Mais quelles sont les technologies et les avantages de cette nouvelle révolution industrielle ? Voyons cela de plus près.

      Introduction à l’industrie 4.0

      L’industrie 4.0 repose sur l’intégration des systèmes cyber-physiques, de l’internet des objets et de l’intelligence artificielle dans les chaînes de production. Ce modèle innovant permet une automatisation avancée et une communication en temps réel entre les machines et les humains, optimisant ainsi la productivité, la qualité et la flexibilité des usines. Les entreprises adoptent progressivement ces technologies pour rester compétitives dans un marché en pleine transformation.

      Définition et origine du concept

      Le terme “industrie 4.0” a été introduit lors de la foire de Hanovre en 2011. Il désigne la convergence entre le monde physique et le monde numérique à travers des systèmes interconnectés. Ces technologies permettent de collecter, analyser et utiliser des données en temps réel afin d’améliorer les processus de production. L’idée est d’optimiser chaque étape de la chaîne de fabrication en connectant toutes les ressources disponibles : machines, humains, et produits.

      Les grandes révolutions industrielles menant à l’industrie 4.0

      L’industrie a connu quatre grandes révolutions : la première avec la machine à vapeur, la seconde avec l’électricité, la troisième avec l’informatique et l’automatisation, et enfin l’industrie 4.0. Cette dernière pousse l’automatisation à son apogée, en connectant les systèmes de production via des réseaux intelligents. Chaque étape a profondément modifié la manière de produire et de consommer, l’industrie 4.0 étant la plus avancée.

      Les technologies clés de l’industrie 4.0

      L’industrie 4.0 s’appuie sur un ensemble de technologies qui transforment les usines en environnements intelligents. Ces technologies permettent une production plus agile et personnalisée, en intégrant des outils comme l’internet des objets, la robotique avancée, l’intelligence artificielle et les systèmes cyber-physiques. Cette transformation affecte tous les aspects de la chaîne de production, des machines aux humains, jusqu’aux produits et clients.

      Que sont les technologies 4.0 ?

      Les technologies 4.0 regroupent l’internet des objets, la robotique collaborative, le cloud computing, l’intelligence artificielle, et les systèmes cyber-physiques. Elles permettent de connecter les machines, les outils et les humains via des réseaux intelligents. Cela améliore l’échange d’informations et facilite la prise de décision en temps réel dans les usines. Ces innovations conduisent à des gains de productivité importants et une flexibilité accrue dans les processus de fabrication.

      Les composants essentiels de l’industrie 4.0

      Les composants clés incluent les capteurs intelligents, l’internet des objets (IoT), les robots collaboratifs et l’intelligence artificielle. Ces outils permettent de recueillir des données précises sur chaque étape du processus de production. Ces données sont ensuite analysées pour optimiser la gestion des ressources, améliorer la maintenance prédictive des machines, et assurer une production flexible, répondant aux demandes variables des clients.

      Quelles applications pour l’industrie 4.0 ?

      L’industrie 4.0 s’applique dans des domaines variés : la gestion de la maintenance prédictive, la production en temps réel, l’optimisation de la chaîne logistique, et la personnalisation des produits. Les entreprises peuvent offrir des services plus réactifs, réduire les temps d’arrêt grâce aux données collectées, et améliorer leur productivité. Ces avancées apportent également des solutions pour répondre aux attentes des clients, tout en offrant des produits sur mesure.

      Avantages de l’industrie 4.0

      Les bénéfices de l’industrie 4.0 sont multiples : elle améliore la réactivité des entreprises, optimise les processus, et ouvre la voie à une production plus agile et personnalisée. En intégrant des systèmes intelligents, les usines peuvent mieux anticiper les pannes, améliorer la gestion des ressources, et offrir des produits de qualité supérieure tout en réduisant les coûts de production.

      Amélioration de la productivité et de la flexibilité

      Grâce aux technologies de l’industrie 4.0, les entreprises bénéficient d’une meilleure productivité en automatisant une grande partie des processus. La flexibilité accrue permet de s’adapter rapidement aux changements de la demande, en offrant des produits personnalisés ou en ajustant les volumes de production. Cette souplesse devient un atout essentiel dans un marché en constante évolution.

      Économies potentielles et amélioration de la qualité de production

      L’industrie 4.0 permet de réaliser des économies en optimisant l’utilisation des ressources et en réduisant les temps d’arrêt des machines grâce à une maintenance prédictive. De plus, la précision offerte par les technologies numériques assure une amélioration continue de la qualité des produits, réduisant ainsi les défauts et les reprises. Ces gains en efficacité et en qualité se traduisent par une augmentation de la productivité et une meilleure satisfaction des clients.

       

      Comment intégrer l’industrie 4.0 dans les opérations existantes ?

      L’intégration de l’industrie 4.0 dans les opérations existantes nécessite une approche stratégique. Moderniser les usines et les processus de production est une révolution qui implique l’utilisation des nouvelles technologies et des systèmes intelligents pour automatiser et optimiser les chaînes de fabrication. Cette transformation permet aux entreprises de rester compétitives tout en améliorant la productivité et en offrant des produits de meilleure qualité. Voyons comment mettre en place cette évolution.

      Stratégies pour moderniser les installations et processus

      Les entreprises doivent d’abord évaluer leurs installations existantes et identifier les domaines où les technologies de l’industrie 4.0 peuvent être introduites. Cela passe par l’automatisation des machines, la collecte de données en temps réel, et la mise en place de systèmes intelligents pour surveiller et optimiser les processus. L’internet des objets (IoT) et les outils d’intelligence artificielle jouent un rôle clé dans cette modernisation en offrant des solutions pour améliorer la communication et la gestion des ressources.

      Gestion des coûts et complexité de la transition

      L’intégration de l’industrie 4.0 implique des coûts initiaux liés à l’acquisition de nouvelles technologies, à la formation des équipes et à la réorganisation des usines. La gestion de cette transition nécessite une planification minutieuse pour éviter des interruptions de production. Toutefois, les économies à long terme, notamment via la maintenance prédictive des machines, l’amélioration de la productivité et la réduction des déchets, compensent ces investissements. Les entreprises doivent adopter une approche progressive pour maîtriser la complexité de cette transformation.

      Enjeux et perspectives pour l’avenir

      L’industrie 4.0 représente l’avenir de la production industrielle, mais elle pose aussi des défis. Alors que les usines se transforment pour devenir plus intelligentes et connectées, les entreprises doivent s’adapter à un environnement en perpétuelle évolution. Les technologies émergentes changent les attentes des clients et la manière dont les produits sont conçus et livrés. L’anticipation de ces changements est essentielle pour rester compétitif dans cette nouvelle ère industrielle.

      Pourquoi l’industrie 4.0 est-elle essentielle à votre entreprise ?

      Adopter l’industrie 4.0 est crucial pour rester compétitif dans un monde en mutation rapide. Les entreprises peuvent offrir des produits plus personnalisés, réduire les coûts et améliorer la satisfaction des clients. En utilisant des données en temps réel pour optimiser les processus, elles deviennent plus réactives et résilientes face aux fluctuations du marché. Cette révolution ouvre la voie à de nouveaux modèles d’affaires basés sur l’internet des objets, les services numériques, et l’intelligence artificielle.

      Les évolutions émergentes dans les usines 4.0

      Les usines continuent de se transformer avec des innovations telles que la robotique collaborative, l’intelligence artificielle, et les jumeaux numériques. Ces technologies permettent une gestion en temps réel de la chaîne de production et une utilisation optimisée des ressources. De plus, des avancées comme la maintenance prédictive des machines et l’amélioration continue des systèmes de communication changent la manière dont les humains interagissent avec la technologie, facilitant la prise de décisions rapides et efficaces.

      Comment l’industrie française peut-elle s’adapter à l’usine 4.0 ?

      L’industrie française doit investir dans les nouvelles technologies et adapter ses usines pour tirer parti des avantages de l’industrie 4.0. Cela inclut l’amélioration des compétences des travailleurs pour qu’ils maîtrisent les outils numériques et collaborent avec les machines intelligentes. La gestion des données et des réseaux interconnectés devient essentielle pour améliorer la productivité et la compétitivité. En s’appuyant sur des politiques de soutien à l’innovation, l’industrie française peut réussir cette transformation vers l’usine du futur.

      Restez connecté :

      Pour ne rien manquer de l’actualité de TEEPTRAK et de l’industrie 4.0, suivez nous sur LinkedIn et YouTube. Inscrivez-vous également à notre newsletter pour recevoir le récap mensuel !
      Ceci pourrait également vous intéresser :

       

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    • Discover our latest tablet: TEEPTRAK V3

      Discover our latest tablet: TEEPTRAK V3

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      Innovation is the driving force behind industrial transformation. In this context, the V3 tablet is positioned as a high-performance tool for professionals. Designed to meet the growing demands of factories, this new version stands out for its enhanced functionality and optimized performance. This guarantees maximum productivity and optimized production processes. A response to the challenges of industry 4.

      Faced with complex industrial environments, companies need tools that enable them to make fast, effective decisions. Thanks to its integrated solutions, the V3 tablet offers an intuitive user interface and real-time access to data, simplifying day-to-day decision-making. Robust and versatile, it adapts to all industrial environments, even the most demanding.

      Key features of the Tablette V3

       

      High-definition screen: The 11.6″ TFT LCD Full HD screen offers optimum visibility, even in difficult lighting conditions, for practical use outdoors or indoors.

      Enhanced performance: Equipped with a latest-generation processor and substantial RAM memory, the V3 guarantees exceptional fluidity and responsiveness.

      Extended autonomy: The high-capacity battery ensures uninterrupted, all-day use.

      Advanced connectivity: Wi-Fi 5 and Bluetooth™ 5.0 enable easy integration into industrial networks and smooth, fast communication between compatible devices.

      Industrial ruggedness: IP67 certified, the V3 is designed to withstand the most extreme conditions: shock, vibration, dust and immersion to a depth of 1 meter. This ruggedness ensures trouble-free use in all industrial environments.

      Intuitive interface: The user interface has been entirely designed for optimum user experience. It offers intuitive, personalized navigation. The clean, modern design highlights essential information and makes it easy to find specific information.

      Comparison with previous versions

       

      This version has been designed to meet the needs of today’s manufacturers. In fact, it benefits from a number of improvements in both hardware and software, offering a smoother, more powerful user experience.

      Boosted performance for increased productivity

       

      In terms of hardware enhancements, the screen has been enlarged from 10.1″ to 11.6″, offering a better visual experience and easier navigation. The combination of a powerful new processor and 4GB of DDR RAM memory ensures optimized data processing, significantly reducing latency and delivering a smooth user experience when running demanding business applications. This new tablet also boasts improved battery life, enabling you to work longer and be more productive.

      Tough as nails

       

      The robustness of the V3 has been optimised thanks to a reinforced assembly process, making it more resistant than its predecessor and providing greater resistance to impact and damage. Its physical strength has been enhanced with more durable materials, reducing the risk of cracks and scratches, particularly in the event of a fall. What’s more, the V3 offers superior protection against water and dust, and can withstand deep immersion.

      Practical use cases for the V3 Tablet in Industry

       

      The V3 tablet is designed to meet the needs of all sectors, including the most demanding.

      In the food industry, its waterproofing means it can cope with a wide range of extreme environments. IP67 certified, it is protected against splashing water, corrosive liquids and dust, making it the perfect choice for humid and salty environments.

      What’s more, its robustness is an invaluable asset, particularly in the construction sector, where dust resistance is essential. The V3 stands out for its reinforced design, which enables it to effectively withstand the dusty environments typical of construction sites. This makes it ideal for use in the field, even in difficult conditions.

      Integration with TeepTrak Solutions

       

      The V3 tablet gives you access to our solutions, offering you optimum compatibility with them. By collecting data in real time in the field, it feeds PerfTrak’s detailed analyses, helping to significantly improve industrial performance.

      It gives you access to a range of TEEPTRAK solutions (PaceTrak, ProcessTrak, QualTrak) for overall optimisation of your production.

      The TeepTrak V3 tablet is much more than just a tool. It’s a real transformation lever for your company. By adopting it, you give yourself the means to meet the challenges of Industry 4.0, ensuring your competitiveness in the marketplace.

      Ready to revolutionise your production? Contact us for a personalised demonstration or for more information.

      To keep up to date with all the latest TEEPTRAK news, join us on LinkedIn or on YouTube.

       

      You may also be interested in

       

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    • Maximise operational efficiency with PerfTrak: The power of OPC UA at your fingertips

      Maximise operational efficiency with PerfTrak: The power of OPC UA at your fingertips

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      OPC UA revolutionises TEEPTRAK: here’s why.
      TEEPTRAK, a leader in technology solutions, has taken a major step forward by making its PerfTrak systems fully compatible with OPC UA (Open Platform Communications Unified Architecture). Discover how this revolutionary integration opens up new perspectives for the industry.

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      THE ADVANTAGES OF OPC UA

      OPC UA (Open Platform Communications Unified Architecture) is much more than just a communications standard. It is a revolution for industry, enabling unprecedented interoperability between different machines and systems, regardless of manufacturer or platform. This standardisation facilitates the fluid exchange of data between equipment, simplifying processes and improving operational efficiency. By integrating OPC UA into our PerfTrak systems, we are offering our customers the chance to take full advantage of this standard, opening up new opportunities to optimise their industrial operations.

       

      EXTENDED CONNECTIVITY WITH PERFTRAK

      With the integration of OPC UA into our PerfTrak solutions, our customers now benefit from extended connectivity. They can monitor and control the performance of all OPC UA-enabled machines directly from our PerfTrak platform, avoiding the need to juggle different interfaces or configure complex systems. This consolidation simplifies the day-to-day management of operations, allowing teams to focus on core tasks rather than compatibility issues.

       

       

      ENHANCED SAFETY

      Industrial data security is an absolute priority at TeepTrak. With OPC UA, our customers benefit from enhanced security through advanced encryption mechanisms and robust security protocols. These measures guarantee data confidentiality and integrity, protecting sensitive information from potential threats such as cyber attacks. By choosing our OPC UA compatible PerfTrak solutions, our customers can have complete peace of mind about the security of their industrial operations.

       

       

      A COMMITMENT TO INNOVATION

      At TeepTrak, our commitment to innovation is at the heart of everything we do. By making our PerfTrak systems compatible with OPC UA, we are taking an important step in this direction. We are determined to offer our customers the best possible solutions, providing seamless connectivity and advanced functionality to optimise their industrial operations. This integration of OPC UA into our solutions demonstrates our ongoing commitment to anticipating market needs and delivering cutting-edge technology solutions.

       

       

      By integrating OPC UA into our PerfTrak solutions, TeepTrak is revolutionising the industry with unrivalled connectivity, enhanced security and advanced functionality to meet the challenges of modern industry. Contact us today to find out how our solutions can transform your business.

       

      Find out more about the OPC Foundation: https://opcfoundation.org/about/opc-technologies/opc-ua/
      Emerging technologies for improving industrial machine performance: https://teeptrak.com/fr/les-technologies-emergentes-pour-ameliorer-la-performance-des-machines-industrielles/
      10 tips for improving machine performance: https://teeptrak.com/fr/10-astuces-pour-ameliorer-la-performance-de-vos-machines/
      How to reduce machine maintenance costs while preserving quality and performance? : https://teeptrak.com/fr/comment-reduire-les-couts-de-maintenance-de-vos-machines-tout-en-preservant-la-qualite-et-la-performance/

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    • Ecology and economy, enemies or allies?

      Ecology and economy, enemies or allies?

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      Ecology and economy, enemies or allies?

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      With the presidential elections just a few months away, all the country’s politicians are keen to win over the French people. A lot of issues are creating a buzz, but it’s important to keep in mind the priority issues for the future. And what are they? Apart from the cost of energy, for example, which is making life difficult, we need to start looking ahead today. How can we ensure a peaceful future in the short, medium and long term?

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      What are the key issues?

      Several factors are influencing tomorrow’s priorities. Firstly, the ageing of the population. This will force future and current workers to produce wealth to enable older people to live decently. Secondly, if we are to continue to live decently, future generations will need to be ecologically sound so that they can live… at all.

      In an age of robotization,artificial intelligence and relocalization, the issues of job creation andecology cannot be tackled separately.

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      Ecology and economy, opposites but inseparable

      When you listen to deeply committed, even slightly extreme, ecologists, you often hear the issues of de-industrialisation, the decline in value creation and the need to move away from the capitalist model. « Everyone could feed themselves by tending their own vegetable garden – no need to bring in avocados from the other side of the planet! “It’s a bit of a caricature of the environmentalist.

      On the other hand, the economist wants to restart the production machine to create capital. To create employment capital, financial capital, to enable everyone to feed themselves and live. Here, there are no vegetable gardens, but farms with higher yields, to feed the workers, but also the shareholders.

      After these two brief descriptions, the visions seem truly opposed. But what if they were complementary? What if we could revive the economy using ecological principles? Produce value locally, from local raw materials, in order to create jobs and innovation, and so move the country forward.

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      Two subjects at the heart of the public debate

      As proof of the interest shown in these two issues, on 12 October the President of the Republic presented the France 2030 plan, with an investment of €30 billion for industry… But that’s not all! Of the ten objectives for 2030 set out by Emmanuel Macron, more than half are aimed at reducing pollution. Six of these targets relate to more sustainable food production, ‘low-carbon’ aircraft produced in France, or the manufacture of electric or hybrid vehicles.

      The idea is not to highlight the government’s long-term programme, but to show that these issues can coexist. In fact, it is by working in synergy that the economy and ecology can achieve their common goal: the security of current and future generations.

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      Awareness, a real need

      Most of the requirements for moving towards a green transition are not insurmountable. Most of them can even be beneficial to everyone. One example is the cost of containers, which is soaring at the moment. Some products whose raw materials come from South America are processed in China before being assembled in France. The consumer is therefore buying a ‘made in France’ product. You’re happy to have made a positive contribution to the country’s economy, but what you don’t know is that the ecological impact is considerable.

      It’s true that we can’t choose where we locate our raw materials. But doing the first part of the work on the other side of the world is unreasonable. In addition to transport, environmental standards are not the same as in France. Factories don’t work in the same environmentally-friendly conditions.

      So it’s vital to highlight these products that are ‘made in France’, but produced on the other side of the world.

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      Bringing economists and ecologists together to make progress

      Earlier, we talked about the rise in container prices from China to France, multiplied by 4 on average between 2019 and the start of the 2021 school year. Transporting goods from the other side of the world to save money is less and less viable economically, and clearly destructive to the environment. This is an opportunity to reindustrialize the country. We need to do it quickly, but cleanly.

      There is no shortage of innovative ideas. Norway, for example, is preparing to launch the first electric container ship. Their idea is to avoid the pollution caused by combustion engines. France must be able to invest in these innovative start-ups. We need to focus on those that create value and jobs, while preserving natural resources.

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      Lean management, tools that combine ecology and economics

      The first step in the ecological transition of established industries is to take an interest in Lean Management. The first lesson to be learned is to reduce waste. Be aware that MUDAS are neither good for business nor good for the planet.

      Several categories of waste are highlighted. We are talking here about transport waste, over-quality which wears out tools prematurely, over-production which consumes unnecessary raw materials and energy, etc… [/et_pb_text][et_pb_text _builder_version=”4.21.0″ _module_preset=”default” text_font=”||||||||” text_text_color=”#000000″ text_font_size=”16px” header_font_size=”32px” header_2_font_size=”28px” global_colors_info=”{}”]

      To conclude on the economy and ecology

      Everyone has to go at their own pace, because a wrong turn can be fatal, but we all have to move in the same direction. If you think that ecology is limited to recycling cans in the yellow bin, you’re wrong. It’s a way of thinking that’s applied on a daily basis to decisions big and small. You’ll never look at ecology in the same way again when it means jobs and a better world for your children.

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