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Expliquer l'IIoT : exemples, technologies, avantages et défis.

L’IIoT (Internet des Objets Industriel) est un domaine en pleine expansion qui combine les technologies de l’information et de la communication pour améliorer l’efficacité et la productivité des processus industriels. Découvrez les exemples, technologies, avantages et défis de l’IIoT.

Qu’est-ce que l’Internet industriel des objets (IIoT) ?

IIoT technology is being used in a variety of industrial settings, from manufacturing to energy production. It’s enabling the development of smart factories, where machines are connected to the internet and can communicate with each other. This allows for greater automation, improved efficiency, and increased productivity. Additionally, IIoT technology is being used in predictive maintenance, where sensors monitor machinery and alert operators when maintenance is needed. This reduces downtime and improves safety.

Qu’est-ce que l’Internet Industriel des Objets (IIoT) ?

L’Internet Industriel des Objets (IIoT), ou IIoT, est un terme utilisé pour décrire l’application de la technologie de l’Internet des Objets (IoT) dans des environnements industriels. Il englobe l’intégration de capteurs avancés, de logiciels et de machines avec une connectivité Internet pour collecter, analyser et agir sur d’immenses quantités de données. Cette approche basée sur les données permet de prendre des décisions en temps réel et d’utiliser l’analyse prédictive, ce qui conduit à une efficacité opérationnelle améliorée, des coûts réduits et une qualité de produit améliorée.

L’IIoT est un composant clé de l’Industrie 4.0, la quatrième révolution industrielle, caractérisée par la fusion des technologies numériques, physiques et biologiques. Il révolutionne les industries traditionnelles, facilitant la transformation des processus manuels et intensifs en main-d’œuvre en opérations automatisées et basées sur les données.

La technologie IIoT est utilisée dans une variété de contextes industriels, allant de la fabrication à la production d’énergie. Elle permet le développement de usines intelligentes, où les machines sont connectées à Internet et peuvent communiquer entre elles. Cela permet une plus grande automatisation, une efficacité accrue et une productivité accrue. De plus, la technologie IIoT est utilisée dans la maintenance prédictive, où des capteurs surveillent les machines et alertent les opérateurs lorsqu’une maintenance est nécessaire. Cela réduit les temps d’arrêt et améliore la sécurité.

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Learn more about the benefits of Digital Twin tech in IIoT and it’s relation to Apache Kafka!

This blog post discusses the benefits of a Digital Twin in Industrial IoT (IIoT) and its relation to Apache Kafka. Kafka is often used as a central event streaming platform to build a scalable and reliable digital twin for real-time streaming sensor data.

In November 2019, I attended the SPS Conference in Nuremberg. This is one of the most important events about Industrial IoT (IIoT). Vendors and attendees from all over the world fly in to make business and discuss new products. Hotel prices in this region go up from usually 80-100€ to over 300€ per night. Germany is still known for its excellent engineering and manufacturing industry. German companies drive a lot of innovation and standardization around the Internet of Things (IoT) and Industry 4.0.

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Did you know that we launched our newest podcast a few weeks ago? Our first five episodes revolved around DevOps but as of last week’s podcast on IoT security, we’ve moved on to the wonderful world of the Internet of Things.

The Tom’s Tech Notes podcast features conversations that our research analyst Tom Smith has had with software industry experts from around the world as part of his work on our research guides

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Throughout our ten years of working with equipment manufacturers to connect, collect, and integrate operational data with enterprise systems, we’ve seen many trends impacting industrial IoT project success. The world has finally moved beyond most of the technological limitations for building innovative solutions. All the necessary tools exist to create connected product systems that perform as expected. They work. Now there’s a new trend, and it’s not a good one. We’re seeing business teams at equipment manufacturers telling engineering managers and IT leaders to evaluate and choose an IoT platform for the company. Run an online demo. Read API documentation. Build a proof of concept. Compare prices. Most of these projects never see the commercial light of day. They get stuck. Why? They get stuck because this approach to digital transformation is completely backward.

Evaluating the IoT Platform Problem

We’ve said technology isn’t the problem. Here’s the reality. The right technology for your system is available today. When used correctly by experienced teams, it will produce your desired outcomes. This is a well-charted territory. You can have remote monitoring with predictive maintenance and integrate machine data with your business workflows. These are solved challenges.

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Along with AI, IoT is changing the expectations of consumers. With that, this growing technology will forever change the way that businesses operate. The initial uptake of interconnected smart devices was slower than anticipated. But, the demand for the technology is now developing at a rapid pace. That demand will implement new pressures on businesses. It will also provide businesses with new opportunities. Here are some of the ways that the Internet of Things will impact business.

What Is the Internet of Things?

The simple definition of the Internet of Things (IoT) is the interconnection of devices over the Internet. It allows devices to communicate with us, with applications, and with other devices. The technology has been demonstrated with the advent of smart home appliances. It’s the Internet of Things that now allows us to control our home heating, lighting, sprinklers, and other appliances from our phones with solutions like Apple’s HomeKit.

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The deployment of IoT in the oil and gas industry ensures better field communication, real-time monitoring, digital oil field infrastructure, reduced cost of maintenance, mine automation, reduced power consumption, higher productivity, and, thus, enhanced safety and security of assets and workforce.

Source de l’article sur DZONE