# What is ThingWorx IIoT? The Importance of MES & ThingWorx
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<p>The Industrial Internet of things (IIoT) has a new end-to-end technology platform known as the Thingworx IIoT. The platform delivers technologies and tools that empower businesses to use powerful applications and AR Ð augmented reality experiences. The ThingWorx IIoT offers powerful capabilities that enhance design, service, manufacturing, and Industrial IoT (IIoT) ThingWorx Platform operations.</p>
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<p>Benefits of ThingWorx and Industrial Internet of Things Platform</p>
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<p>ThingWorx is purpose-built for IIoT and flexible. It enables industrial enterprises to digitally transform every aspect of manufacturing with innovative and simple solutions to create, implement, scale, and accelerate. When tools allow the movement of industrial production data to the digital domain, it allows critical and easy analysis of data that helps improve productivity and increase competitiveness in the ever-evolving market.</p>
<p style="text-align: center;"> <img src="https://www.aquitas-solutions.com/wp-content/uploads/2022/02/biz-298-scaled-1-1024x683.jpg" alt="" width="450" /></p>
<p>The main benefits of Thingworx MES</p>
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<p>Increase revenue</p>
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<p>Data is collected and used to expand the product portfolio. Use new business models such as products -as- a -services that help realize value-added opportunities, scale, and succeed in a new market.</p>
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<p>Accelerate innovation</p>
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<p>Improving the reliability and quality of information to accelerate scalable and secure innovations for <a href="https://www.aquitas-solutions.com/solutions/maximo/maximo-services/"><strong>Maximo Services</strong></a>, products, and factory operations. Using the proven tools dedicated to IIoT to develop the enterprise and give them an increased opportunity.</p>
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<p>Reduce costs</p>
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<p>Using and leveraging data from connected systems and products, increase productivity, and efficiency and reduce cost.</p>
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<p>Improve quality</p>
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<p>Increases operationsÕ safety, allows operations scalability, improves product quality, and increases service reliability and customer satisfaction.</p>
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<p>Reduce Time</p>
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<p>A new set of capabilities allows for faster application development and extending the existing Manufacturing Execution System (MES).</p>
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<p>Ultimate Flexibility</p>
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<p>The flexibility options include using Cloud, on-premise, or hybrid approaches adaptable to any industrial application.</p>
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<p>The importance of MES and why it needs to go hand in hand with Thingworx IIoT</p>
<p>Enterprises need to leverage the existing MES infrastructure and check for overlapping features between Thingworx IIoT and MES. Evaluating the benefits of IIoT implementation at the plant level is recommended.</p>
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<p>MES plays a significant role in the industrial journey of smart manufacturing because the existing process data stored in it provide context to data received from sensors and other sources.</p>
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<p>MES handles the manufacturing process on the plant floor and provides support to operators in production by giving real-time visibility and helping to make informed quick decisions. It acts as a middleware between plant automation and ERP. It bridges both sides as transaction speed differs on the physical production side and the digital platform on the other side.</p>
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<p>A ThingWorx IoT platform can never replace the operational knowledge automated in the MES system. For complex workflows and regulated environments required in industries such as Automotive, Life Science, and Aerospace, MES will continue to play a pivotal role.</p>
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<p>For a manufacturer, the main concern would be to complement an IIoT platform to an existing MES solution. IIoT platform, when integrated with the MES system, provides a solution to specific production problems on the plant floor. For example, the manufacturing setup saw a drop in overall equipment effectiveness at the work center. It was found later that a particular machineÕs performance dropped, leading to parts getting rejected during quality control checks. The machine data was captured in the IIoT platform, and after the correlation of process data with equipment conditions, the problem was localized and identified.</p>
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