Best Industrial IoT Software (2025) for streamlined manufacturing

I’ve seen how important it is in changing the way factories work. This suite of advanced software makes it easy to set up, control, and keep an eye on IoT devices that are used in manufacturing facilities. Factory owners and workers have more control over their operations than ever before thanks to smart technology that lets them use resources more efficiently, improve product quality, and handle routine tasks. Aside from that, IIoT software lets useful data flow through the whole operation, giving leaders real-time information to support strategic initiatives and encourage ongoing growth.

Industrial IoT options are unique because they can be used in a wide range of manufacturing settings. Often, these solutions include specialised hardware or assets that were carefully made to meet the specific needs of industrial uses. They also work well with other connected devices, whether they are already set up for IoT or are linked by third-party sensors. This creates a community of systems that work well together.

As I’ve looked into IIoT software, I’ve also come across options that work well together, like IoT platforms and connected worker platforms. These platforms have extra features and work well with Industrial IoT software. They make manufacturing better by adding new features and making things run more smoothly. Notably, a lot of these solutions have features that are similar to standard manufacturing execution systems, manufacturing intelligence software, and warehouse management software. This makes them work better together and lets us use a single approach to smart manufacturing.

What is Industrial IoT Software?

Industrial IoT software, also known as IIoT software, helps set up, manage, and keep an eye on internet of things (IoT) gadgets that are used in manufacturing. Smart technology lets factory managers and workers make the best use of resources, boost product quality, and handle some routine tasks. It also collects useful data about the whole operation.

Industrial IoT solutions might include tools or assets that are only meant to be used in these places. These IoT solutions sometimes work with other connected products that are already set up for IoT or that are linked using sensors from outside the company.

Best Industrial IoT Software Best Industrial IoT Software

For a product to be in the Industrial IoT category, it must be able to sync with IoT-enabled industrial assets like production tools, product inventory areas, and worker devices. Help with setting up asset tracking devices, controlling online access, and making data, among other things. To make functions and processes of devices smarter, connect them to IoT networks and software solutions.

Best Industrial IoT Software

Industrial IoT software connects and communicates industrial equipment and systems. Data from these devices can be collected, analysed, and used to optimize industrial operations and efficiency. Industrial IoT software helps companies monitor and operate equipment remotely, detect and predict breakdowns, and optimize energy consumption in real time. It automates operations, optimises supply chains, and implements predictive and preventive maintenance.

KEPServerEX

I am able to attest to the capabilities of KEPServerEX as a universal OPC server and SCADA programme because I have utilised it extensively during my own professional path. This powerful solution acts as a vital bridge, linking, aggregating, and visualising industrial data from a wide variety of different sources in a seamless manner.

In addition to providing organizations with the tools necessary to optimise operations, its extensive feature set, which includes data logging, alarming mechanisms, and trend analysis capabilities, also provides organizations with the tools necessary to cultivate a culture of continuous development.

Hologram

The opportunities I’ve had to interact with this cellular Internet of Things platform have highlighted the key position it plays in the field of global connection solutions. The constant commitment of Hologram to providing dependable and cost-effective cellular connectivity for Internet of Things devices has been made abundantly clear to me through my experiences.

Hologram emerges as a reliable partner for companies who are looking to implement Internet of Things solutions on a global scale as a result of its extensive global coverage and individualised connection options. My engagements with Hologram have brought to light its capacity to support Internet of Things deployments in a seamless manner, thereby ensuring that connectivity is maintained in a robust and uninterrupted manner across a wide range of geographic regions.

Samsara

As I have explored deeper into Samsara’s extensive collection of hardware and software solutions, I have found that exploring the connected operations platform that the company offers has been extremely learning. Samsara provides a comprehensive approach to optimising operations, which includes fleet management, environmental sensing, and asset tracking, among other related services.

Samsara gives organizations the ability to gather insights that can be put into action, improve their operational efficiency, and promote sustainable growth through the integration of telematics, video safety, and sensor data. Drawing on my own experiences, I have seen how the platform that Samsara provides makes it easier for teams to make educated decisions, which in turn enables them to proactively address obstacles and seize opportunities for growth.

Claroty

Within the realm of industrial control systems (ICS), Claroty has emerged as a guiding light, having been expressly designed for this purpose. The cybersecurity platform offered by Claroty is equipped with unique deep packet inspection (DPI) technology, which allows it to respond quickly and effectively to new threats as they emerge. The proactive threat detection and mitigation capabilities of Claroty have been brought to my attention through my dealings with the company.

These capabilities protect vital infrastructure by strengthening defences against cyber attacks and ensuring that operations continue uninterrupted. The commitment that Claroty has made to safeguarding industrial assets is highly congruent with my own dedication to achieving the highest possible level of cybersecurity.

AWS IoT SiteWise

The significance that AWS IoT SiteWise plays as a foundational component in industrial data management and analysis has been brought to light by my investigation of the platform. The Internet of Things SiteWise service, which is a managed service offered by Amazon Web Services, makes it easier to collect, organise, and analyse large amounts of data from industrial applications.

The comprehensive feature set of this software, which includes capabilities for data gathering, visualisation, and analytics, gives organizations the ability to gain insights that can be put into action and to drive efforts for continuous development.

Factors to Consider When Choosing Industrial IoT Software

Picking the correct Industrial Internet of Things (IIoT) software is very important for getting the most out of IoT technology in business settings. Here are some important things to think about:

1. Interoperability and Compatibility: Make sure that the IIoT software works with a lot of different industrial devices, sensors, protocols, and communication standards that are popular in your field. Also, it should be able to work with other IT systems, like SCADA, MES, and ERP.
2. Scalability: Pick IIoT software that can grow as the amount of data created by sensors and linked devices grows. The software should be able to handle large-scale deployments and growing processing and data flow needs over time.
3. Real-Time Data Processing: Look for IIoT tools that can examine and process data in real time. This will help you make quick decisions and gain useful insights. Real-time data processing makes it possible to do predictive maintenance, find problems, and make business processes run more efficiently.
4. Security: Security is very important in industrial IoT deployments to keep private data safe, stop people from getting in without permission, and protect industrial systems from online threats and attacks. Select IIoT software that comes with strong security features like encryption, identification, access control, and intrusion detection.
5. Reliability and Availability: Choose IIoT software that is very reliable and always available to make sure that important business processes keep running smoothly. To keep processes going, the software should have built-in failover, disaster recovery, and redundancy features to keep downtime to a minimum.
6. Support for Edge Computing: Being able to do edge computing is necessary for processing data directly at the network’s edge, closer to the source of the data, to cut down on latency, bandwidth use, and reliance on cloud connectivity. Pick IIoT software that works with edge computing to look at data and make decisions in real time at the edge.
7. Analytics and Visualisation: To get insights from industrial data and show them in a way that is clear and easy to use, look for IIoT software that has powerful analytics and visualisation tools. To make industrial processes more efficient and effective, analytics tools should include machine learning, predictive analytics, and the ability to find outliers.
8. Integration and APIs: Check to see how well the IIoT software can work with other systems and apps that your company uses. It’s recommended that the software come with open APIs, SDKs, and connections that make it easy to connect and share data with other program.

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