Accelerating the Industrial Internet of Things
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Number of Case Studies11
Make Smart Manufacturing a Reality
Make Smart Manufacturing a Reality
Small changes in productivity equal large gains for the bottom line is true for fast-moving consumer goods and food service. However, traditional Statistical Process Control is now facing limits.
DeviceLynk Delivers Customized IIoT Solution
DeviceLynk Delivers Customized IIoT Solution
Previously to working with ThingWorx, DeviceLynk built an IIoT platform but found it lacked scalability. They needed something to capture and handle data from an unlimited amount of devices and customers.
High-end, scalable Cloud based IIoT solution for Device Management & Analytics
High-end, scalable Cloud based IIoT solution for Device Management & Analytics
Many instrumentation leaders face challenges including how to:Track & monitor their instrument data such as Temperature, Humidity, Dew point or PressureAchieve real-time visibility of data to take necessary measures/actions.Enable Remote Asset management capabilities to keep a watch on the end-devices at pre-scheduled intervalsIntegrate notification engine to alert the end-customers in case of asset failures or abnormal conditions
Number of Hardware4
OEM Toolbox for IIoT Edge Communication Gateway
OEM Toolbox for IIoT Edge Communication Gateway
HMS’s OEM Toolbox provides device and machine manufacturers with a toolkit for tailoring the functionality of HMS industrial communication gateways. Users benefit from industrially pre-qualified communication gateways and existing certifications and approvals when developing a customized communication solution.HMS’s OEM Toolbox is an open development platform that offers OEM customers the possibility to develop their own application to run within the Linux environment of HMS industrial gateways. A software development kit (SDK) for the Open Gateway Platform contains development tools for software engineers and enables the creation of customized applications for the gateways included in the OEM Toolbox offer.Using the SDK, it is possible to quickly develop new connectivity solutions to fulfill traditional automation tasks as well as realizing emerging IIoT applications. The functionality of the gateway can be tailormade for a specific application. Proprietary communication protocols, tailored control applications, IT/OT bridges, edge computing, etc.. can all be directly loaded into the gateways provided by HMS.The toolkit also enables connectivity to IoT software platforms such as ThingWorks, SAP, Microsoft Azure, Oracle since standard SDK agents have been pre-verified with the gateways.HardwareA range of high quality and high performing industrial communication gateways with different communication ports (industrial Ethernet, cellular 2G/3G, WLAN or Bluetooth, CAN, Serial RS232/RS485 and digital/analog I/O) making it possible to select the gateway that is most efficient for a specific project.SoftwareThe included Software Development Kit (SDK) contains development tools for software engineers enabling the creation of customized applications for the gateways. The SDK contains:• C-based SDK toolchain for application development• Power-up and access linux kernel and web interface• Sandboxed development area for custom applicationIP stacks• Modbus RTU / TCP, J1939, EtherNet/IP• Binaries with JSON / ZeroMQ APIBrand LabellingThe OEM Toolbox gateway are prepared for customer branding. By default, all gateways are "white labelled hardware" which means they are without product brand definitions allowing you to customize the look and feel to meet your requirements.• Create your specific solution based on certified hardware and software from HMS • Choice of readily available industrially certified hardware• Software development tools pre-prepared for an easy application development• Substantial reduction in ROI and time-to-market• A common development environment and Linux base which is maintained and updated• Pre-qualified and maintained implementations of industrial communication protocols• Cost efficient manufacturing with high product quality and preloaded firmware (optional)• HMS expertise and guidance through the development phase and the product life cycle
Ultra-Low-Power WIFI accelerometer | with MQTT framework for IIOT
Ultra-Low-Power WIFI accelerometer | with MQTT framework for IIOT
Available with several measurements range (±2g and ±10g), the BeanDevice® Wilow AX-3D is an ULP (Ultra-Low-Power) WIFI accelerometer with built-in data logger. Characterized by a waterproof (IP67/Nema 6) and a lightweight aluminum casing (65x59x35mm, 220g), an ultra-low power mode (60 µA in sleep mode), a built-in data logger that can store up to 5 million data logs, as well as a tiny Radome omni antenna enabling a maximum wireless range of 200 meters (L.O.S.), this outstanding ULP WIFI accelerometer is dedicated to Structural Health Monitoring, Condition Monitoring and many kind of industrial monitoring applications. While the clear majority of wireless sensors are not suitable for harsh industrial environment, the BeanDevice® Wilow AX-3D integrates an innovative antenna diversity design, boosting the radio link quality in environments subject to random and diverse disturbances. Antenna Diversity improves both the quality and reliability of a wireless link by 30%. The combination of a high-performance accelerometer and a 24-bit delta-sigma analog-to-digital converter enables a very low noise operation (45 µg/√Hz for the ±2g version). Thanks to an onboard shock sensor coming with SSD (Smart Shock Detection) technology, the user can trigger both data acquisition and device wakeup on a shock threshold.    A smart energy management (USB and Energy Harvesting) allows to power supply the BeanDevice® from the internal Lithium-Polymer rechargeable battery, USB Power Bank or directly from a solar panel. Store and Forward+, a lossless data transmission mechanism, enables a large-scale deployment of Wilo wireless sensors on industrial applications where data transmission is critical. Ready for IOT (Internet of things) applications, the BeanDevice® Wilow AX-3D integrates MQTT (Message Queuing Telemetry Transport) data frame, a lightweight and open-source Internet of Things protocol. User can quickly setup an affordable and scalable IOT application.(click here for more info).Integrating the latest ULP (Ultra Low Power) Wifi technology, the BeanDevice® WiLow® AX-3D comes with outstanding features: • ULP (Ultra Low Power) Wifi Triaxial accelerometer • Open standard, low power and reliable WIFI technology:    - IEEE 802.11 b/g/n (2.4Ghz frequency band)    - Maximum Radio Range: 200 m (L.O.S)    - Excellent radio link budget thanks to our antenna diversity innovative design    - IOT Ready: integrates MQTT data exchange, an open-source Internet of Things (IOT) protocol    - Store and Forward+: Lossless data transmission with hard real-time    - Current consumption in sleep mode: 100 µA • MEMS Accelerometer specifications:    - Measurement range: ±2g or ±10g                                                                          - Very Low Noise density: 45 μg/√Hz (±2g version), 100 μg/√Hz (±10g version)    - 24-bit delta-sigma analog-to-digital with synchronous measurement channel and temperature compensation    - Maximum sampling rate: 2 KSPS per axis • SSD (Smart Shock Detection) allows to trigger data acquisition on a shock detection • Embedded Data Logger: up to 5 million data points (with events dating) • Smart and flexible power supply:    - Internal lithium-polymer rechargeable battery (780 mAh)    - External power supply: USB 5VDC or 5-17VDC compatible with solar energy harvesting • Waterproof (IP67 | Nema 6) aluminum casing (LxWxh: 65x59x35mm, 220g) • Industrial operating temperature (-40°C to +60°C) • USB 2.0 for device configuration and 5V power supply • Automatic report meeting the DIN4150-3 standard (Excel, PDF and Word) with FFT, PPV and Velocity values • Non-contact actuation for faster and safer installation
Ultra-Low-Power WIFI inclinometer | with MQTT framework for IIOT
Ultra-Low-Power WIFI inclinometer | with MQTT framework for IIOT
Available with several measurements range (±15° and ±30°), the BeanDevice® WiLow® HI-INC is an ULP (Ultra-Low-Power) WIFI inclinometer with built-in data logger.Characterized by a waterproof (IP67/Nema 6) and a lightweight aluminum casing (65x59x35mm, 220g), an ultra-low power mode (60 µA in sleep mode), a built-in data logger that can store up to 5 million data logs, as well as a tiny Radome omni antenna enabling a maximum wireless range of 200 meters (L.O.S.), this outstanding ULP WIFI accelerometer is dedicated to Structural Health Monitoring, Condition Monitoring and many kind of industrial monitoring applications. While the clear majority of wireless sensors are not suitable for harsh industrial environment, the BeanDevice® WiLow® HI-INC integrates an innovative antenna diversity design, boosting the radio link quality in environments subject to random and diverse disturbances. Antenna Diversity improves both the quality and reliability of a wireless link by 30%. The combination of a high-performance inclinometer and a 24-bit delta-sigma analog-to-digital converter enables a high level of accuracy (±0.057° for the version ±15°). An innovative and versatile energy management (USB and Energy Harvesting) allows to power supply the BeanDevice® WiLow® from the internal Lithium-Polymer rechargeable battery, USB Power Bank or directly from a solar panel. Store and Forward+, a lossless data transmission mechanism, enables a large-scale deployment of WiLow® wireless sensors on industrial applications where data transmission is critical.Ready for IOT (Internet of things) applications, the Beandevice® WiLow® HI-INC integrates a MQTT (Message Queuing Telemetry Transport) data frame, a lightweight and open-source Internet of Things protocol. User can quickly setup an affordable and scalable IOT application (click here for more info).Integrating the latest ULP (Ultra Low Power) Wifi technology, the BeanDevice® Wilow HI-INC comes with outstanding features: • ULP (Ultra Low Power) Inclinometer based on MEMS Technology • Open standard, low power and reliable WIFI technology:   - IEEE 802.11 b/g/n (2.4Ghz frequency band)   - Maximum Radio Range: 200 m (L.O.S)   - Excellent radio link budget thanks to our antenna diversity innovative design   - IOT Ready: integrates MQTT data exchange, an open-source Internet of Things (IOT) protocol   - Store and Forward+: Lossless data transmission with hard real-time   - Current consumption in sleep mode: 100 µA • MEMS Inclinometer specifications:   - Measurement range: ±15° or ±30° bi-axis   - 24-bit delta-sigma analog-to-digital with synchronous measurement channel and temperature compensation   - High resolution 0.001° and a very high accuracy (±0.05° for ±15° version)   - Maximum sampling rate: 200 SPS per axis • Embedded Data Logger: up to 5 million data points (with events dating) • Smart and flexible power supply:   - Internal lithium-polymer rechargeable battery (780 mAh)   - External power supply: USB 5VDC or 5-17VDC compatible with solar energy harvesting • Waterproof (IP67 | Nema 6) aluminum casing (LxWxh: 65x59x35mm, 220g) • Industrial operating temperature (-40°C to +60°C) • USB 2.0 for device configuration and 5V power supply • Non-contact actuation for faster and safer installation
Number of Suppliers90
Unitoon
Unitoon
Unitoon researches on IIoT-related sensors, engineer equipment design and solutions.
Maisijie Network
MSJ specialises in IIoT middleware, gateways and platform development, providing cutting edge technologies that can be applied to various IIoT use cases.
SCADACore
SCADACore
SCADACore is a leading provider of IIoT / Remote Monitoring solutions for industrial companies, offering a truly complete IIoT solution for your products and services.SCADACore brings data from assets all over the world to your fingertips by integrating with your products and services, setup the communications, and securely connect you to the remote data through a cloud service. SCADACore manages all aspects of your IIoT with no upfront costs, so you can focus on your core objectives.SCADACore's integration and network deployment for Industrial Internet of Things (IIoT) / Industry 4.0 applications includes digital oilfield, environmental monitoring, industrial process and control, and more.
Number of Organizations2
IIoT World
IIoT World
IIoT World™ covers the economic and technological implications of the transformation taking place as IIoT proliferates throughout the enterprise.IIoT World™ combines journalistic coverage with data analysis to expose the stories, players, trends and innovations that shape the IIoT.  
China LoRa Application Alliance
China LoRa Application Alliance
The CLAA is an open NGO which aims to accelerate the development and adoption of the LoRa connectivity protocol. There are several duties that the CLAA is committed to:1. Understanding the needs of IIoT players committed to the LoRa Alliance and the CLAA2. Establishing a common standard for easy adoption and also, easy entry into the ecosystem3. Integration of cloud-based technologies in China and expansion of the network range4. Facilitate multi-lateral cooperations and strategic alliances to optimise benefits of utilising LoRa.
Number of Use Cases5
Time Sensitive Networks
Time Sensitive Networks
A time-sensitive network (TSN) is a set of Ethernet standards that will allow time-synchronized low latency streaming services through 802 networks. TSN delivers mechanisms to create distributed, synchronized, hard real-time systems over standard Ethernet. These systems use the same infrastructure to provide real-time control and communicate all standard IT data, powering convergence of control, measurement, configuration, UI and file exchange infrastructure.Time-Sensitive Networks (TSN) operate in a manufacturing ecosystem of applications. TSN enable a standard, single, open network infrastructure supporting multi-vendor interoperability and integration.They are used to support real-time control and synchronization of high performance machines over a single, standard Ethernet network, supporting multi-vendor interoperability and integration. 
Inventory Management
Inventory Management
Inventory Management is the management of inventory and stock. As an element of supply chain management, inventory management includes aspects such as controlling and overseeing ordering inventory, storage of inventory, and controlling the amount of product for sale.The role of IIoT in inventory management boils down to turning the data fetched by RFID readers into meaningful insights about inventory items’ location, statuses, movements, etc., and giving users a corresponding output.Moreover, inventory management solutions based on Industrial IoT can be integrated with other systems like an ERP  and share data with other enterprise’s departments.   
Factory Operations Visibility & Intelligence
Factory Operations Visibility & Intelligence
Visualizing factory operations data is a challenge for many manufacturers today. One of the IIoT initiatives some manufacturers are pursuing today is providing real-time visibility in factory operations and the health of machines. The goal is to improve manufacturing efficiency. The challenge is in combining and correlating diverse data sources that greatly vary in nature, origin, and life cycle.Factory Operations Visibility and Intelligence (FOVI) is designed to collect sensor data generated on the factory floor, production-equipment logs, production plans and statistics, operator information, and to integrate all this and other related information in the cloud. In this way, it can be used to bring visibility to production facilities, analyze and predict outcomes, and support better decisions for improvements.  
Number of Terms5
Industrial Internet of Things (IIoT)
Industrial Internet of Things (IIoT)
Internet of things technologies, processes, and business models applied to industry (B2B).
Industrial Internet
Industrial Internet
A short-hand for the industrial applications of IoT, also known as the Industrial Internet of Things, or IIoT.
Building an Innovation Dynamo
Building an Innovation Dynamo
When a technology produces self-sustaining innovation and development, it is effectively an innovation dynamo.
11 Case Studies
4 Hardware
90 Suppliers
8 Events
2 Organizations
5 Use Cases
5 Terms
55 Guides
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