Get real-time data from your IoT sensors and add value to day‑to‑day operations with the industrial IoT Dashboards
Industry 4.0 envisages a good deal of modernization in today’s production companies and imposes new roles on managers. It is not only about estimating production costs and time, but also about improving IoT-supported processes. The Industrial IoT Dashboards are designed to support the building up of the production line, collecting live data from IoT sensors, which are then used to estimate the quality improvements of the entire line.
|real-time IoT solution for manufacturing
|concept, design, UI/UX, interactive mockups
The main dashboard showcases the interactive palette of IoT sensors and nodes that are placed on the production line. Using the dragand-drop option, the user places the objects on the line to check the production status in real-time. Sensors placed on machines collect data that are then used to create reports.
The user decides on the tool’s look and resources. The tool’s welcome panel allows configuring various parameters such as location, sensor range, data type, or data representation. The user also gets familiar with types of diagrams for presenting the transferred data via sensors.
The existing hardware or IoT sensors deliver the data. The industrial IoT dashboards inform about any alerts and notifications in real-time, so they can be addressed quickly and prevent further issues. The user can predict any potential faults and optimize asset usage to prepare production output.
The functionality supports real-time data monitoring when using back-end IoT solutions. All gathered data is presented in the form of interactive diagrams. The user is immediately alerted on occurring issues, so it is possible to take ad hoc preventive actions.
Proudly introducing Smartly – showpiece application developed by Synergy Codes team that enhances factory process management by combining interactive features with real-time insights into mission-critical data. It’s made of Industrial IoT Dashboards.
A business tie is based on solutions merging the client’s infrastructure and pre-existing hardware, like sensors monitored via the app. It’s about boosting features by tailoring the tools. Get the real-time tools based on IoT with matching UX.
Intuitive process flow management tool
Visual modeling of processes
An Industrial IoT dashboard template typically consists of various components such as real-time data visualizations, charts, graphs, tables, status indicators, alerts, and controls. It provides a user interface to monitor and analyze data collected from industrial IoT devices, presenting key performance indicators (KPIs), system status, and relevant information in a clear and concise manner.
Industrial IoT dashboard examples include energy monitoring and management dashboards for tracking power consumption, predictive maintenance dashboards for monitoring machine health and performance, supply chain optimization dashboards for tracking inventory and logistics, and environmental monitoring dashboards for analyzing air quality or pollution levels. These examples demonstrate how IoT data can be visualized and leveraged for decision-making and process optimization in various industrial sectors.
An IoT dashboard platform is a software solution or cloud-based service that enables the creation, customization, and management of IoT dashboards. It provides the necessary tools and infrastructure to collect, store, process, and visualize IoT data in a user-friendly and scalable manner. These platforms often offer features such as data connectivity, data preprocessing, dashboard design and customization options, user access controls, and integration capabilities with IoT devices and systems.
Designing an IoT dashboard involves several steps:
a) identify the key metrics and data points to be visualized,
b) determine the appropriate visualization types (charts, graphs, etc.) to effectively represent the data,
c) design an intuitive and user-friendly interface with clear navigation and information hierarchy,
d) consider responsive design principles for accessibility on different devices,
e) incorporate real-time data updates and alerts for timely insights,
f) ensure data security and privacy measures are implemented,
g) test and iterate the design based on user feedback and requirements.
An IoT dashboard is a visual interface that displays real-time or historical data collected from IoT devices. It provides insights into the performance, status, and trends of connected devices, systems, or processes. IoT dashboards allow users to monitor, analyze, and make informed decisions based on the data presented, helping improve operational efficiency, detect anomalies, optimize resource utilization, and enhance overall performance in IoT-driven environments.
An IoT platform is a comprehensive solution that enables the connectivity, management, and coordination of IoT devices and data. It encompasses the infrastructure and services required to deploy, operate, and scale IoT applications. On the other hand, an IoT dashboard is a specific component of an IoT platform that focuses on data visualization, providing a user-friendly interface to monitor, analyze, and interact with IoT data. While an IoT platform provides broader capabilities, including device management, data processing, and analytics, an IoT dashboard primarily serves the purpose of data visualization and insights presentation.