Within the domain of industrial design, the Internet of Things (IoT) presents both an opportunity and a challenge. IoT promises to revolutionise industries through interconnected devices, yet the complexities involved in its development pose significant hurdles.
At 3fD we are well versed in developing products that are on the cutting edge of modern technology. Our clients are often looking for new ways to merge the digital world with the physical one and create devices that open up new business opportunities.
Why add an IoT product to your product line?
In today’s interconnected world, the Internet of Things (IoT) represents a significant opportunity for brands to enhance their product lines and stay competitive in the market. The internet of things is reshaping various industries by enabling everyday objects to connect to the internet, collect data, and communicate with each other, opening up new possibilities for innovation and value creation.
Stay in touch with your customers:
Connectivity works both ways – customers can stay connected to you and your cloud services and by equal and opposite effect, you can stay connected with them. Many brands are using this to great advantage in order to stay close to their customers and keep their products / services relevant. Customers can interact with support teams, ask questions, and feel heard without needing to make a great effort to do so.
Upsell your products:
Being able to stay connected means you are able to keep up with your customers’ changing needs. You know how their device is being used and when they may need additional products or services from you. A direct line of communication to your customers is an extremely powerful sales and marketing tool.
Troubleshoot product issues effortlessly:
Let’s face it, things don’t always work as expected. But this heightened level of connectivity is allowing brands and businesses to minimise the friction in troubleshooting customers’ issues. As a by product of this businesses are able to see a huge reduction in returned products and disgruntled customers.
Provide an enriching experience:
Some great advantages of connected devices are that they can adapt, share information and automate menial tasks. Products can outlast their competitors simply by staying relevant and reacting to the specific needs of their users.
Build on strong foundations
There are many options when it comes to roadmapping the development process for an IoT device. The route to take will depend on the individual requirements of your product and its use cases.
IoT Platforms with Mobile App Builders:
Blynk: provides a cloud and app based platform for developing IoT devices. Lots of support offered and a powerful SDK.
Thinger.io: Thinger.io provides an open-source IoT platform with a mobile app builder for creating custom dashboards and controlling IoT devices.
Losant: Losant offers an IoT platform with a drag-and-drop interface for building IoT applications and workflows, including mobile app development capabilities.
ThingsBoard: ThingsBoard is an open-source IoT platform that includes a customisable mobile app framework for building IoT applications and visualizing device data.
DIY Mobile App Development:
MIT App Inventor: MIT App Inventor is a web-based platform that allows users to create mobile applications for Android devices using a visual programming environment. It provides a simple and intuitive way to build apps for controlling and monitoring IoT devices.
Thunkable: Thunkable is a drag-and-drop platform for building mobile apps for iOS and Android devices. It offers a range of pre-built components and integrations that make it easy to create apps for IoT projects.
Custom Mobile App Development:
Android Studio: Android Studio is the official integrated development environment (IDE) for Android app development. Developers can use it to create custom mobile apps with advanced features and functionality for controlling and monitoring IoT devices.
Xcode: Xcode is the official IDE for iOS app development. Developers can use it to build custom mobile apps for iPhones and iPads with native support for IoT device integration and communication.
Commercial IoT Platforms:
AWS IoT: Amazon Web Services (AWS) IoT offers a comprehensive platform for building, deploying, and managing IoT applications at scale. It includes tools for device management, data processing, and mobile app development.
Google Cloud IoT: Google Cloud IoT provides a suite of services for securely connecting, managing, and ingesting data from IoT devices. It offers integration with Google Cloud Platform services for building custom mobile apps and dashboards.
Prepare for the common challenges faced when developing IoT devices
IoT presents some unique challenges. Whether you are looking to develop standalone devices or something that will seamlessly integrate with a larger network of pre-existing devices, there are many hurdles to overcome.
Interoperability and System Integration:
Industrial IoT (IIoT) environments often comprise diverse systems, equipment, and protocols. Ensuring interoperability and seamless integration among these disparate elements is paramount. Industrial designers must navigate a landscape of proprietary protocols, legacy systems, and industry-specific standards. Adopting modular design principles, implementing standardized interfaces, and leveraging interoperability frameworks are essential strategies to facilitate seamless integration within industrial ecosystems.
Durability and Reliability:
Industrial environments impose rigorous demands on IoT devices in terms of durability and reliability. Devices may be subjected to harsh operating conditions such as extreme temperatures, humidity, and mechanical stress. Industrial designers must prioritize robust enclosure designs, ruggedized components, and ingress protection to ensure resilience against environmental hazards. Conducting thorough reliability testing and adhering to industry-specific certification standards are imperative to guaranteeing long-term performance and uptime.
Scalability and Flexibility:
Industrial IoT solutions must be scalable to accommodate evolving operational needs and dynamic workloads. Industrial designers face the challenge of architecting scalable systems capable of seamlessly scaling from pilot deployments to enterprise-wide implementations. Employing modular architectures, scalable hardware platforms, and flexible deployment models enables organizations to adapt to changing requirements and scale their IoT deployments effectively.
Human-Machine Interaction (HMI) Design:
User interfaces in industrial IoT environments play a crucial role in facilitating efficient human-machine interaction. Industrial designers must design intuitive interfaces that cater to the needs of diverse user personas, ranging from frontline workers to plant managers. Incorporating ergonomic principles, intuitive navigation structures, and context-aware feedback enhances usability and operator efficiency. Furthermore, integrating industrial-grade input devices and tactile feedback mechanisms improves user engagement and reduces error rates in industrial settings.
Data Visualization and Analytics:
Extracting actionable insights from vast streams of sensor data is central to realizing the value proposition of industrial IoT. Industrial designers are tasked with designing intuitive data visualization tools that empower users to make informed decisions in real-time. Implementing advanced data analytics algorithms, intuitive dashboards, and predictive maintenance tools enables organizations to unlock the full potential of their IoT investments. Furthermore, integrating data visualization capabilities directly into industrial control systems enhances situational awareness and operational efficiency.
Security and Cyber Resilience:
IoT deployments are prime targets for cyber threats, given their critical role in industrial operations. Industrial designers must embed security features directly into the design of IoT devices, encompassing secure boot mechanisms, hardware-based encryption, and tamper-resistant enclosures. Employing defense-in-depth strategies, implementing secure communication protocols, and conducting regular security audits mitigate the risk of cyber-attacks and ensure the resilience of industrial IoT deployments.
Conclusion
At 3fD we develop a broad range of IoT devices that each come with their own unique challanges and requirements. As the IoT landscape continues to change it is crucial to build on strong foundations while remaining adaptable. Scaleability, robustness and compatibility are all factors that strongly affect the success of any IoT device and, therefore, a thorough understanding of the use cases, security threats, and ecosystems in which the product may reside is vital.
If you are looking to develop an IoT Device or want more information on the topic then get in touch.