In an era where technology is advancing at an unprecedented rate, universities worldwide are tirelessly working to stay abreast of these changes.

A prime example of this technological evolution is in the field of the Internet of Things (IoT).

IoT’s significance extends far beyond academia, reshaping industries and everyday life. Despite this, a significant challenge persists in academia: the effective teaching and practical application of IoT concepts.

Identifying the Gap in IoT Learning

IoT education, ideally, is a blend of theoretical learning and hands-on experience. However, many universities face a substantial hurdle: lacking a dedicated IoT laboratory setup, notably lacking an IoT middleware or platform.

This deficiency significantly impedes students’ ability to understand and apply IoT concepts in real-world scenarios thoroughly.

The Missing Link in IoT Education: Middleware and Platforms

At the heart of this educational gap is the absence of IoT middleware or platforms in university labs.

These platforms are crucial as they facilitate the storage, management, and effective display of IoT data. This oversight leaves students underprepared to navigate the practical aspects of IoT project implementation.

The Dilemma of Platform Selection and Limitations

Often, students turn to free versions of IoT platforms available overseas as a makeshift solution. While these platforms provide a temporary fix, they are fraught with limitations, offering restricted features unless upgraded to paid versions.

This situation is not ideal, especially for students embarking on their initial forays into IoT or those engaged in short-term projects.

The Role of Universities in Enhancing IoT Infrastructure

It is incumbent upon universities to take a proactive stance in this regard. By establishing on-campus IoT platforms, they can offer students a more robust and comprehensive learning environment.

These platforms, ideally hosted in the university’s IT center or IoT labs, should be designed to grant individual access to students for various applications, ranging from lab exercises to final-year and even commercial projects.

Favoriot: Bridging the Educational Gap with On-Premise IoT Platforms

Addressing this educational need, Favoriot introduces an on-premise IoT platform solution specifically for educational institutions.

This platform circumvents the need for students to rely on external services, providing a stable, feature-rich environment for IoT learning and application.

Empowering Students with Advanced IoT Tools

Incorporating Favoriot’s IoT platform into university infrastructure significantly enhances the quality of IoT education.

Students gain hands-on experience with a comprehensive platform, equipping them with the necessary skills for real-world IoT applications.

Conclusion: Fostering Future-Ready IoT Expertise

In conclusion, integrating a dedicated IoT platform like Favoriot into university labs is a vital step toward modernizing IoT education. It equips students with the tools and experience essential for bridging the gap between theoretical knowledge and practical application. Favoriot’s on-premise IoT platform is not just an educational tool; it’s a stepping stone to future-ready IoT expertise.

For more information on how Favoriot’s on-premise IoT platform can transform IoT education in your university, please contact us at info@favoriot.com.

Nowadays, the deployment of IoT projects presents a unique set of challenges and opportunities for service providers, businesses, and governmental entities.

The complexity and scale of these deployments require a robust, efficient, and cost-effective solution, a demand that on-premise IoT platforms are uniquely positioned to fulfill.

Understanding the Challenges of IoT Deployments

1. Diverse Needs of Service Providers: IoT service providers must cater to a wide range of customers, each with distinct requirements. This diversity necessitates a platform that is both flexible and adaptable, capable of handling various scenarios.
2. Cost-Effectiveness for Local Councils: Budget constraints are a significant concern for local councils. Deploying an IoT platform at the state level offers a unified solution that can be leveraged by multiple councils, thus reducing overall costs. However, this approach may not always meet the specific needs of each council. Conversely, individual councils owning their IoT platforms can tailor deployments to their unique requirements at a higher cost.

On-Premise IoT Platforms: A Solution by Favoriot

Favoriot, a leading entity in the IoT domain, offers an on-premise IoT middleware that addresses the critical concerns of IoT deployment:

• Data Sovereignty and Security: On-premise platforms enable organizations to maintain their data internally, providing enhanced security and ensuring data sovereignty, a vital consideration in an era of frequent data breaches and privacy concerns.
• Scalability and Flexibility: The capacity to handle unlimited data and API calls is a significant advantage. Such scalability ensures that the platform can accommodate the growing IoT needs of an organization without any bottlenecks.
• Customization and Control: Organizations gain complete control over their IoT deployments, allowing for customization in line with specific business needs and objectives. This level of control is often not feasible with cloud-based solutions.

Case Studies

• State-Level Deployment for Local Councils: A state implementing an on-premise IoT platform for its local councils can achieve significant cost savings and standardized deployment. This facilitates better communication and data sharing between councils.
• Individual Council Deployments: When a local council opts for its own IoT platform, it benefits from a solution highly tailored to its specific needs, ranging from traffic management to public safety.

Conclusion

The deployment of IoT projects involves navigating through many challenges, including data security and scalability.

On-premise IoT platforms, like Favoriot‘s, provide a compelling solution to these challenges. They offer the flexibility, scalability, and control necessary for diverse IoT deployments, catering to the needs of service providers, state governments, and individual local councils.

As the IoT landscape continues to expand and evolve, adopting on-premise platforms is likely to become a critical factor in the successful and efficient deployment of IoT solutions, ensuring that these technologies meet the growing and changing needs of the modern world.

Do you think an on-premise IoT platform will suit your needs? Contact Favoriot to schedule an appointment.

Favoriot, a leading IoT platform provider, offers a subscription service that enables individuals and businesses to build and manage IoT projects quickly. But how can universities benefit from using an IoT kit in teaching, learning, and developing IoT projects?

An IoT kit can benefit universities and their students, including hands-on learning and accessibility to affordable components. Additionally, it can prepare students for a career in IoT, a rapidly growing field with high demand for skilled professionals.

Incorporating IoT into the curriculum can help universities stay up-to-date with the latest trends and technologies. Furthermore, using Favoriot’s platform with an IoT kit can provide a comprehensive and effective solution for teaching, learning, and developing IoT projects.

Favoriot’s platform offers many features, including real-time data visualization, data analytics, and data management, making it easier for students and professors to manage and analyze their IoT projects. The platform is also user-friendly, with an intuitive interface allowing even beginners to learn and use it quickly.

In conclusion, using an IoT kit and Favoriot’s platform can provide a powerful tool for teaching, learning, and developing university IoT projects. It can make learning IoT more accessible and affordable, provide hands-on experience with the latest IoT technologies and tools, and help universities stay up-to-date with the latest trends and technologies in the field of technology. By incorporating this technology into their curriculum, universities can prepare students for a successful career in this exciting and rapidly growing field.

How to Subscribe FAVORIOT Bundle Plan

1. Go to – Favoriot Subscription Page
2. Click Sign Up Here.
3. Enter profile details
4. Choose the Bundle Plan as shown below and click Submit.
5. Enter your details (including delivery address) and make payment.

Hibiscus Sense – The IoT Kit

The Hibiscus Sense is an Internet of Things (IoT) development board powered by the mighty and popular dual-core ESP32 microcontroller, embedded with 3 sensors (APDS9960, BME280 & MPU6050) and 2 actuators (Buzzer & LED / RGB LED), makes it easy for you to kick start your awesome IoT project. Since the microcontroller is the mighty ESP32, this development board is compatible to be programmed using tools such as Arduino IDE (for Arduino programming language), Thonny IDE (Micropython programming language) or ESP-IDF (C, C++ programming language), simply use the latest USB Type-C to program the microcontroller, which has built-in USB-to-Serial converter (Silicon Labs CP2104) with automatic bootloader reset, so you don’t have to press the RESET button each time to upload the program into the microcontroller.

The ESP32 microcontroller comes with 4 MB of SPI Flash running at 240MHz, support both WiFi and BLE connectivity and also the ESP-NOW protocols, which develop by Espressif for low-power 2.4GHz wireless connectivity. The variety of connectivity gives you the freedom and flexibility to develop wireless sensor platform using Hibiscus Sense to be connected to other wireless connectivity such as the BLE on your smartphone, to visualise the data on the mobile app. It’s indeed perfect for your wireless or IoT projects.

Hibiscus sense comes with pre-assembled header makes it easy for you to plug the board on top of the breadboard or on the female header on your DIY PCB projects. There are plenty open GPIOs for you to work with digital inputs and outputs, analog inputs and outputs and multiple extra peripherals, such as UART the RX/TX, I2C and SPI.

Hibiscus Sense is the best board for those who work out for data science and data exploration, as it can easily generate real-time data from rich profusion of sensors on board. The sensors, enables you to sense the physical movement and environment around the board, which total of 13 parameters can be measured:

• APDS9960 – An environment sensor, which sense proximity, colour and gesture.
• MPU6050 – 6 Degree of Freedom (DoF) IMU (Inertial Measurement Unit), the accelerometer and gyroscope.
• BME280 – An environment sensor, which measure the altitude, barometric pressure, humidity and temperature.

FEATURES

• ESP32 running at 240MHz
• 4MB SPI flash and 520 KB SRAM
• USB Type-C with Silicon Labs CP2014 USB-to-Serial converter with automatic bootloader reset.
• Integrated WiFi, Bluetooth and ESP-NOW wireless protocols
• FCC / CE / IC & others certified module
• RESET and GPIO 0 pushbuttons
• 25 GPIOs, including ADC, DAC, UART, I2C and SPI
• Blue LED connected to ESP32 GPIO2
• RGB LED connected to ESP32 GPIO16
• Buzzer connected to ESP32 GPIO13
• APDS9960, BME280 and MPU6050 connected to ESP32 I2C
• Board measurement including header in mm – 58.7 x 27 x 13.3 (length x width x height)
• Package measurement in mm: 71.8 x 35.5 x 20.4 (length x width x height)

DOCUMENTATION

The comprehensive tutorial for Hibiscus Sense is provided on Github:

• ESP32 Arduino Tutorial on Github. (including Exercise with FAVORIOT)

SHIPPING LIST

• 1x Hibiscus Sense
• 1x USB Type C