The Challenges in Building University’s IoT Projects
Use this method to demonstrate a great IoT project.
Collect, Aggregate, and Visualise the IoT Project in a Rapid Manner
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Let me share a bit about my experience listening to the struggles faced by university students who have to tackle an IoT project for their final year.
It’s fascinating and a bit daunting, to be honest.
Most students get the gist of what IoT is capable of, but when it comes down to actually building their projects, they hit some real roadblocks.
The challenges of building an IoT project
First off, there’s the hardware side of things.
It’s not just about slapping together some components; it requires genuine electrical and electronics know-how, which not everyone has.
Then, there’s the programming aspect — getting the IoT device to do what you want, or setting up an app to make sense of the data.
And speaking of data, the third hurdle is figuring out how to collect it from the sensors, store it properly, and then pull it out again for useful stuff like dashboard visualizations or app functions.
These steps can eat up a ton of time, especially if you’re trying to do it all solo.
From what I’ve seen, a student working alone often ends up with a simpler demo, not because they lack ideas, but because of resource and skill limitations.
Funding and team projects
While some universities don’t provide any funding for these projects, others might give just enough to cobble together a basic IoT setup.
In contrast, when students work in teams, they can pool their resources and skills, often leading to a more sophisticated project outcome.
That’s why I think it’s smarter for students to play to their strengths.
If you’re good with hardware, focus on that; if you’re a whiz at coding or data analysis, make that your centerpiece.
And here’s a bit of advice: don’t sweat the middleware or setting up a server from scratch.
Platforms like Favoriot can be a real game-changer.
They simplify device onboarding, streamline data collection, and offer ready-made dashboard widgets for customization.
This approach can free students up to concentrate on what they do best, whether that’s engineering a neat piece of hardware or developing killer app functionality, leading to a more polished and impressive final project.
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Secure your enterprise’s data by keeping it on-site. With our on-premise Favoriot IoT platform, you maintain full control over your data, ensuring unparalleled security and privacy.
Here’s to Favoriot’s expansion into new markets, wisely navigating global challenges, and making a mark worldwide with its innovative solutions.
Happy 7th Anniversary FAVORIOT!
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I keep tossing this one question back and forth in my head: “Is FAVORIOT gonna keep the lights on for another year?”
It’s like, running a startup feels like being in a marathon with no clear finish line – just hills, mountains, and valleys for days.
Jumping into entrepreneurship, I honestly didn’t see the rollercoaster ride coming.
From the outside, you always hear about these startups going from zero to hero, hitting that IPO jackpot in just a few years. It’s all about the glory days, right?
You often catch stories about startup founders bagging millions in funding, scaling from a duo to hundreds, even thousands of employees, and then making it big internationally.
Those are the success tales.
But for every one of those, there’s a bunch that just… vanish.
They’re part of the grim 90% of startups that crash and burn each year.
Those stories? Not so loud.
FAVORIOT kicked off officially on February 20, 2017, but didn’t really get rolling until April 1, 2017, with just a few of us.
Since then, a lot of the original crew has moved on, replaced by fresh faces.
The past seven years have been a wild ride, to say the least.
Here’s the scoop:
1 — Starting with Zero Revenue – We went a whole year without making a dime, with our costs through the roof.
All because we were deep in the R&D phase, working on our “Raqib” product (an IoT thing for monitoring the elderly and Hajj pilgrims).
Then, just as we were ready to roll in 2019, COVID hit, and Malaysia’s Hajj got postponed for two years (2020–2021).
Just like that, all the money we’d poured into Raqib felt like it went down the drain.
2 — When No One’s Buying – In the early days, folks would come up to me all excited about IoT, wanting to collaborate but not really sure how.
But then, crickets.
No one actually wanted to buy. I’d be lying if I didn’t admit to thinking, “Are they just here to pick my brain or what?”
3 — Turning Down IoT Training Initially – At first, we thought people could just learn IoT on their own with all the tutorials out there.
Boy, were we wrong.
We only started offering commercial IoT courses by the end of 2021, almost four years too late!
4 — From 20 to 8300 Users – It began with just a handful of folks interested in our IoT platform.
Now? We’ve got users from 121 countries.
Talk about growth!
5 — Branding Favoriot – Once upon a time, googling “Favoriot” would get you “Favorito.”
Now, we’re the first thing that pops up.
We’ve made a name for ourselves in Malaysia as an IoT startup.
By some miracle, we’ve managed to claw our way out of the dreaded “Valley of Death,” despite its gravity trying to pull us back in.
Moving Forward
Maybe it’s time to hit up investors again, look for new partners, or VCs.
Back in the day, we didn’t stand a chance without traction or customers.
Rejection was the name of the game, whether pitching to investors or trying to get into accelerators.
But now?
It feels like it’s time to open up Favoriot’s doors again, see if we can snag some VC funding or find a company interested in making IoT part of their business.
Happy 7th Anniversary, FAVORIOT.
Here’s hoping this year, and the years to come, are even better than the last.
“May every team member of Favoriot grow wiser with the company, enjoying personal and professional development that leads to collective success.”
A shoutout to our earliest customers, too. Without their trust, it would’ve been a much tougher sell for the rest.
And finally, to my friends who’ve always had my back, thank you. Your support means the world.
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One way or another, with accurate and localized weather information, value in all of it has never been more tangible, from agriculture, through environmental monitoring, to urban planning.
Lives are at stake.
While these systems function rather well for the purpose they serve, they are expensive, complex, and do not offer the granularity required to make site-specific and localized decisions.
That’s where the power of mini weather stations comes in — a solution that’s not only innovative but accessible and with the highest level of accuracy.
Why Precise, Local Weather Data Is Needed
You could think of it as planning an agricultural schedule without accurate rainfall predictions for your location down to the inch, or it’s like taking readings on urban air quality from a station miles off.
A shortage of localised weather data has the impact ranging from an inefficient use of resources to lesser productivity and to an additional environmental footprint.
Other than that, traditional weather stations are bulky, require substantial power, and added flexibility in deploying them effortlessly in different environments.
Increasing needs for accurate, real-time data on the environment
The rising impacts attributed to climate change elevate the importance, more than ever, of setting the bar high in environmental data production.
Demand is going through the roof — from farmers who need to know the precise time to plant or water, to city planners trying to mitigate urban heat islands.
This, obviously, delimits the existing system, pointing out to a critical necessity for a more flexible, accurate and cost-efficient solution.
Mini Weather Stations Driven by Solar Energy and 4G Connectivity
Enter the mini weather station: the compact and solar-powered IoT solution that redefines localized weather and environmental monitoring.
The sensors monitor the amount of rain, wind speed, atmospheric temperature, humidity, atmospheric pressure, and carbon dioxide, thus giving a complete environmental overview.
It is powered by solar energy, hence making the system to be up and be operational throughout, in the absence of other power sources.
Second, 4G cellular communicates real-time data with the IoT platform of Favoriot, hence, making collection and visualization of data easy.
Use Case Scenarios in Practice
1 — Precision Agriculture
An advanced knowledge of the environmental conditions provides information on the yield of the crops and helps in judicious decisions on how to manage resources.
The mini weather station is able to provide this real-time information on the data of rainfall, temperature, and humidity to the farmer, which informs judicious decisions on irrigation and planting.
This would not only optimize the use of water but also enhance the health of the crop and yield.
2 — Urban Environmental Monitoring
Microclimate differences and pollution are regularly evident in urban areas.
Mini weather stations are used by city managers and environmentalists to monitor levels of air quality and temperature and humidity conditions simultaneously in diverse segments of a city.
Such information is critical towards the formulation of methods of combating urban heat islands and air pollution that if successfully implemented, would further enhance urban livability.
3 — Disaster Preparedness and Response
Mini-weather stations would be of much use in disaster preparedness and response in areas affected by extreme weather events.
By way of illustration, monitoring the amount of rain and wind speed enables one to predict and reduce the impact of floods and hurricanes, hence further evacuations and resource allocation.
The Technology Edge
Really, what is intriguing about the mini weather station is its technological sophistication in the simplicity of use.
With solar power, it is deployable in remote areas without thinking of the battery life to recharge it.
It further ensures data is transmitted and received in real time, coverage and connectivity of 4G to the Favoriot platform, which collects the data and visualizes it, hence being accessible and actionable to the decision-makers.
The ability to use advanced sensors with connectivity options makes the mini weather station a robust tool for multiple applications.
The mini weather station is an innovative environmental monitor and data collection move that delivers a versatile, efficient, and accurate solution to real-time data collection.
And the applications in everything from agriculture to urban planning and disaster management show how geography could revolutionize our dealings with the earth and its response.
Taking advantage of the power of these mini weather stations to improve decision-making, make greater use of resources, and enhance preparedness for environmental challenges.
The next wave of environmental monitoring is here, and it’s compact, it’s solar-powered, and it’s smarter than ever before.
Contact Favoriot to schedule an appointment or for further details.
There must be a leading factor missing — this is what I found out.
Image created using Canva by Author
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Here I am, lounging in my office chair, a cup of my favorite tea in hand, staring out into the vastness of my thoughts.
It’s one of those moments where the world seems to slow down, and you’re left with nothing but your reflections.
Today, my mind wanders to a question that’s been bugging me for years: Why is the adoption of technology, specifically the Internet of Things (IoT), taking so much longer than expected?
I remember when Kevin Ashton coined the term IoT back in 1999.
It was a concept that promised to revolutionize the way we interact with the world around us.
Fast forward to 2014, Malaysia launched its National IoT Strategic Framework, and the buzz was electric. Yet, the excitement quickly fizzled out, and I couldn’t wrap my head around why.
Then came 2017, the year we launched our IoT platform at Favoriot.
We were pumped, ready to change the game, only to be met with a lukewarm response.
It was disheartening.
I spent countless nights looking at the stats, trying to figure out where we went wrong. It wasn’t until I hit the streets, talking to people, that it clicked.
The issue wasn’t with the technology itself but with the understanding of it.
Most people didn’t even grasp what IoT was, let alone why it was necessary. And if they were clueless about the ‘what’ and ‘why,’ the ‘how’ was even more of a mystery.
That’s when it hit me — the lukewarm response to our platform wasn’t about its functionality but about the lack of knowledge and understanding.
Fast forward a few more years, and the landscape started to change.
We realized that if we wanted to jumpstart IoT adoption, we needed to go back to the basics.
We needed to build awareness and nurture talent through IoT training.
It was a slow process, but with the push towards Industry 4.0 and AI, IoT began to gain prominence.
The need to collect data was undeniable, and how could you do that without IoT?
Image from Pixabay
Now, as I sit here in 2024, sipping my tea and looking over the latest stats, I can’t help but feel a sense of accomplishment.
The journey hasn’t been easy, but the growing IoT awareness and adoption is a testament to our efforts.
It’s a reminder that sometimes, to move forward, you have to take a step back and educate.
As I muse over this thought, I realize that the key to technology adoption isn’t just about creating cutting-edge solutions but also about bridging the gap in understanding.
And as the world slowly but surely embraces IoT, I can’t help but think, “We’re finally getting there.”
How Favoriot IoT Developer Plan Can Help System Integrators to Expedite Their IoT Projects
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System integrators (SIs) are tasked with the challenging role of amalgamating diverse technologies to deliver comprehensive solutions.
Favoriot, as an innovative IoT platform, significantly simplifies this task, mainly through its Developer Plan, which is especially suited to the needs of SIs.
This article highlights why the Developer Plan of Favoriot is a superior choice for SIs looking to expedite their IoT projects effectively.
Understanding the Challenges in IoT Deployment
IoT deployment is laden with complexities, including device placement, seamless connectivity, platform integration, and ensuring robust security measures.
These challenges can be daunting, especially for smaller companies.
A seasoned IoT system integrator is crucial in weaving these disparate elements into a seamless solution.
Favoriot: A Strategic Partner for System Integrators
Favoriot offers a versatile IoT middleware that bridges a wide array of devices using standard IoT protocols.
Its significant features that cater particularly well to SIs include:
Versatile Connectivity: Compatibility with a diverse range of devices.
Flexible Deployment: Options for both cloud and on-premises deployment.
Customizable Solutions: Support for tailored dashboard and application development.
Scalability and Expansion: Designed for growth and interoperability, steering clear of vendor lock-ins.
The Developer Plan: A Closer Look
The Developer Plan by Favoriot is designed for advanced IoT developers, often including SIs working on complex, large-scale projects. Its features are:
Pricing: At MYR 180 per month, MYR 1,200 per year, or MYR 1,260 for the Developer Bundle, it’s an investment in high-level IoT development.
Capabilities: It encompasses all the features of the Beginner Plan and extends them significantly. This includes support for 100,000 daily APIs, data export options, unlimited dashboards, and advanced widget types.
Advanced Integration: It offers 3rd-party integration capabilities, manual and automated control, and comprehensive analytics.
Suitability: Tailored for complex projects that demand in-depth analytics, extensive device management, and third-party integrations.
Advantages for System Integrators
Scalability and Flexibility: The Developer Plan allows SIs to scale and modify solutions as per evolving project requirements.
Enhanced Device Management: With support for many devices and advanced control options, SIs can manage complex IoT ecosystems more efficiently.
Advanced Analytics: Critical for SIs, as it enables them to derive meaningful insights and refine IoT solutions for optimal performance.
Third-Party Integrations: SIs needs to incorporate various technologies and platforms, enhancing the functionality and reach of IoT solutions.
Comprehensive Security: As IoT systems often handle sensitive data, the advanced security capabilities of the Developer Plan ensure robust protection.
Conclusion
The Developer Plan of Favoriot is particularly well-suited for system integrators due to its comprehensive features that cater to the demands of large-scale, complex IoT projects.
By choosing the Developer Plan, SIs can leverage advanced analytics, extensive device management, and robust integration capabilities, thus expediting their IoT projects while ensuring quality and scalability.
This plan is not just a tool but a strategic asset for SIs aiming to excel in the IoT domain, providing them with the necessary capabilities to successfully navigate the complexities of IoT deployment.
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This guide, “Mastering IoT with Favoriot,” tailored for enthusiasts eager to explore IoT, mainly through the Favoriot platform, is a treasure trove of knowledge, meticulously organized into four key sections, each shining a light on different aspects of IoT application in business and academia.
This eBook is FREE to download, but your contribution, big or small, helps support creating more valuable content like this eBook.
Here’s What Awaits You:
Solid Foundations in IoT: Kick off your adventure with an insightful introduction to IoT platforms. Discover the critical role of on-premise platforms for seamless deployments and the importance of integrating IoT into academic environments.
A Deep Dive into IoT Platforms: Navigate through a thorough comparative analysis of leading IoT platforms, including Favoriot, AWS IoT, and Microsoft Azure IoT, among others. This segment is a goldmine for those weighing their options to find the perfect platform match.
Exploring the Favoriot IoT Platform: The heart of the book delves into the Favoriot IoT Platform, presenting its array of plans and functionalities. This section primarily benefits businesses and developers keen on maximizing the Favoriot platform for their IoT ventures.
Hands-On IoT Solutions: Get practical advice and strategies for crafting and customizing IoT solutions. Learn how to efficiently transition from a general platform to a specialized solution, shortening the development timeline.
IoT in Higher Education: An inspiring section dedicated to integrating IoT in higher education, illustrating how IoT can transform educational methods and equip future developers with the necessary skills.
Real-World Insights: Enrich your understanding with case studies and applications that bring IoT concepts to life, making the guide informative and engaging.
Concluding Reflections: Wrap up your journey with a summary of IoT’s impact across various domains, highlighting the revolutionary potential of the Favoriot platform.
Why This Book Stands Out:
This guide distinguishes itself through its clear, in-depth coverage and structured approach to complex topics.
It is an indispensable resource for business leaders, IoT developers, and educators, offering theoretical insights and practical knowledge.
Its unique focus on the Favoriot platform differentiates it from other IoT resources.
In essence, “Mastering IoT with Favoriot” is an essential read for anyone looking to grasp and exploit the vast opportunities of IoT.
Its combination of foundational knowledge, practical tips, and real-world examples makes it a premier resource in IoT.
Join us in exploring the limitless possibilities of IoT by supporting this invaluable guide. Your journey into the innovative world of IoT starts here.
“The spark of IoT innovation will transform students into architects of tomorrow’s interconnected world.”
Which Universities offer the best IoT education in Malaysia?
But how do we define the best IoT education?
As someone involved in building the IoT curriculum for universities and TVET institutions in Malaysia, I would like to share my perspectives.
Malaysia’s approach to weaving IoT into the academic fabric is cultivating a future workforce ready to navigate and shape the technological frontiers of the local industries.
How many Malaysian universities architect their IoT academia, spotlighting their holistic course offerings, cutting-edge lab environments, synergistic industry ties, and scholarly faculty?
Let’s dive deep into the traits of IoT Education leaders.
Crafting a Multifaceted IoT Curriculum
“Through the loom of academia, the comprehensive IoT curriculum weaves together the essence of innovation and application, shaping the pioneers who will navigate the technological frontiers of tomorrow.”
An exceptional IoT program must be characterized by its comprehensive and multidisciplinary curriculum, addressing all critical facets of IoT technology:
Embedded programming
Programming languages
Microcontrollers
Fundamentals of telecommunications (connectivity options)
Data communications (protocols)
Middleware (IoT Platforms such as Favoriot, Azure IoT or ThingSpeak)
Mobile or web development.
Furthermore, it should delve into specialized skills such as:
Data Analytics
Machine learning
IoT security
The curriculum’s design within these universities must be meticulously crafted to provide a deep dive into IoT’s theoretical underpinnings and practical applications, ensuring a well-rounded education.
Laboratories Equipped for the Future
“Within the crucible of our labs, theory is transformed into action, where every experiment brings us closer to the future we’re not just predicting but creating.”
Hands-on experience is indispensable in IoT education, necessitating laboratories with the latest IoT tech.
These labs are incubators for innovation, where students engage directly with IoT devices, navigate programming challenges with microcontrollers, explore connectivity through various protocols, and send data to the IoT platform.
They have become adept in harnessing IoT platforms (such as Favoriot) for:
Data aggregation
Understanding the IoT protocols such as MQTT, REST, or CoAP
Mastering the art of data visualization and analytics.
This hands-on approach is critical, bridging the gap between theoretical knowledge and real-world application, ensuring graduates are proficient in both.
Fostering Industry-Academia Synergies
“The bridge between academia and industry is built on shared visions, where classrooms extend into the real world, and students emerge not just as graduates but as pioneers of IoT innovation.”
The symbiosis between academia and industry is a cornerstone of IoT education.
Universities with robust industry connections offer students unparalleled access to real-world IoT projects, internships, and the chance to earn IoT Professional Certifications.
These collaborative ventures are more than educational enhancements; they are a conduit to the practicalities of the IoT landscape, preparing students for the dynamic challenges of the industry.
Scholarly Faculty: The Pillars of Excellence
“Behind every great innovation in IoT, there stands a mentor from academia, whose wisdom lights the path from knowledge to wisdom, from classrooms to the cosmos of technology.”
The caliber of an IoT program is significantly uplifted by the faculty’s expertise and industry experience.
The distinction of Malaysian universities in IoT education can be attributed to their accomplished faculty, whose academic rigor and practical insights equip students with a profound understanding of IoT’s technical and business dimensions.
Their guidance ensures students are well-versed in the latest technological advancements and prepared to navigate the complexities of the IoT ecosystem.
Envisioning a Future Forged by IoT Expertise
“In the realm of IoT education, Malaysia is not just a participant but a visionary architect, crafting a future where technology serves as a bridge to an innovative, interconnected world.”
Malaysian universities are at the vanguard of global IoT education, heralding a new era of technological leadership.
By offering a curriculum that is both comprehensive and cutting-edge, fostering hands-on learning through advanced labs, cultivating industry partnerships, and being home to esteemed faculty, these institutions are laying the groundwork for IoT innovation.
The burgeoning demand for skilled IoT professionals underscores the significance of their mission, positioning these graduates as pivotal contributors to the local and global technological landscapes.
The achievements of these educational programs transcend national boundaries, marking Malaysia as a critical influencer in the IoT domain’s future direction.
It aims to tap into the endless potential of IoT technologies, pushing Malaysia to the forefront of the global digital economy and into the Fourth Industrial Revolution.
MyIoTA has set up strategic plans to boost investments in IoT, foster idea sharing among key players, build partnerships across different sectors, showcase Malaysian IoT innovations worldwide, and guide industries on their digital transformation journey.
The Role of MyIoTA in Digital Transformation
MyIoTA plays a crucial role in reshaping Malaysian industries by promoting IoT technologies.
This effort increases efficiency, innovation, and growth in various sectors.
MyIoTA’s commitment includes:
Boosting IoT Investments and Innovations: MyIoTA highlights IoT’s capabilities to spark investment and innovation.
Encouraging Idea Sharing: It creates a space for IoT entrepreneurs, researchers, CIOs, and policymakers to exchange insights and shape the future of IoT.
Building Partnerships: MyIoTA works to ensure a united approach to IoT development, making industries more digitally adept.
Promoting Malaysian IoT Globally: It aims to enhance the global presence of Malaysian IoT companies, opening doors to international opportunities.
Guiding Digital Transformation: MyIoTA leads industries through their digital evolution, using IoT to unlock new efficiencies and opportunities.
Favoriot’s Role and the MyIoTA IoT Sensor Hub
The MyIoTA IoT Sensor Hub is a prime example of local innovation supported by MyIoTA.
Designed and made entirely in Malaysia, this product represents MyIoTA’s collaborative spirit between several members.
MYIoTA Members that contributed to the development of the IoT Sensor Hub
Favoriot, a member of MyIoTA, has contributed to developing the IoT Sensor Hub via its IoT middleware, which makes it easier for users to collect and send data for visualization and analysis.
Transforming the Economy and Industry with IoT
How MyIoTA Sensor Hub can be applied in various use case scenarios
The MyIoTA IoT Sensor Hub, backed by MyIoTA’s open SDK policy, is a crucial driver of innovation, allowing developers to customize IoT solutions.
This device simplifies the deployment of IoT projects, making them more practical and reliable.
It helps businesses and developers quickly move from ideas to implementation, keeping Malaysian companies competitive.
The MyIoTA IoT Sensor Hub is set to create new jobs, launch new businesses, and revamp existing industries.
It paves the way for innovation, leading sectors into the Fourth Industrial Revolution.
This change is about adopting new technology and economic transformation, leading to new business models, tech job growth, and the digital update of traditional industries.
MyIoTA Sensor Hub
A Call for Collaborative Transformation
MyIoTA’s initiatives, especially its collaboration with members like Favoriot and developing the MyIoTA IoT Sensor Hub, aim to make Malaysian IoT companies leaders worldwide.
By making IoT project deployment easier and fostering a network of partners and developers, MyIoTA ensures Malaysia stays ahead in digital innovation.
This collective effort invites everyone to contribute to a future where innovation, connectivity, and advanced digital technologies drive national and global progress.
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The Favoriot IoT platform has carved a name in the academic world, particularly among universities engaged in cutting-edge Internet of Things (IoT) projects.
Its widespread adoption across various academic institutions has played a pivotal role in streamlining and accelerating the development of numerous IoT initiatives, leading to remarkable outcomes documented and published in esteemed scientific journals.
At the core of Favoriot’s appeal is its ability to simplify and expedite the IoT project development process.
The platform offers a comprehensive tool suite that facilitates accessible data collection and visualization, critical IoT research, and development components.
This user-friendly interface allows researchers with limited technical expertise to efficiently manage and analyze large volumes of data generated by their IoT devices.
The versatility of the Favoriot platform is evident in the diverse range of IoT projects it has supported.
Favoriot has provided a reliable and scalable data handling and analysis backbone.
This flexibility has made it an invaluable asset in various research domains, enabling universities to push the boundaries of IoT innovation.
The success stories emerging from these projects are not just confined to the academic sphere.
The results, published in reputable journals, underscore IoT technologies’ practical implications and potential in addressing real-world challenges.
Favoriot’s role in these projects highlights the platform’s capacity to support academic research and contribute to technological advancements with tangible societal benefits.
Furthermore, the platform’s contribution to academia extends beyond facilitating research; it also serves as an educational tool.
By providing students with hands-on experience in managing and implementing IoT projects, Favoriot helps nurture the next generation of IoT professionals.
This aspect aligns with the educational objectives of universities, making Favoriot a partner in both research and academic endeavors.
Below are some publications found on the Internet (Note: Contact me or Favoriot to include your publication in this list):
5 — “Real-Time Monitoring for Smart Logistics”, Muhammad Adham Mokhtar and Aizan Ubin, Evolution in Electrical and Electronic Engineering Vol. 3 No. 2 (2022) 834-843
9 — “Internet of Things IoT Based Security System,”Deepak Garg, Ayush Pathak, Bhavika Joshi, Shraddha Dwivedi and Shreya Yadav, International Journal of Recent Scientific Research Vol. 12, Issue, 06 (A), pp. 41937–41944, June, 2021
In conclusion, the Favoriot IoT platform has emerged as a crucial enabler in academic IoT research.
Its ability to simplify complex processes, flexibility, and scalability have made it a preferred choice for universities globally.
The success of IoT projects facilitated by Favoriot, as evidenced by publications in scientific journals, attests to the platform’s efficacy and growing importance in the landscape of IoT research and education.
Dr. Mazlan Abbas 