Tag: AI

The Story Behind Favoriot – Part 4: How Favoriot Became More Than Just an IoT Platform

I never planned for Favoriot to be more than just an internal tool.

Back when we first started developing the platform, it was purely out of necessity. We weren’t thinking about commercializing it. We just needed a reliable way to manage IoT data, and the existing platforms? They just didn’t cut it. Too rigid, too limited, and definitely not built with our specific needs in mind.

So, we decided to build our own.

I still remember that moment vividly—one of those late-night discussions with my team, fueled by frustration and too much coffee.

“Why are we wasting time forcing a square peg into a round hole?” I said. “Let’s just create something that actually works for us.”

And just like that, Favoriot was born.

At first, it was just for us—a solution to our own headaches. We never imagined it would one day be used by universities, students, or businesses. That wasn’t even on our radar. But then, something kept bothering me.

The Eye-Opener: Why Are We Using Foreign Platforms?

Every time I gave an IoT lecture at a university, I saw the same thing. Students were using foreign platforms like ThingSpeak and Blynk.

At first, I brushed it off. But then, it hit me—why were we relying so much on platforms from outside Malaysia? Didn’t we have something just as good, if not better?

That thought gnawed at me for weeks.

“We have this amazing platform,” I told my team. “Why aren’t we making it available to students and researchers here?”

The more I thought about it, the more sense it made. If we could offer Favoriot as a local alternative, students wouldn’t have to rely on foreign tools. So, I started introducing it in my lectures, offering free access to encourage students to use it in their projects.

I was optimistic. Maybe a little too optimistic.

The Harsh Reality: No One Was Interested

Despite our efforts, students weren’t biting. They continued using ThingSpeak and Blynk. I couldn’t figure it out.

“What are we doing wrong?” I asked myself.

Then it hit me—content.

Those platforms had an overwhelming amount of learning resources. Tutorials, YouTube videos, step-by-step guides. Everything a beginner needed was right at their fingertips.

Favoriot? Not so much.

It wasn’t that students didn’t want to use our platform; they just didn’t know how. Without accessible tutorials, they naturally gravitated toward platforms with a smoother learning curve.

That realization stung.

Taking Matters Into My Own Hands

At first, I thought, Maybe I can get students to create tutorial videos.

Wrong.

Most weren’t comfortable putting themselves out there as content creators. And honestly, I understood. It’s not easy to create educational content, especially when you’re just starting.

So, I made a decision.

“If no one else is going to do it, then I will.”

We started producing our own YouTube tutorials, pushing Favoriot on TikTok, and making the platform more accessible. It wasn’t easy, and it took time, but I knew it was the only way forward.

At first, progress was slow.

I had my doubts.

Is this even worth it? Are we just shouting into the void?

But I held on. If I’ve learned anything from this journey, it’s that persistence pays off.

The Turning Point: From Struggle to Recognition

Bit by bit, Favoriot started gaining traction. More students began using it, and word started to spread. But the real breakthrough? That came when external organizations started noticing us.

Suddenly, Favoriot wasn’t just an educational tool—it was being used in agriculture, industry, smart cities, and security systems.

I remember watching it all unfold, feeling both humbled and proud.

“Alhamdulillah,” I whispered. But deep down, I knew—this was just the beginning.

We didn’t stop there. We worked on differentiating Favoriot, adding unique features that platforms like ThingSpeak and Blynk didn’t offer. We weren’t just another IoT platform anymore. We were a better IoT platform.

What’s Next?

The journey hasn’t been easy. We’ve faced rejection, setbacks, and moments of self-doubt. But every challenge has taught us something valuable.

And this story? It’s far from over.

In Part 5, I’ll dive deeper into the specific challenges we faced, the roadblocks we overcame, and the key moments that shaped Favoriot into what it is today.

The best is yet to come.

More Stories About Entrepreneurship

  1. The Story Behind Favoriot – Part 6: Expanding The Business Models
  2. The Story Behind Favoriot – Part 5: Finding the Right Fit
  3. The Story Behind Favoriot – Part 4: How Favoriot Became More Than Just an IoT Platform
  4. The Story Behind Favoriot – Part 3: Why No One Wanted Our IoT Platform—And How We Turned It Around
  5. The Story Behind Favoriot – Part 2: Turning Failures into Milestones
  6. The Story Behind Favoriot – Part I: The Humble Beginnings of Favoriot
  7. Building My Personal Brand: The Stepping Stone to Favoriot’s Success
  8. From Research Lab Critiques to Startup Pitches: My Slide Story
  9. The Illusion of RFPs in the IoT World: Managing Expectations as a Startup
  10. Favoriot’s Odyssey: Navigating the Rough Waters of Early Revenue

ChatGPT, CoPilot, Gemini, Grok, Perplexity, Claude & DeepSeek: Which One Should You Choose?

Here’s a breakdown of the main features to help you decide which AI tool suits your needs:

1️⃣ ChatGPT (OpenAI)

✅ Versatile and reliable: Perfect for writing tasks, explaining technical concepts, and generating or debugging code.

✅ Supports multiple languages: Works well even in non-English languages, including Malay.

✅ Developer-friendly: Offers a stable API, making it ideal for building applications with AI capabilities.

❌ Paid plans for heavy use: A subscription is required to unlock more advanced features or handle large-scale tasks.

2️⃣ Gemini (Google, formerly Bard)

✅ Live search integration: It’s directly connected to Google Search, making it great for delivering the most up-to-date information.

✅ Fact-focused: Excels at answering general knowledge questions and providing factual details.

❌ Context sensitivity can be inconsistent: Sometimes, struggles to grasp complex or nuanced questions fully.

3️⃣ CoPilot (Microsoft, powered by GPT-4 Turbo)

✅ Productivity-focused: Fully integrated with Microsoft Office tools like Word and Excel, making it a powerful assistant for work-related tasks.

✅ Seamless Windows integration: An excellent choice for Windows users who need AI within their workflow.

❌ Access requirements: You’ll need a Microsoft account; in some cases, access may be restricted to specific users or organisations.

4️⃣ Grok (X, by Elon Musk)

✅ Social media-savvy: Specially designed for users of X (formerly Twitter), offering features to analyse and follow social media trends.

✅ Trend-aware: Focuses on staying current with the latest online conversations.

❌ Still evolving: As a relatively new tool, it lacks the maturity and extensive testing of more established platforms.

5️⃣ DeepSeek AI

✅ Specialist in technical fields: Excellent for research, coding, and solving complex mathematical problems.

✅ Completely free: A budget-friendly option for students, researchers, or anyone exploring technical AI applications.

❌ Limited advanced features: Compared to tools like ChatGPT or Gemini, it doesn’t offer comprehensive capabilities or integrations yet.

6️⃣ Perplexity AI

✅ Great for fact-checking: It can reference the internet in real-time, making it highly effective for quick research or verifying information.

✅ Focused research tool: Handy for researching specific topics and finding credible sources.

❌ Can lack deeper understanding: Tends to compile data rather than analyse or interpret it meaningfully.

7️⃣ Claude (Anthropic)

✅ Contextually intelligent: Known for its ability to generate high-quality text and clearly understand the context in conversations.

✅ Safe and ethical: Less prone to producing harmful, biased, or inaccurate content, making it a reliable option.

❌ Less recognition locally: Not as widely known or used in Malaysia, though its features are robust and competitive.

How to Choose the Right AI for Your Needs

  •  For writing, coding, or creative projects, → Go for ChatGPT or Claude for their depth and versatility.
  •  If you need real-time information or up-to-date research, → Consider Gemini or Perplexity.
  •  To boost productivity at work with office tools, → Use CoPilot, which works seamlessly with Microsoft applications.
  •  Social media enthusiasts → Try Grok, designed to help navigate trends on X (Twitter).
  •  For technical problem-solving or coding on a budget, → Choose DeepSeek AI.

Each tool has unique strengths, so the choice depends on your specific use case and preferences.

Why Building AI and IoT Products Locally Can Save a Country

The appearance of DeepSeek, which shook the world, taught us an important lesson — technology sovereignty.

Have you ever wondered why some countries have more control over their technology and future? It’s not magic.

They’ve invested time and effort in developing their technologies, especially in Artificial Intelligence (AI) and the Internet of Things (IoT).

These two areas are no longer just fancy buzzwords – they are the backbone of modern nations.

Let me explain why building these technologies locally is essential and could be a real game-changer for any country.

Keeping Our Data Safe

Think about how much data is collected daily – from your smartwatches, smartphones, traffic cameras, and building sensors. All of this data tells a story about us, about our country.

If this data goes to foreign companies, they control it, not us. That’s scary, right?

When we build AI and IoT products locally, we keep our data within our borders. We don’t have to rely on someone else to store or protect it.

This means we reduce the chances of our information falling into the wrong hands. It’s like having your valuables locked in your safe rather than someone else’s.

Protecting Our Security

Imagine if someone could hack into your country’s power grid or water supply.

What happens then? Chaos.

That’s why it’s essential to have secure technologies. When we depend on foreign-made systems, we give our critical infrastructure to them.

Local AI and IoT solutions can protect public transportation, hospitals, and defence systems. It’s like building a strong fortress – we control who gets in and out.

Creating Jobs and Boosting the Economy

Here’s the fun part – when we make our own AI and IoT products, we create jobs.

Think about all the engineers, researchers, factory workers, and even marketers involved in these projects.

Big companies like Google invest billions in countries like Malaysia to help build these technologies locally.

Google’s recent investment is expected to create over 26,000 jobs in Malaysia alone. Imagine what we can do if we take the lead ourselves!

Making Technology That Fits Us

Sometimes imported technology doesn’t work well for us because it wasn’t designed with our needs in mind.

For example, an IoT system designed for a cold country might not work perfectly in Malaysia’s tropical climate, or an AI chatbot might not understand our local languages or culture.

When we create our products, we can ensure they are right for us. We can design innovative farming tools for our crops, smart city systems for our traffic, and AI systems that understand Malay and other local languages.

Staying Strong During Global Tensions

Let’s be honest – the world is full of political tensions. Trade wars and sanctions can disrupt access to foreign technologies. I

f we rely too much on others, what happens when they suddenly pull the plug?

By building our own AI and IoT, we ensure that our systems continue running no matter what happens in the rest of the world. It’s like growing your food instead of relying on someone else’s farm.

Saving Money in the Long Run

When we use foreign technologies, we often have to pay licensing fees or deal with high costs.

Local solutions cut out the middleman, making things cheaper for businesses and citizens.

Plus, the money stays in the country, helping our economy grow further.

Empowering Our People

One of the most inspiring parts of building local technologies is how they empower our people. It gives our youth opportunities to work on cutting-edge projects without having to leave the country.

It also encourages entrepreneurship, where anyone with a good idea can start their own business.

We’ve seen how tech-savvy countries like China and India are building their systems and becoming global leaders.

Why can’t we do the same? We have the talent; we need the vision and support.

Keeping Control Over Our Culture

AI and IoT shape how we live, work, and even think. If these technologies come from other countries, they might not reflect our values and culture.

Building our systems means ensuring they align with what’s important to us as a nation.

For example, we can develop AI systems that promote our local heritage, preserve our languages, and respect our cultural norms.

It’s about staying true to who we are while moving forward.

A Future We Control

Building AI and IoT products locally is about one thing – control. It’s about taking charge of our future rather than leaving it in someone else’s hands. It’s about ensuring that our technology serves us and not vice versa.

Countries like Malaysia are already taking steps in this direction with investments in AI parks and national AI offices. But this is just the beginning. With the right mindset, resources, and determination, we can become leaders in this space.

So, the next time someone asks why local AI and IoT matter, remember – it’s not just about technology.

It’s about independence, security, and building a future we can be proud of.

Why IoT and AI Are the Backbone of a Nation’s Technological Sovereignty

I often wonder what truly defines a nation’s strength in today’s digital world. Is it the size of its economy, its military prowess, or the natural resources it possesses? While all these play a role, I believe that a country’s real power lies in its ability to control and innovate its own technology. At the heart of this technological sovereignty are two game-changing forces: the Internet of Things (IoT) and Artificial Intelligence (AI).

We are entering an era where data is the new oil and intelligence is the new currency. Nations that fail to embrace AI and IoT risk becoming mere consumers rather than leaders in the global tech race. The question is: Will we take charge of our technological destiny, or will we remain dependent on foreign players for our critical infrastructure? Let’s explore why IoT and AI are not just smart devices and automation but also securing our future.

1. The Battle for Data Control and National Security

Technology is no longer just about convenience; it’s about sovereignty. The more we rely on foreign AI models and IoT infrastructures, the more we expose our data, businesses, and government operations to external threats.

Owning Our Data: The First Step to Sovereignty

I’ve always believed that data is a nation’s most valuable resource. Just like oil fueled the Industrial Revolution, data is fueling the digital revolution. But imagine if a country had to depend on foreign companies to extract, refine, and distribute its oil. It would be at the mercy of external forces. The same applies to data.

With AI and IoT, we can take charge of our data. Local data centres, secure cloud computing infrastructures, and homegrown AI models ensure that our national data stays within our borders and is protected from cyber threats and foreign surveillance.

Preventing Foreign Surveillance and Cyber Threats

Cybersecurity threats are real. We risk exposing sensitive information to external parties whenever we use a foreign AI-powered application or cloud-based IoT system. Governments, businesses, and even individuals can become targets of cyber espionage. Malaysia’s Cyber Security Act 2024 is a step in the right direction, ensuring our digital assets remain protected. But laws alone are insufficient—we need the technological infrastructure to support these policies.

Investing in sovereign AI and IoT solutions ensures that our government, military, and critical industries are shielded from external interference.

2. Economic Growth and Global Competitiveness

Technological sovereignty is not just about security—it’s about economic independence. The nations that control their AI and IoT ecosystems will shape the future of global industries.

Job Creation and Economic Empowerment

One of the most inspiring developments in Malaysia has been the influx of tech investments to build local AI and IoT capabilities. Companies like Google and Oracle are pumping billions into Malaysia’s digital economy. Google’s $2 billion investment in a new cloud and AI region will create over 26,500 jobs and contribute $3.2 billion to the country’s GDP by 2030. On the other hand, Oracle is investing $6.5 billion to establish its cloud region in Malaysia.

These aren’t just numbers. They represent real opportunities—high-paying jobs for our youth, local innovation hubs, and a digital economy that doesn’t rely on foreign tech dominance.

Building Our Own Technology Ecosystem

Relying on foreign technologies means giving control of our economic future to external entities. But when we develop our AI-powered IoT systems, we create an ecosystem that is resilient, self-sustaining, and globally competitive.

Take the example of Malaysia’s AI Park—a $1 billion investment by India’s Eros Investments. It’s not just about developing AI models; it’s about setting up an entire industry that will support local entrepreneurs, researchers, and businesses in the AI and IoT space.

3. AI-Driven National Decision-Making

AI isn’t just about robots and automation—it’s about making intelligent decisions at a national level. From predicting economic trends to managing city infrastructures, AI allows governments to plan with precision.

Smart Governance and Public Services

Imagine a government where AI can predict and manage traffic congestion, optimize public transport, and even analyze healthcare trends to prevent disease outbreaks before they happen. With IoT sensors collecting real-time data and AI models processing it, governments can make data-driven, efficient, and responsive policies.

Malaysia’s National AI Office is a significant step in this direction. By creating an AI-first policy framework, we are moving towards an intelligent, proactive, and future-ready governance model.

4. Strategic Autonomy in Emerging Technologies

AI and IoT in Smart Cities and Agriculture

One of the most exciting applications of IoT and AI is in smart cities and agriculture. A self-reliant nation must feed itself, sustain itself, and protect itself. IoT-driven precision farming can help Malaysia ensure food security by monitoring soil quality, automating irrigation, and predicting weather patterns to maximize crop yields.

Smart city projects powered by AI can reduce energy consumption, improve waste management, and even prevent crime through intelligent surveillance systems. The less we depend on foreign companies to build these infrastructures, the more control we have over our cities and resources.

5. Resilience Against Geopolitical Risks

Avoiding Foreign Tech Restrictions

What happens when a country suddenly loses access to a critical technology because of geopolitical tensions? We’ve seen how trade restrictions can cripple industries overnight. Countries that are overly dependent on foreign technologies risk sudden disruptions in essential services and infrastructure.

Take AI chips, for example. The US-China tech war has shown us how a simple export restriction can paralyze entire industries. If Malaysia or any other country wants to future-proof its technological capabilities, it must invest in developing its own AI chips, cloud services, and IoT ecosystems.

A Self-Reliant Digital Economy

A nation’s strength is measured by its ability to stand independently. AI and IoT empower countries to build a self-reliant digital economy not easily shaken by external forces. By controlling our own cloud platforms, AI models, and IoT networks, we reduce our vulnerability to external trade wars and policy shifts.

Final Thoughts: The Road to True Digital Independence

The future belongs to those who control their own technology. AI and IoT are not just tools but the foundation of a nation’s economic, security, and governance infrastructure.

If Malaysia continues on this path—investing in local AI research, securing its IoT infrastructure, and building sovereign digital policies—we will not only compete in the global tech race but also lead it.

We are at a crossroads. Should we take charge of our future or allow others to dictate our technological destiny? The choice is ours.

Top AI Tools for 2025: Boosting Efficiency Across Various Domains

AI tools have become essential to personal and professional workflows, helping automate tasks, enhance creativity, and improve productivity. Here’s a breakdown of some of the most valuable AI tools for 2025 across different categories and why they matter:

[Credit to Pradeep]

1. YouTube Tools

Tools like Steve AI, TubeBuddy, and Eighthify assist content creators with video editing, optimisation, and analytics. These are crucial for streamlining content production and boosting audience engagement on YouTube.

2. Sales Tools

Platforms such as Lavendar, Twain, and Simplified make sales outreach more personalised and efficient. They provide insights and automation to close deals faster and enhance customer relationships.

3. Productivity Tools

Apps like Bardeen AI, ChartGPT, and Scholarly help manage tasks, conduct research, and increase overall efficiency. These tools are essential for individuals juggling multiple responsibilities.

4. Music Tools

AI tools like Amper, Jukedeck, and Boomy enable music creation and editing, making them valuable for artists, content creators, and marketers looking for custom soundtracks.

5. Writing Tools

Jasper AI, Writesonic, and Quillbot simplify content creation with grammar corrections, paraphrasing, and idea generation, making them indispensable for writers and bloggers.

6. Coding Tools

Platforms such as GitHub Copilot, Deepcode, and Replit help developers write and debug code efficiently. These tools save time and improve code quality for software engineers.

7. Chatbot Tools

Tools like Cohere, Yatterplus, and GPTBuddy enable businesses to create intelligent chatbots for improved customer service and engagement.

8. Daily Life Tools

Apps like Notion AI and Taskade simplify task management and daily organisation, helping individuals stay on top of their schedules and projects.

9. Content Creation Tools

Tools like Tome AI and Beautiful AI aid in creating visually appealing presentations and multimedia content, which is crucial for marketing and storytelling.

10. Twitter Tools

Platforms such as Postwise, Tweet Hunter, and TribeScaler are designed to optimise Twitter engagement, making them perfect for influencers and marketers.

11. Image Tools

Tools like StockIMG, MidJourney, and Microsoft Designer offer quick and creative solutions for generating and editing images, perfect for designers and marketers.

12. Chrome Extensions

Extensions, like Compose AI, Voila AI, and FinalScout, add functionalities like email drafting and lead generation, directly improving browser productivity.

Why These Tools Matter

AI tools transform our work by automating repetitive tasks, offering creative assistance, and optimising productivity. Whether you’re a content creator, developer, or entrepreneur, integrating these tools into your workflow can save time, enhance quality, and give you a competitive edge.

These tools showcase how AI continues to bridge the gap between manual effort and technological innovation, making 2025 a promising year for leveraging AI-driven solutions.

DeepSeek vs NVDIA: How China Build Their AI Sovereignty

The recent developments in the global technology landscape highlight a pressing need for countries and organisations to rethink their dependency on external technologies. NVIDIA’s staggering loss of $432 billion in market value in just a single day, driven by the rise of the Chinese AI startup DeepSeek, serves as a cautionary tale. DeepSeek’s disruptive advancements have shaken the foundations of major American tech companies and caused ripples across the global market, wiping out over $2 trillion in value.

But what does this mean for us as a society? These events are not just numbers—they are lessons that underline the importance of building our own technology capabilities.

The Reality of Dependency

When nations or industries heavily rely on external technologies, they place themselves vulnerable. The case of NVIDIA illustrates how a single external factor—a competitor with disruptive innovations—can lead to catastrophic consequences.

DeepSeek’s ability to replicate advanced AI technologies like ChatGPT with just a fraction of the cost and resources is a prime example of what can happen when a new player enters the game.

The dominance of companies like OpenAI, which spends over $100 million to train an AI model, has been disrupted by DeepSeek’s efficient model, built for just $6 million.

This highlights a glaring issue: while reliance on established tech giants may seem convenient, it can be detrimental in the long term if alternatives arise or access is restricted.

The Geopolitical Factor

Geopolitics often plays a significant role in accessing technology. Restrictions, sanctions, and bans are too common in the tech industry as countries compete to maintain dominance.

Relying solely on foreign technology means being at the mercy of these geopolitical dynamics. A single ban can halt progress, cripple industries, and leave entire sectors scrambling for alternatives.

The Lesson from DeepSeek

DeepSeek’s rise is an excellent example of how investing in local talent and resources can lead to groundbreaking achievements. By developing their technology independently, they have challenged global leaders and shown the world that innovation does not require exorbitant budgets.

This should inspire others to invest in homegrown talent and create ecosystems that encourage innovation.

The Role of Governments and Businesses

To avoid over-reliance on external technologies, governments and businesses must:

  1. Invest in R&D: Encourage research and development in cutting-edge technologies, providing grants and incentives to innovators.
  2. Build Talent Pipelines: Develop educational programmes focusing on future technologies like AI, IoT, and robotics.
  3. Collaborate Locally: Foster collaborations between universities, startups, and industries to drive innovation.
  4. Strengthen Infrastructure: Create an ecosystem that supports tech development, from affordable cloud services to secure data centres.

A Call for Technological Sovereignty

Technological sovereignty is not about isolating oneself from global advancements but about ensuring resilience and independence.

By reducing dependency on external technologies, we can safeguard against disruptions caused by bans, restrictions, or competitive threats.

Conclusion

The world is changing rapidly, and the recent events surrounding NVIDIA, DeepSeek, and the broader tech market highlight an essential truth: relying solely on external technologies is a risk we cannot afford to take.

The solution lies in fostering a culture of innovation, investing in local talent, and building resilient ecosystems that can withstand global disruptions.

The future belongs to those who can adapt, innovate, and lead.

It’s time to take control of our technological destiny.

The question is: are we ready?

The Story Behind Favoriot – Part I: The Humble Beginnings of Favoriot

When I look back to 2017, I vividly recall the early days of building the Favoriot IoT Platform. We started small, working in a modest room with only a few dedicated staff members. It was a humble beginning, but our vision was anything but small.

The Idea Behind the Platform

The idea for the platform arose from a simple but pressing need—to support our first IoT product, Raqib. At the time, we realised there was a significant gap in the market for an IoT platform that could cater to businesses and developers in a user-friendly and accessible way. But as the idea began to take shape, doubts crept in.

“Can we really compete with giants like AWS and Azure?” I often asked myself. The thought was daunting. Competing against well-established platforms felt like an insurmountable challenge. We knew that many people didn’t know who we were, and there were plenty who doubted the capabilities of a small team attempting something so ambitious. But despite the naysayers, we pressed on. Deep down, we were confident in our technology’s potential and our ability to deliver something meaningful.

A Bold Move: Offering the Platform for Free

By 2019, we decided to take a bold step—offering the Favoriot IoT Platform to the public for free. “Maybe this will be the best way to attract attention and build an early user base,” I thought. It seemed like a logical approach. But the reality didn’t match our expectations. The response was underwhelming, to say the least. Only a handful of people showed interest, and our efforts didn’t yield the results we hoped for.

Finding a New Strategy: Education

Sitting down with the team, I voiced my concerns. “We need to do more. This isn’t enough. We must find a better way to introduce our platform.” The team brainstormed tirelessly, and that’s when the idea of offering IoT courses emerged. It was a lightbulb moment. We realised that one of the best ways to attract users was through education—teaching people about IoT while simultaneously showcasing the capabilities of our platform.

“But what if no one registers for the courses?” The doubt lingered. Investing time and resources into something that might not succeed was nerve-wracking. Still, we decided to take the plunge. We structured the courses so that participants could learn the fundamentals of IoT and get hands-on experience with the Favoriot IoT Platform.

Success Through IoT Education

Alhamdulillah, the effort paid off. The response to the courses was beyond encouraging. Participants appreciated the knowledge they gained and began to explore our platform in more significant numbers. It was a turning point for us. From those early courses, word began to spread, and the Favoriot IoT Platform started gaining traction. The numbers grew steadily; today, I’m proud to say that we have over 9,343 users from 111 countries. Seeing the global reach of something we built from scratch fills me with immense pride.

“I can’t believe we’ve come this far,” I shared with the team during our discussions. “But this is just the beginning. We still have so much more to achieve.”

Expanding to New Horizons

With the foundation now solid, we set our sights on the future. Our next goal is to expand our presence to neighbouring countries. The team and I are confident that the Favoriot IoT Platform can achieve even greater success beyond Malaysia. This journey has taught us that with effort and dedication, even the boldest dreams are within reach.

“Ready for the next phase?” I asked the team one day, knowing full well that the challenges ahead would be just as demanding as the ones we’ve overcome. Their answer was clear and resolute. We are ready to take on the IoT world.

Reflecting on the Journey

Looking back, I see how every step we took was filled with challenges and uncertainties, but it was also marked by resilience and an unrelenting drive to succeed. No matter how small, each decision was crucial in shaping where we are today. The journey has been extraordinary, from a tiny room with a handful of staff to a global platform with thousands of users.

A Glimpse of What’s Next

This is only part of the story behind the development of the Favoriot IoT Platform. There’s much more to share—the challenges we faced, the lessons we learned, and the milestones we celebrated. Stay tuned for Part II, where I’ll delve deeper into the obstacles we’ve encountered and how we’ve navigated them to reach where we are now.

This journey is a testament to what can be achieved with a clear vision, unwavering determination, and a great team by your side. I hope our story inspires others to pursue their big or small dreams. After all, every outstanding achievement starts with a single step and the willingness to take it.

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My Startup Journey

AI Agents: The Game Changer for 2025 and Beyond

AI Journey

IoT and AI Agents: A Perfect Team

As I get ready to start my day, I think about something I often ask myself: “What exactly is an AI agent?” It’s not just another complicated tech term; it’s an idea changing how we use technology and go about our daily lives.

An AI agent is like a super-smart assistant that can understand its surroundings, make decisions, and take actions to meet specific goals— all without needing constant instructions.

But what does “understand its surroundings” actually mean?

Picture a world where IoT sensors are like the eyes and ears of an AI agent. These sensors are embedded everywhere: in your home, your car, factories, farms, and even in your city.

They collect real-time data about everything — temperature, motion, air quality, energy use, etc.

An AI agent processes this data to get a clear picture of what’s happening and decides what to do next.

For example, a smart thermostat uses temperature sensors to learn when to heat or cool your home based on your habits.

On a larger scale, in a smart city, IoT sensors on traffic lights help an AI agent manage traffic flow, reducing congestion during rush hour.

Why AI Agents Matter

Picture a day when your assistant reminds you about meetings, plans your route to avoid traffic, and even orders your favourite snacks when you’re running low.

It’s not just about making life easier; it’s about being smarter with your time and energy.

Here are some reasons why AI agents are so helpful:

  1. Getting Things Done Faster: AI agents handle repetitive tasks like summarizing emails or making reports, leaving you free to focus on more significant ideas. Imagine never having to waste time on tedious chores again.
  2. Making Life Personal: AI agents learn about you — what you like and need — and give you tailored suggestions. Whether finding a new show to watch or giving health advice, they make things feel just right for you.
  3. Handling Big Loads: AI agents can manage a ton of work without slowing down in businesses. From answering customer questions to keeping track of supplies, they handle it all smoothly.
  4. Getting Smarter Over Time: Unlike regular systems that don’t change, AI agents learn from every interaction and improve continuously. They adapt to new challenges and keep getting better at helping you.

As I think about these benefits, I wonder: “Why is 2025 the year for AI agents?” The answer lies in how technology advances, businesses are ready, and people are trusting AI more.

Why 2025 Will Be the Year for AI Agents

There are several reasons why 2025 is shaping up to be a big year for AI agents:

  1. More Companies Using Them: Businesses realise how helpful AI agents can be. From helping customers to improving healthcare, these agents are becoming a must-have tool.
  2. Better Technology: AI agents are more intelligent than ever, thanks to language understanding and decision-making improvements. They can now handle complex tasks and make real-time choices.
  3. People Trust Them More: More and more people are comfortable using AI tools. For example, in 2024, the number of people using chatbots during the holiday shopping season skyrocketed — a clear sign that consumers are embracing AI.
  4. Industry Innovation: New AI tools designed for specific tasks make it easier for businesses and individuals to adopt these technologies. For example, personal virtual assistants are now more competent and more accessible than ever.

“It’s not just about cool gadgets,” I remind myself. “It’s about creating a system that works for everyone.” That’s why things like data security and ethical AI are so important.

IoT and AI Agents: A Perfect Team

As someone who works closely with IoT (Internet of Things), I often think about how it fits with AI agents. IoT connects devices — like your smartwatch, fridge, or car — creating a network that collects loads of data.

But data alone isn’t valuable. AI agents are like the brain that makes sense of everything and acts on it.

Here’s how they work together:

  1. Making Data Useful: IoT devices collect information, but AI agents turn it into insights you can use. For example, a smart home can learn your daily habits and automatically adjust the lights or temperature to save energy.
  2. Deciding on Their Own: IoT sensors check the soil in agriculture, and AI agents choose when and how much to water crops. In healthcare, wearable devices monitor your health, and AI agents alert your doctor if something looks off.
  3. Simple and Easy to Use: Instead of confusing dashboards, you can just ask your AI agent questions like, “How much energy did we save this month?” and get clear answers.
  4. Managing Big Systems: Managing IoT networks can be a headache as they grow. AI agents make it simple by adapting to new devices and managing everything efficiently. In smart cities, they can control traffic lights to ease congestion.
  5. Improving Shopping Experiences: IoT sensors track what’s on the shelves in stores, and AI agents reorder items before they run out. It’s all about making sure customers get what they need without waiting.
  6. Helping the Environment: AI agents and IoT can reduce waste and save energy. Smart grids distribute electricity more efficiently, and AI agents optimize energy use at home and in factories.

“Imagine this,” I think, “Your car tells your home’s AI agent you’re on your way. The garage door opens, the lights turn on, and the air conditioning adjusts to your preferred temperature. That’s the future — where everything works together seamlessly.”

The Road Ahead

Of course, there are challenges. People worry about privacy and security. “How do we ensure AI agents work for us and not against us?” That’s a question I often come back to.

But the potential is enormous.

AI agents combined with IoT can change industries, simplify life, and solve problems in ways we’ve never seen before.

From improving healthcare to creating smarter cities, the possibilities are endless.

As I wrap up my thoughts, I feel excited about what’s to come. The year 2025 will be a turning point for AI agents and how we live and work.

It’s a year that could redefine everything.

So, let’s get ready to embrace this change. Let’s use AI agents to create a more imaginative, more connected world.

The future isn’t something we wait for — it’s something we build together.

The Future of Writing: Can AGI Rival Today’s Writers?

AI REVOLUTION

What if AGI takes over the role of a writer?

Image created by ChatGPT based on this story.

“What if AGI becomes as good as me at writing?” I muttered, half amused and half concerned. The thought lingered, almost taunting me.

Could a machine, no matter how intelligent, truly replicate the art of storytelling?

Writing has always been a deeply personal journey for me.

It’s not just about the words; it’s about weaving experiences, emotions, and lessons into a narrative that connects with readers.

“But what if AGI learns to do that too?” I challenged myself. The question refused to go away.

The Essence of Writing

I often remind myself why I write.

It’s about more than sharing knowledge; it’s about creating connections.

I poured my soul into every word when I wrote about my journey of building FAVORIOT.

Those articles weren’t just facts — my triumphs, frustrations, and dreams in black and white.

“Could AGI ever capture that?” I asked myself aloud.

It could replicate the structure, even the tone, but would it feel the pride I felt when describing our successes?

Would it understand the weight of the sleepless nights behind those stories?

Writing is as much about the process as it is about the product. “Machines don’t have sleepless nights,” I chuckled, though the thought didn’t comfort me.

What Would AGI Need to Learn?

I thought as I sipped my coffee that if AGI wanted to rival human writers, it would have to overcome three major challenges.

“First,” I said, leaning back in my chair, “context and nuance.” Writing isn’t just about stringing words together; it’s about understanding the world in all its complexity.

When I write about IoT, I’m not just describing technology — I’m addressing real-world problems, cultural challenges, and user needs. “Can AGI grasp that kind of complexity?” I wondered.

“Second, empathy,” I continued, almost as if I were explaining it to an invisible audience. Readers connect with stories because they resonate emotionally.

When I write about entrepreneurship, I think about the struggles of young dreamers reading my words.

Would AGI know how to address their hopes and fears, or would it just give generic advice?

“And third,” I paused for effect, “failure.” Every writer knows the pain of scrapping drafts, rewriting paragraphs, and starting over.

Those failures teach us what works and what doesn’t. “Can a machine learn the value of failure? Can it be self-critique like I do?” I mused.

Where AGI Might Excel

I reminded myself that it’s not all doom and gloom. AGI could bring remarkable strengths to the table.

I imagined it working tirelessly, synthesising vast amounts of information in seconds, and crafting perfectly structured articles. “It would be like having a research assistant who never sleeps,” I thought, smiling at the idea.

AGI could adapt its style to suit any audience.

It could shift gears effortlessly, whether writing for IoT experts, poetry lovers, or aspiring entrepreneurs. “Imagine the possibilities,” I said, almost excited now.

But the excitement was tempered by a nagging thought: “Would it feel like cheating to rely on AGI for something so personal?”

Human and Machine: A Collaborative Future

“Maybe we don’t have to compete,” I said, voicing the thought brewing. “Maybe AGI can be a collaborator, not a rival.”

I imagined using AGI to handle the technical aspects of my articles, freeing me to focus on storytelling and emotional resonance.

“It could help me write faster, but the heart of the article would still be mine,” I reasoned.

I’d already seen glimpses of this collaboration.

Tools like Grammarly refine my writing, while AI-driven platforms assist with research and brainstorming. “It’s not replacing me; it’s enhancing me,” I concluded, feeling more optimistic.

The Ethical Dilemma

“But then,” I hesitated, “what happens when AGI starts writing independently?”

If it writes an article that’s indistinguishable from mine, who owns the content? And how do we ensure transparency? “Would readers still value the writer or only care about the content?” I asked, troubled by the implications.

Writing, at its core, is a personal act.

It’s an extension of one’s thoughts, experiences, and beliefs.

If AGI mimics that perfectly, does it diminish the value of human expression? “Or,” I wondered, “does it make human stories even more precious?”

A Hopeful Outlook

I glanced at the clock.

I’d spent over an hour lost in this internal debate, yet I felt no closer to an answer. “Maybe it’s not about finding answers,” I admitted. “Maybe it’s about asking the right questions.”

As I typed these final words, I reminded myself why I write.

It’s not for perfection or applause. It’s for connection.

It’s for the moments when a reader says, “This resonates with me.”

AGI might one-day master writing mechanics, but it will never have my journey—my struggles, triumphs, and voice.

“And that,” I said to myself, a small smile creeping across my face, “is what makes every story I write, including this one, uniquely mine.”

Living with AGI in 2030: How Everything Changed

ARTIFICIAL GENERAL INTELLIGENCE (AGI) REVOLUTION

An imaginary future

Image created by ChatGPT

I never thought I’d see the day. Artificial General Intelligence — or AGI as everyone calls it — is now part of everyday life. Back in the 2020s, it felt like something out of a movie.

You’d hear tech people throw around terms like “superintelligence,” and I’d nod along, not understanding.

But now? I’m living it.

And let me tell you, it’s not what I expected — it’s better.

“AGI? What’s That?”

I still remember the first time I heard about AGI hitting the scene.

It was all over the news: “AGI has arrived!” My first thought? Here we go, another overhyped tech buzzword.

It was just another fancy update to those voice assistants who could barely understand me half the time.

But then, over the next few weeks, things started to change—real change.

Hospitals began announcing breakthroughs, governments were talking about smarter cities, and my neighbours were raving about how AGI was making their lives easier.

Mornings Made Simple

Fast forward to today, and AGI is part of my daily routine.

Every morning, my assistant, let’s call it “Genie,” greets me like a friend who knows me a little too well.

“Good morning, Mazlan! You didn’t sleep well last night — should I push your 9 a.m. meeting to the afternoon?”

I blink at my screen, barely awake. How does it know? Then I glance at my smartwatch, which has been tracking my sleep patterns.

Of course, Genie knows. It’s connected to everything — my watch, calendar, even the temperature of my bedroom.

“Yes, please,” I mumble, still groggy.

Genie’s not just a glorified organiser. It gets me.

If I’m feeling stressed, it suggests a quick meditation.

If I’m on a productivity streak, it lines up tasks so I can breeze through them.

It’s like having a personal assistant, life coach, and best friend rolled into one.

“Wait, My Health Is in Check?”

The biggest game-changer for me has been healthcare.

I’ve always been terrible about going to the doctor.

Who has the time? But now, I don’t need to. Genie monitors everything — heart rate, blood pressure, you name it.

Last year, it flagged something unusual with my heartbeat. “It’s probably nothing,” I thought, but Genie insisted I schedule a virtual check-up.

It turns out it wasn’t anything. The doctor said it could’ve turned into something serious if we hadn’t caught it early.

It’s weird, isn’t it? A piece of tech cared about my health more than I did.

And now, I don’t take it for granted. Knowing Genie’s got my back — even for things I can’t see — makes me feel safer.

My Kids Are Thriving

The way my kids learn now blows my mind. Back in school, it was all about memorising facts and fitting them into one-size-fits-all lessons.

But for my kids? AGI creates lessons tailored to them.

My youngest is obsessed with space. She’s learning everything from the physics of black holes to the history of space exploration—all in exciting ways.

The other day, she asked me, “Dad, did you know a black hole can ‘spaghettify’ a star?”

“Uh, sure,” I said, pretending to know what she was talking about. But inside, I was amazed. She’s learning things I didn’t even know existed at her age and loving it.

Cities That Work for Us

Even the city feels different now.

Remember those awful traffic jams? Gone. AGI manages the flow of self-driving cars so perfectly that I haven’t been stuck in traffic in years.

Buses, trains, even bikes — all move like clockwork.

And energy? Thanks to AGI’s smart grids, my house runs entirely on renewable power. I don’t even think about electricity bills anymore.

Genie ensures everything is efficient.

One day, I asked, “Why haven’t we had a blackout in years?”

Genie replied, “Because every kilowatt of energy is optimised, Mazlan.”

I didn’t fully understand the science, but I got the point: AGI handles things so well that I don’t have to worry about them.

Rediscovering What Matters

Here’s the surprising part: I’ve rediscovered things I’d forgotten about with AGI taking care of so much.

Like playing my guitar, I used to love strumming Bee Gees songs, but life got in the way. Now, I have time to pick it up again.

And it’s not just me.

My neighbour, a retired engineer, has started painting landscapes. Another friend is finally writing the book he’s been talking about for years. It’s like we’ve all been permitted to dream again.

Not Everything’s Perfect

Of course, not everything about AGI is sunshine and rainbows.

Some people are still trying to figure out who controls it. “What if it gets misused?” they ask. It’s a valid question.

I’ve even joined a few local forums to discuss how AGI should be managed.

“Do you think AGI could ever take over?” I asked a tech-savvy friend recently.

“Only if we let it,” he replied. “That’s why we need to stay involved.”

It’s reassuring to know that while AGI is brilliant, the big decisions still rest with us.

Looking Ahead

As I sit here, writing this on my porch, I can’t help but feel grateful. AGI hasn’t just made life easier — it’s reminded us what it means to be human.

We’re no longer drowning in mundane tasks or endless stress. We have real-time time to connect, create, and enjoy life.

Life in 2030 isn’t perfect, but it feels like a step in the right direction.

For the first time in a long time, I’m excited about what’s next. And that is the greatest gift AGI has given us: hope for the future.