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Artificially Intelligent, Actually Useful

Meet Jarvis

Tony Stark's Jarvis has Arrived

For many years, I was quite envious of Tony Stark and his magnificent assistant, Jarvis. I was hoping for my own personal AI sidekick, and then along came my assistant, Alexa. And now, I am once again the master of my house… well, at least when no one else is home.

Alexa, good morning… and suddenly, the news is on and the AC is off. Alexa, play Tunein Radio Köln… and a German radio station magically fills the room. Alexa, cook the eggs… and the egg cooker is on. Alexa, connect stereo… and the sound from my home cinema is a go.

Alexa is always there to lend a hand when I need help. Unlike my wife. Her code word for “I’m busy” is “Soon, my dear dear”. It usually means a wait of one or two hours, but it could easily take longer

In short, Alexa is the only lady in my life who always does what I tell her to do without argument or objection.

Orion and AI
Orion benefits from Alexa.

Alexa is a rather simple example of Internet of Things, of GenAI. It consists of very sharp hearing, good speakers and some electronic circuitry in between. The intelligence does not come from the small device, but is obtained from the Internet.

Applications of AI

Many are already familiar with the basic applications of AI, what is now called Robotic Process Automation (RPA).

You’ve likely been using it for ages in the form of Outlook rules to organize your emails based on sender or subject, replacing that mundane manual work long ago.

Of course, RPA has applications far beyond the simple email inbox. The following table shows some applications of AI, from the simple to the complex.

My girlfriend Alexa falls into the medium-complex AI category, and her usefulness has only grown over the years. Now she doesn’t just answer questions and save me the time of Googling; she also functions as a voice-controlled or timed switch for nearly everything at home.

Generative AI

Your Mostly Reliable Helper at Home and in the Office

AI comes in two well-known types, Generative AI (GenAI) and Agentic AI.

GenAI includes tools like AskAI, Claude, Copilot, DeepSeek, Gemeni, Haiku, Meta AI,  OpenAI, Perplexity, etc. The list grows daily.

AI is built into nearly every application and helps generating text, image, sound, videos and even code.

This even applies to tools like cameras, mobile phones and others.

Generative AI
GenAI is your Friendly Helper Boosting your Productivity.

I bet, GenAI has been your reliable friend for some time. I use it many times a day. Even during your holidays GenAI can be of help. 🙂

San Marco in Venice
The famous San Marco square in Venice is usually very crowded. How do you have a nice shot without hundreds of tourists?

The following image of San Marco without tourists can be created in several ways.

  • You can try to convince all the people to evacuate the square for a minute to take your photo.
  • Alternatively, you can ask GenAI to do this job for you. Guess how we did it.
San Marco without Tourists?
GenAI did an increadible job to evacuate San Marco - and got rid of the crane.

Agentic AI

The Multi-Purpose Agent

Whilst GenAI usually waits for our hopefully well-designed prompt to be of assistance, Agentic AI consists of agents, i.e., software modules that do their job in the background. Their activities can be started by humans, can also be triggered by batch jobs or events.

These software agents perceive an audio, video, or other signal to begin a cycle to run. In case Alexa functions as such agent, it could receive a noise from our grandson. This acoustic signal is then compared to a defined threshold, i.e., the noise level that triggers a signal to be sent.

After sending a signal to mobile phones, it uses the just received signal and the response to learn from that. That is a simple machine learning example.

Of course, this can be more complex. 

Agentic AI at Work

Some Examples of AI at Work

In the following, some simple AI applications are shown. Often, they are not even visible to us. They are everywhere.

A Smoking Classifier

Throughout Singapore, we have “no smoking” signs. This kind of rules only make sense if they are enforced. How to do that?

Having police in our parks does not look good and seems to be a rather expensive solution.

Using the ubiquitously available cameras all over Singapore, image recognition is able to detect persons that could portrait someone smoking. 

After comparing these images with stock images, an action could be triggered like a voice message.

This becomes machine learning when the new images are fed back into the stock images for future comparison.

Clustering Helps Identify Mall Customer Archetypes

AI can help us make sense of vast, messy datasets. Take, for example, mall customer data. How do we figure out who our customers are and what they have in common? We can use a technique called Clustering.

This AI application groups data points into “clusters” based on their similarities, without any pre-defined categories. In the context of mall customers, this means the AI can look at data points – like a customer’s spending habits, visit frequency, and preferred store types – and group them into distinct archetypes.

You might end up with clusters like the “Weekend Spender,” the “Daily Coffee Run Commuter,” or the “Teenage Window Shopper.” This powerful tool helps businesses understand their audience better and create targeted marketing campaigns without having to manually sift through thousands of individual data points.

Decision Tree Helps Estimating Attrition Risk

Just as clustering helps us group customers, another AI method, the Decision Tree, helps us predict outcomes. In the business world, a decision tree can be used to estimate the risk of staff attrition.

It works by creating a tree-like model of decisions and their possible consequences. The model analyses various factors – such as an employee’s age, time in their role, or manager – and uses them to predict the likelihood of that employee leaving.

Each branch of the tree represents a choice or condition, and each leaf node represents a potential outcome. This powerful tool provides a clear visual path for understanding the factors that influence an employee’s potential to leave, allowing HR to intervene proactively.

Conclusion

Start your AI Journey

Creating a culture that is open for AI (Davenport, 2019) is not easy. The main obstacles to introducing such solutions aren’t technical. They are cultural (Waller, 2020).

By introducing simple, accessible AI like Alexa into our homes, we can make this subject much less intimidating and show people its true value.

After all, culture change is more acceptable when it comes in the dress of a toy. I encourage you to introduce your family, friends, and colleagues to the world of AI, and let the journey begin!

AI may drive the future, but people remain delightfully analogue – needing relationship, empathy, and purpose.

That’s where true leadership begins.

Dr Amy BC Tan

 

This Webpage has been created with the help of AI. Of course!

aiinternet of thingsiot

Uwe H Kaufmann

Dr Uwe H Kaufmann is the founder of Centre for Organisational Effectiveness (COE Pte Ltd), a business advisory firm operating out of Singapore. As consultant and coach with many years of experience, his passion lies in supporting organisations to improve their effectiveness.
Uwe is a German national and Permanent Resident of Singapore. He has four children and nine grandchildren … and counting.

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