These advancements in technology are improving the way we retain and draw in users.
ML makes apps more user-friendly and enhances the user experience.
It gives apps the ability to learn and improve based on experience.
In this article, we’re going to dive into the world of machine learning apps and the opportunities they hold.
Before we review the benefits of machine learning in mobile apps, I want to take a minute to review what it is and how it works.
ML comes from pattern recognition and the idea that computers could learn how to perform specific tasks without being programmed to do so.
It’s about taking in new data and being able to adapt independently.
ML essentially learns from previous data processing and computations to create dependable decisions and results repeatedly.
In short, it’s a form of artificial intelligence (AI) that teaches computers to think in a similar way as us humans do, which is through experience.
It’s not exactly new science, but it’s been improved on and has gained momentum in recent years.
Let’s look at a few companies who are using ML.
ML can be used (and is used!) in a wide variety of industries, like healthcare, financial services, and more.
If you’ve ever used Yelp before, you can appreciate the importance of images when it comes to helping users make decisions about where they want to eat.
Images are a crucial component of Yelp, and so the company is always looking to improve the way they handle and process them.
Their ML algorithms help their staff categorize, compile, and label these images with much more efficiency.
It’s not surprising that a gargantuan company like Facebook is leveraging machine learning to improve the user experience.
Any company on Facebook can incorporate a chatbot feature on their business page, which is like an automated messenger that can respond to customers and improves their responses through ML.
Since Pinterest is primary about curating content, it makes sense that they too would take advantage of machine learning to make the process as efficient as possible.
Using ML, Pinterest is able to more easily identify content that’s relevant to users’ previous pins and recommend that content to them, which gives users a more tailored experience.
If you’re a Twitter user, then you’ve probably already experienced the ability to view your timeline by seeing popular tweets in your feed first and in a chronological order, all thanks to machine learning.
Twitter has an algorithm that assesses each and every tweet in real-time and ranks them according to several metrics.
Tweets that are likely to result in the most user engagement are the ones displayed higher.
Machine learning uses two primary techniques: supervised learning and unsupervised learning.
As I review these two main techniques, keep in mind that ML is all about taking in input data and then processing that data.
ML recognizes patterns and sorts out parts of the data that are most useful in making helpful decisions.
In supervised learning, you use labeled data, which is the input data you know the answer for but which isn’t revealed to the machine until after it has made a guess.
The machine is then trained to process and output a decision that matches the decision you expect as accurately as possible.
By giving the machine inputs again and again and penalizing it for getting the answer wrong, you slowly move it towards getting the answer right.
After this training, the machine will be able to provide the correct answer every time.
In short, the machine is learning under the guidance of a supervisor.
It’s actually very similar to how humans learn in real life.
One example of supervised learning is when it comes to predicting the prices for homes.
How it works is you gather data about the houses, like how big they are, the number of rooms, features, and so on.
Next, you need the prices of these houses, which would be the corresponding labels.
By using data coming from thousands of houses, you can now train a machine to predict the pricing on new houses (which is unseen data) based on the example data.
With unsupervised learning, the idea is to have machines produce helpful output for problems we don’t have the answer to.
To do this, machines will look for trends and patterns when provided with unlabeled data as the input.
That process of finding and recognizing patterns is how the machine makes sense of the data.
Imagine a baby has a pet dog.
She knows this dog and is able to identify it.
Some time later, you introduce a new dog to play with the baby, one the baby has never seen before.
While the baby doesn’t know this dog, it has observations it can rely on as reference points, like the fact that the dog has four legs to walk on, two ears, fur, and so on.
The baby can identify that this is a new dog.
This is how unsupervised learning works.
A machine isn’t taught something specific but it can learn from data, as in this case with the baby and the dog.
If this was an example of supervised learning, the baby would be told that it’s a dog.
While supervised and unsupervised machine learning are the main techniques that are being used, there are others.
Reinforcement Learning is another widely used method of ML.
With this technique, algorithms are trained to make decisions based on the environment.
The machine is able to make a series of decisions that yields a reward metric for the task without the need for human intervention and without being specifically programmed to do so.
You’ll often see this method of ML in AI programmed games, like online Chess where a bot is able to beat a human through reinforcement learning.
Unlike supervised and unsupervised learning, reinforcement learning doesn’t rely on a static dataset but rather it functions in a dynamic environment where it constantly learns from the experience it has.
There’s a variety of ML techniques. Take time to consider which would benefit your mobile app project most.
Machine learning is a powerful programming technique that will require a specialized skillset from the developers working on your app, but it may just be worth it if you consider the benefits.
Let’s take a look at how ML can benefit a mobile app project.
It’s important for search capabilities and results to continue improving, and ML does just that.
It has the ability to improve search results through pattern detection, which can help filter out spam and duplicate content.
Not only that, but ML also has the ability to “learn” about a specific user’s preferences and can base its results on previous queries to produce the most interesting and relevant information.
Predictive analytics is not the same thing as machine learning, but they do go hand-in-hand and work best together.
It allows companies to get the most out of their data by using more advanced algorithms, like Decision Trees or Random Forest.
Since ML is self-learning, it automatically improves itself in response to pattern changes in the data.
Predictions guided by this kind of “intelligent” approach is a much more proficient analytics tool than when using conventional methods.
The financial industry (among others) is rife with fraud, and ML, while not perfect, has helped detect fraud much quicker.
This leads to users losing trust in online and mobile banking, which can have a significant impact on customer retention, growth, and conversions.
ML’s ability to learn from patterns and trends help detect fraudulent activity.
Every company, including mobile apps, strive to make the advertisements they show users as relevant as possible.
Gone are the days where your computer screen or mobile device presents you with ads that have nothing to do with your interests.
Using ML, you’ll be able to learn how customers react to various promotions, the actions they take on seeing ads, and more to continue improving the experience.
Showing users ads that connect to their needs increases your chances of conversions.
You’ve probably figured out by now how powerful machine learning is in mobile app development.
ML can be automated and doesn’t require human intervention.
It’s constantly improving and becoming more accurate as its algorithms gain more experience.
And, of course, it has such a wide array of applications.
While the pros generally outweigh the cons, here are a few disadvantages of ML.
To do its job well, ML requires a massive amount of data sets to train on, which need to be high-quality.
Sometimes it’ll even need to wait for new data to be generated.
For it to be truly efficient and accurate, ML needs time to let its algorithms learn and improve enough that it fulfills its purpose.
Remember, ML is only useful when it’s accurate and relevant.
It also requires a ton of resources in order to function.
For example, if you train a machine learning algorithm with data sets that aren’t large enough to be inclusive, you’ll end up with biased and inaccurate results.
This could lead to irrelevant ads being presented to users and so on.
These errors can lead to more errors which can go undetected for a long time, and once the error is caught, it can take time to find the source and correct it.
ML is an ever-evolving field, and so it requires app developers to stay abreast of any latest developments and updates in the field.
Not every developer knows how to build a mobile app using the latest ML programming techniques, so you can expect to pay more for skilled developers.
Machine learning has gained significant traction in the past decade and it’s no wonder why.
ML algorithms can detect trends and patterns with ease, and it’s constantly improving.
But just like anything else, it has its downsides that go with it, like taking time and resources.
Yet still, Netflix, Amazon, Facebook—nearly every major company uses machine learning in some form or another.
If you’re not sure how to best integrate ML into your app, or even if you should, our Simple Starter package can help you iron out the complex details of your project so you can avoid common pitfalls and set the stage for a successful app development process.
How will you leverage machine learning in your next mobile app project?
Strategy Planning, App Development,
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