The Real Cost of AI: Debunking the Myth of Free Artificial Intelligence

The Real Cost of AI: Debunking the Myth of Free Artificial Intelligence

Welcome to the first newsletter of 2023: a year I think could be one of the most groundbreaking for AI, and it's not even about tech (because while it might surprise you, tools similar to? ChatGPT have existed for some time).?

It's about the sheer interest in AI and the growing awareness and attention being given to this powerful technology. But what will I write about this month? Well, here’s what we’ll cover today in today’s edition:

  • Is AI free?
  • When shouldn’t you create your own AI software?
  • What does it take for AI to impersonate someone?
  • How can you use AI to process medical images?

When is custom AI not the right move?

The world has gone AI-crazy. Companies want to implement AI because they know it can bring immense benefits. As the CEO of a company that has been doing this for eight years, I really see the explosion of interest.?

Still, familiarity with AI varies considerably. We often hear from companies with a vision, product demos, even pre-prepared models for implementing an AI-based project. Such companies know the market well and typically have strong technical skills on their team.

On the other hand, some companies are trying to reinvent the wheel ?? (by which I mean they’re looking to build AI to solve some internal problem when an existing tool could do it for them).

If profit was my only driver, I could build something new and say nothing about these other tools. However, at DLabs.AI, we prefer to help companies tailor solutions to their needs. That's why, on several occasions, we’ve suggested clients try a ready-made solution.

Some of you probably want to know the kind of tools I’m talking about? Well, it depends on your business objective, but here are some examples:

  • If you need an NLP-based solution, MonkeyLearn can help you retrieve exact keywords, features, or entities within a text;
  • If you want to generate text in AI support, try ChatGPT or Jasper AI;
  • If you're looking for an IoT management solution to deploy and manage connected devices, use Balena (btw. many clients have not even heard of such a tool, I’m surprised).

And always be mindful: some tasks are just as easily handled in Google Sheets! But whatever you’re after, the site There's AI for that is a great place to start :)

Image created using MidJourney
Image created using Midjourney

Why is AI so expensive?!?

Another time it doesn’t make sense to invest in AI is when you’re looking to do something for the lowest price possible.?

The last few months have involved some intense client conversations, each proving invaluable to the team and me. One thing I’ve seen is a lack of awareness among business owners of the complex, time-consuming and costly nature of creating AI from scratch.

Perhaps this is partly due to the advent of 'free' tools like ChatGPT and Midjourney. But the truth is: if you want to integrate GPT into your product, it isn't free (you have to pay OpenAI to access the API), and developers have to integrate. That’s why the salaries in the tech sector are growing.

And I'm not surprised - when you have to invest years of your life in learning math, computer science, or other science subjects, you want this to pay off.

Anyhow, back to the costs of building from scratch. Let’s look at some Gartner data, which tells a story in itself:

  • 85% of AI and machine learning projects fail to meet expectations;
  • Just 53% of projects make it from prototype to production.

That said — there are ways to reduce the risks. Failure is much less likely if you work with an experienced AI developer.?

If you find a professional company, you’ll also get sound advice on how to ensure the product meets both technical and KPI expectations. Moreover, you’ll end up with the latest tools, and your teams will feel well prepared to integrate AI into their workflows.

But that’s not all. The best partners know how to use AI to unlock new business opportunities (and even identify the one with the highest ROI), helping you find interesting ways to further monetize your existing products or services.

Finally, when you work with people who have tackled similar projects before (and so have seen the potential problems and pitfalls), you minimize the risk of failure, which, in turn, avoids you burning your budget.

This is perhaps the biggest hidden benefit of working with an experienced AI team, and it’s hard to put a monetary value on this item. Still, how much should you budget overall??

Well, that depends on the following:

  • The type of software you want to build
  • The type of infrastructure (cloud vs. on-premises)
  • The complexity of the problem you want to solve
  • The tools you need to make your system
  • The amount, type, and quality of the training data
  • The accuracy of the system you want to achieve
  • The number and complexity of features you need to implement

That’s just the tip of the iceberg. But let's answer the BIG question, "Just why is it sooo expensive?!?"?

The primary cost is time. Depending on the project scope, several specialists (including data scientists, machine learning engineers, project managers, software developers, and others) will have to work on it.

Sure, you could try to hire these people yourself. But there’s a significant cost associated with recruiting, onboarding, and training these kind of personnel (which could turn into an ongoing headache if an employee were to leave your project halfway through).

When you work with a specialist provider, they are adept at handling such challenges. And you only ever pay for the hours the team spends on your project, not covering additional expenses of hiring full-time employees.

So even if you feel the hourly rate of a development partner seems a little high, just remember how much you’re saving by outsourcing all the other elements, too.

Beyond personnel, there are several other costs to consider, including:

  • Hardware
  • Training
  • Maintenance
  • Architecture
  • Additional tools

And… depending on the project, there may be other expenses, including data collection, annotation, legal fees; the list is pretty extensive.?

That’s why we try to be as realistic as possible when pricing new projects, as we don’t like raising the quote down the line. And being clear upfront means our clients know exactly what to expect.

Interested to learn more? Check our article on ‘How Do You Estimate The Time And Cost Of A Machine Learning Project?

AI needs just 3 seconds to mimic your voice

ChatGPT may be the talk of the internet. But my attention has been on another exciting tool called VALL-E, recently announced by Microsoft researchers.?

VALL-E can accurately simulate a person's voice using just a 3-second audio sample. And once it’s learned a voice, it can synthesize the sound of that person saying anything — and do it in such a way as to preserve the speaker’s emotional tone.?

The team behind VALL-E speculates that, in combination with other artificial intelligence models, it could be used to create high-quality applications for text-to-speech conversion, speech editing, and audio content creation.

The team trained VALL-E on an audio library called LibriLight, which contains 60,000 hours of English speech from more than 7,000 speakers. And the voice in the three-second sample must closely match the voice in the training data to get a good result.

Microsoft gives dozens of examples on the VALL-E website showing the AI in action. The results are impressive: in some cases, the two samples are almost indistinguishable. That said, some results do sound computer-generated, even if many could be mistaken for human speech.

You may now be worrying that criminals could use it to impersonate specific people. Fortunately, the developers are aware of this risk and are working on a detection model to distinguish whether VALL-E has synthesized a particular audio clip.

Source: ARS Technica

Using AI in medical imaging is saving lives

Last but not least — let’s dive into AI in healthcare.?

This month, I’ll focus on AI in medical imaging. As you might know, technology has been helping doctors analyze medical images for years. But did you realize how much of an impact it’s now having?

See just a handful of the astounding results below:

  • Breast cancer detection: Conventional mammogram screenings miss 1-in-5 cases of breast cancer. However, Google's AI-powered Lymph Node Assistant (LYNA) can detect breast cancer metastasis with 99% accuracy.
  • Prescribing targeted treatments: According to research, two experienced pathologists will only agree on a course of treatment about 60 percent of the time. Using AI in medical imaging removes subjectivity with a quantitative approach, helping identify the type of cancer and determine how to treat it.?
  • Predicting the risk of a heart attack: One recent study shows how combining AI imaging with clinical data is helping physicians improve predictive models that indicate whether a patient is at a high risk of having a heart attack.
  • Spotting neurological decline: Slight changes in the brain are easy for the human eye to miss. But artificial intelligence can quantify changes in a patient’s brain, allowing the early detection and diagnosis of neurological disease.
  • Improving the outcome of surgery: AI can enable surgeons to improve surgical outcomes by helping healthcare professionals better plan procedures before an operation, reducing surgery time and leading to better results.

Unfortunately, processing medical images is still a significant challenge, with the problem being the sizable input formats.

Tissue samples are often digitized in ultra-high resolution. Meaning the file size of these images can be several gigabytes, which makes them impossible to load in a generic image viewer (due to a lack of memory to accommodate a deserialized image).?

Can we solve this problem? Well — our team just worked on an interesting saluting during a Mayo Clinic – STRIP AI competition, which was focused on using image classification to identify a stroke blood clot origin.?

The goal was to classify the blood clot origins in an ischemic stroke. And using whole-slide digital pathology images, participants had to build a model that differentiated between the two major acute ischemic stroke etiology subtypes: cardiac and large artery atherosclerosis.

This article by Tomasz Ma?kowiak (Machine Learning Engineer at DLabs.AI) covers the solution in detail, describing how to efficiently process large medical images using Apache Beam.

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And so we come to the end!

Thanks for reading my first newsletter of 2023; I’m so grateful for your continued support.

Now, see you in February ??

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