How Much Does Artificial Intelligence Cost to Develop?

Are you interested in how much it costs to develop AI software or an AI platform in 2024?

In this article, we will answer the most popular and exciting questions about AI development costs in 2024: How long will it take to build an AI? How to estimate the cost of an AI development project?

Let’s get started!

To develop an AI software or AI platform in 2024 can vary between $45.000 to $450.000, depending on the size, complexity of the AI software development project, and its features.

In this article

1. 12 Steps to Estimate the Cost of Developing an AI Solution
2. How your development approach impacts the cost of AI
3. Application security and its impact on the cost of AI development
4. Consider reviews while estimating AI software cost
5. Frequently Asked Questions on developing AI solutions

Before we dive deep into estimating the cost of building an AI solution, here are some AI market-related statistics for you.

The AI software market size exceeded $184 billion in 2024 — up by nearly $50 billion compared to 2023. This growth is expected to continue, with the AI market size reaching $826 billion in 2030.

AI continues to be on a wave of popularity, and implementing it in your application might be a wise step.

12 Steps to Estimate the Cost of Developing an AI Software

Estimating the cost of building an AI software involves the following steps:

1. Setting expectations from this estimation exercise

You would work out your exact business requirements for developing an AI solution. Moreover, a part of the cost will be the development manpower cost. In fact, this is one of the largest factors contributing to the overall cost of developing an AI solution. The business requirements will drive the consumption of resources like IT infrastructure.

This estimation exercise will provide you with a framework to build a cost estimate. Subsequently, you need to input the variables like the number of features, labor rate, etc. The framework explained here doesn‘t arrive at an exact dollar figure since we don‘t know the number of features and labor rate at this point.

2. Understanding the estimation variables

Our estimation exercise will use the following estimation variables:

• Number of features: You will need to input;
• Manpower: The framework will help you to work out a range in person-months;
• Labor rate: You will need to input;
• IT infrastructure cost: The framework will show how to derive an estimate based on your consumption;
• Tools cost: The framework will explain how to derive an estimate based on your requirements;
• Administrative cost: You will need to input.

If you need help in deriving a budget-quality estimate from this framework after you have finalized your requirements, we at DevTeam.Space can help you with our robust data-driven processes.

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3. Choosing an SDLC model

You are likely considering AI for a strategic transformation in your business. Such projects typically have a well-defined set of requirements. Moreover, projects like these require thorough reviews after key milestones.

Waterfall SDLC model works well for such projects since it stresses on baselining the requirements as well as reviews after every phase. The phases are as follows:

• Requirements analysis;
• Design;
• Development;
• Testing;
• Deployment;

Read more about the Waterfall SDLC model in “What is software development life cycle and what you plan for?”. This estimation exercise will cover post-deployment and warranty support sub-phases with the maintenance phase and not the long-term ongoing maintenance. Keep this in mind when budgeting the cost of developing an AI solution for your business.

4. Determining the AI capabilities you need

You need to identify the functional features of the proposed AI solution. Reviewing popular AI apps could help with this. Therefore, I suggest you read “10 best AI apps of 2024”.

For estimation purposes, you also need to determine the AI capabilities you need. I recommend that you plan to include the following broad AI capabilities:

• Machine Learning (ML), which could include deep learning, supervised learning, and unsupervised learning;
• Natural Language Processing (NLP) for answering questions, generating texts, etc.;
• Vision, e.g., image recognition;
• Speech, e.g., text-to-speech and speech-to-text.

Read more about these capabilities in “Artificial intelligence: definition, types, examples, technologies.”

5. Choose the right team composition

Your team for this project should have the following roles:

• A project manager (PM);
• An IT architect;
• Business analysts;
• UI designers;
• AI developers, covering capabilities like ML, NLP, vision, and speech;
• Web, Android, and iOS developers assuming you will offer the AI app on web and mobile;
• Testers;
• DevOps engineers.

If you are weighing between hiring freelancers vs a field expert development team, I recommend a field expert development team, given the project complexities. I have explained this decision-making process earlier in “Dedicated vs Freelance Software Development Teams: A Review”.

6. Document the estimation assumptions

I make the following assumptions for the estimation exercise:

• You will use a Platform-as-a-Service (PaaS) platform for developing the web app.
• This project will utilize a Mobile-Backend-as-a-Service (MBaaS) platform for mobile app development.
• You will use application programming interfaces (APIs) to implement key AI capabilities.
• The team will use reputed tools and frameworks like IDEs and test automation frameworks during this project.

Using platforms and tools can expedite the project, and I have explained this earlier in “What is the best development approach to guarantee the success of your app?”.

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7. Estimate the development manpower/ AI software development

I will now describe the manpower estimation by phases and show the split of effort across roles. This estimation is as follows:

7a. Requirements phase

The estimate for this phase is 6-8 person-months, and the effort should be split across the roles in the following manner:

• PM: 25%;
• IT architect: 25%;
• Business analysts: 50%.

7b. Design phase

The design phase will require 24-30 person-months, and the role-wise effort distribution is as follows:

• PM: 8%;
• IT architect: 8%;
• Business analysts: 8%;
• UI designers: 8%;
• AI developers: 36%;
• Web developers: 8%;
• Android developers: 8%;
• iOS developers: 8%;
• Testers: 8%;
• DevOps engineers: 8%.

7c. Development phase

The estimate for the development phase is 39-46 person-months, with the role-based effort distribution as the following:

• PM: 7%;
• IT architect: 7%;
• UI designers: 14%;
• AI developers: 30%;
• Web developers: 10%;
• Mobile developers: 18%;
• Testers: 7%;
• DevOps engineers: 7%.

7d. Testing phase

The testing phase requires 26-33 person-months, and the effort distribution across the roles is as follows:

• PM: 5%;
• IT architect: 5%;
• UI designers: 5%;
• AI developers: 15%;
• Web developers: 5%;
• Mobile developers: 10%;
• Testers: 50%;
• DevOps engineers: 5%.

7e. Deployment phase

This phase requires 2-3 person-months, and the following is the effort distribution across the roles:

• PM: 10%;
• IT architect: 10%;
• DevOps engineers: 80%.

7f. Post-deployment and warranty support phase

This phase requires 42 person-months, assuming a 3-month warranty period. The role-based effort distribution is as follows:

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• PM: 7%;
• IT architect: 7%;
• UI designers: 7%;
• AI developers: 28%;
• Web developers: 7%;
• Mobile developers: 14%;
• Testers: 23%;
• DevOps engineers: 7%.

8. Estimate the PaaS platform cost

I recommend that you use AWS Elastic Beanstalk for developing and deploying the web app. Elastic Beanstalk is the PaaS offering from AWS, and this offers several benefits, e.g.:

• You don‘t need to manage cloud infrastructure since Elastic Beanstalk manages it.
• It also manages the operating system, middleware, and runtime environment. Therefore, you can focus on development.
• Elastic Beanstalk makes it easy for you to use database resources. Moreover, you can easily integrate 3^rd party APIs.
• It‘s easy to use the AWS DevOps toolset; moreover, you can easily scale the web app using the autos-scaling solutions offered by AWS.

You can explore the pricing plans for Elastic Beanstalk, and your architect needs to arrive at a computing resource consumption profile for your app.

9. Estimate the MBaaS platform cost

AWS Amplify is the MBaaS platform offered by AWS, and I recommend that you use it for mobile app development. You get various advantages, e.g.:

• Amplify manages the cloud infrastructure; therefore, you don‘t need to build and manage the mobile backend.
• You can easily implement key mobile app features like user management, security, and push notifications when you use Amplify.
• Integrating 3^rd party APIs is easy with Amplify; furthermore, you can easily scale the mobile app with it.

Check out the AWS pricing plans.

10. Estimate the cost for AI/ML APIs

You can expedite the project by using APIs for core AI and ML capabilities, and Google offers APIs for these. These APIs are as follows:

10a. Google‘s Vision AI

Google‘s Vision AI APIs can help you to incorporate AI vision capabilities e.g., image recognition. Your app can detect objects automatically with the help of this API. Moreover, it can gain intelligence from the images.

Google‘s Vision AI APIs can detect text and explicit content. You can access the documentation for these APIs here, and you need to contact the Google Cloud sales team to get the pricing plan.

10b. Google‘s Speech AI

Google offers text-to-speech APIs. With this API, your app can convert text to human-like speech in over 100 voices, and the API covers over 20 languages.

For the pricing plan of the Google text-to-speech API documentation, you need to contact the Google Cloud sales team.

10c. Google Cloud ML Engine

Google offers a managed service for ML called the Google Cloud ML Engine. It‘s a part of Google‘s AI platform, and you can build ML projects using it.

It offers several features, e.g., distributed ML training of computers, portable models using the open-source TensorFlow SDK, etc. You can find its documentation on its webpage, and you need to contact the Google Cloud sales team to obtain the pricing information.

10d. Google Natural Language Processing (NLP) API

Google has an NLP API. This API enables your app to analyze text. Moreover, it offers the following capabilities:

• Sentiment analysis;
• Entity analysis;
• Entity sentiment analysis;
• Content classification;
• Syntax analysis.

It‘s a REST API; therefore, accessing it is easy. You can have a look at its pricing guide; however, you will need to contact the Google Cloud sales team to procure it. Your team can access its extensive documentation.

11. Estimate the cost of other tools

While IDEs like Eclipse, IntelliJ IDEA, Android Studio, or Xcode have no additional cost, you might incur costs for other tools, e.g.:

• You need a test automation aid to test your web app against a wide range of browsers. It should also help you to test your mobile app against a large number of devices, and HeadSpin offers its platform for this.
• A robust project management tool is important in this project; therefore, I recommend that you use Wrike. You can have a look at its pricing plan.

12. Estimate other costs to develop an AI solution

There could be other costs in the course of this project, e.g., travel, hiring, etc. You need to estimate them according to your context and policies.

Take the example of the hiring cost. You will likely hire Python developers. Moreover, you need to consider the AI capabilities that you need, e.g., ML.

Remember that AI is a niche area. Depending on your local labor market, you could find it hard to hire AI developers. As you know, the more the hiring lead times are, the higher is your project risk!

As a rule of thumb, when you deal with niche technologies, you should plan for a higher contingency budget. You should do that for this project, too.

Wondering how to hire AI developers? We at DevTeam.Space can help you! Check out our guide “How to Find a Good Software Developer” to learn more about our capabilities.

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How your development approach impact the cost of AI

How do you plan to approach the development project? This impacts the cost of developing an AI solution also. Let’s consider a few influencing factors, which are as follows:

• Your choice of the IT architecture pattern can impact your development as well as maintenance costs.
• If you’re developing AI-powered mobile apps, then what kind of apps are you building? While native apps deliver the best “user experience” (UX) and performance, they cost more to develop and maintain than hybrid apps.
• How would you test your AI-powered mobile app against a wide range of mobile devices? You need a mobile device lab on the cloud, e.g., HeadSpin. You need to budget for this.

Earlier, I referred to our guide to formulate an effective development approach; you can consult it for more insights.

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Application security and its impact on the cost of AI development

You will likely use AI for a strategic, high-profile use case, won’t you? Naturally, you need to secure your AI-powered app from cyber-attacks.

How would you do that? You need to follow development and project management best practices. However, you also need to invest in security solutions.

You need to consider the following in your estimation:

• The development and project management effort to mitigate top application security vulnerabilities like injection, broken authentication, using outdated software components, etc.;
• The cost for security solutions like next-generation firewalls, antivirus, and real-time threat intelligence;
• The cost to implement multi-factor authentication (MFA) and encryption;
• The development effort to secure the APIs you develop using techniques like digital signature, authentication token, etc.;
• The testing and DevOps effort to include security and compliance testing in your CI/CD pipeline.

Do you need help to secure your AI app? Our guide, “How to secure your Fintech app,” is just what you need.

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Consider reviews while estimating AI software cost

I once again remind you that you are likely undertaking an AI development project for a high-visibility use case. You need success in this project, don’t you?

Well, software quality plays a big part in your success! You need to implement sound verification and validation. We already addressed validation when we talked about testing.

Verification involves review, and you need to budget how this will increase the cost of developing an AI solution. You need experienced reviewers to ensure the quality of your requirements, design, test plans, test cases, and code.

How do you find experienced reviewers? We at DevTeam.Space can help, as I have explained in “Why choosing DevTeam.Space to review your code can ensure your software product is a success”.

Planning to develop an AI solution for your company?

I have just demonstrated how you can estimate the cost to develop an AI solution for your company, however, executing the project is a different ball-game. AI skills are niche. Therefore, this will likely be a complex project.

You should consider engaging a reputed software development company for projects like this. Read our guide “How to find the best software development company?” to find such a development partner.

DevTeam.Space is a vetted community of expert software developers and development teams who have many successful AI-powered apps in their portfolio. If you need professional assistance with building your AI project, contact us via this short specification form.

DevTeam.Space is an innovative American software development company with over 99% project success rate. DevTeam.Space builds reliable and scalable custom software applications, mobile apps, websites, live-streaming software applications, speech recognition systems, ChatGPT and AI-powered solutions, and IoT solutions and conducts complex software integrations for various industries, including finance, hospitality, healthcare, music, entertainment, gaming, e-commerce, banking, construction, and education software solutions on time and budget.

DevTeam.Space supports its clients with business analysts and dedicated tech account managers who monitor tech innovations and new developments and help our clients design, architect, and develop applications that will be relevant and easily upgradeable in the years to come.

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Frequently Asked Questions on developing AI solutions

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