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15-Second Summary: The entry-level barriers for building AI software can be low but the cost of developing an inefficient product is too high. This article answers the most critical questions about how to create an AI software system from scratch, plus some additional facts and insights to help you get started.
Since AI has become ubiquitous, it's hard not to take notice.
We’ve seen how Tesla is using AI to revolutionize autonomous driving while the local healthcare clinic is implementing AI-powered appointment scheduling.
As it happens, 83% of global organizations have stated that AI is their top priority to accelerate innovation in their business processes.
All this makes you wonder how it works and whether your business should join the AI bandwagon. Maybe you’re feeling left out, or the benefits are too tempting to ignore.
Either way, you’re here, asking yourself – how do I even start developing AI software?
It's a big step, and you want to get it right. With so much at stake – time, money, reputation – you need to be sure.
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After taking on dozens of AI projects at Radixweb, we’ve learned a thing or two about AI system development. And now, drawing from all that experience, we’re here to show how you can do it, too.
You'll learn about the key phases, best resources, and a lot more (only if you stick around till the end).
Here we go!
Irrespective of the industry, any company can benefit from an AI-powered software system. Whether it’s a startup, SME, or large enterprise, AI can address a number of issues, as explained in the figure below:
So, if you’re wondering why you should build AI software solutions in the first place, take a look at how they offer some of the most critical business benefits:
The choice of tools and technologies is absolutely important for creating AI software. Without the right resources in hand, even the best idea can fall apart. The tools you use will make all the difference.
Having said that, here’s a list of all the essential technologies to build an AI system:
Programming Languages
Frameworks and Libraries
Data Sources
Cloud Services
Version Control Systems
Data Visualization Tools
Natural Language Processing (NLP) Libraries
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According to a recent survey conducted by IBM, 59% of AI professionals are actively deploying AI while 40% of organizations are stuck in the exploration and experimentation phase due to development challenges.
Without a doubt, AI software development needs both technical and operational proficiency for an efficient, secure, and goal-oriented solution.
In order to help you, we’re going to talk about an eight-stage framework that developers at Radixweb follow for the best possible outcomes. Take a look:
AI can solve a range of problems. What do you want to work on?
Identifying the business case stage sets the foundation for the entire process. Your task here is to clearly identify the problem that the AI system aims to solve.
Let's understand with a simple example.
Assume you’re running an eCommerce store, and you notice a significant drop in sales during holidays or weekends. Here's how you should find the value proposition of AI software implementation:
Get to the Root Cause: Through data analysis and user feedback, you discover that customers often abandon their carts due to long checkout processes or unclear product descriptions.
Explore Solutions: You realize that streamlining the checkout process and improving product information could potentially address these issues and boost sales.
Create the Problem Statement: Your problem statement changes from "sales are dropping" to "a high cart abandonment rate” due to the above-mentioned reasons - something an AI system can solve.
If you find it difficult to find a problem statement for the AI software, you might talk to an experienced software consulting team.
Data is the lifeblood of AI systems. Usually, they need at least 10 examples for each feature (the 10x rule). Obtaining high-quality data is essential for building and training accurate models.
In this stage, you need to collect structured (texts, spreadsheets, records) and unstructured data (images, audio) from as many sources as you can. There are existing datasets to fetch from or you can gather new data through surveys, experiments, or data scraping techniques.
The next steps are:
Clean Data
Raw data is often messy and full of errors, inconsistencies, or missing values. Cleaning the data means preprocessing and transforming it to ensure its quality and integrity.
Feature Engineering
After cleaning the data, it’s time for feature engineering - selecting, extracting, and creating meaningful features from the raw data that the AI models can use to make predictions or classifications.
In this regard, using data pipelines makes the whole process a lot easier, as companies have reported processing millions of data files in just milliseconds.
Here's how a robust data pipeline architecture from Google Cloud looks like:
The choice of algorithms depends on the type of software development, whether it’s based on generative models, deep learning, or machine learning.
Understand the Problem Type
Consider the Data
Evaluate Algorithm Characteristics
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Building and training your AI model is possibly the most important phase of the AI software development life cycle. This is where your selected algorithm learns from the data you’ve prepared and becomes capable of making predictions or decisions.
Here’s how it works, in simple terms:
Task | Description |
---|---|
Data Splitting | Divide your data into training, validation, and testing sets. Training data teaches the model, validation data tunes its parameters, and testing data evaluates its final performance. |
Model Building | Choose your algorithm and define the model's structure, such as setting up layers in a neural network. |
Training the Model | Feed the training data into the model. The model learns by adjusting its parameters to minimize prediction errors. |
Hyperparameter Tuning | Adjust settings like learning rate or network architecture to optimize performance. |
Validation | Assess the model's performance with the validation set for effective learning and generalization. |
Testing | Evaluate the model’s performance with the testing set to confirm its accuracy. |
After training and testing the AI model, it's time to make it accessible and functional for end-users.
One common method is to create an Application Programming Interface (API) that allows different software components to communicate with each other. You can host your AI model on a server, and the software can make requests to it to get predictions.
Alternatively, for some applications, you might embed the model directly into the software, especially in mobile apps or offline applications that need real-time predictions without internet access.
In this context, you must make sure the AI functionalities have been integrated perfectly into the user interface.
For example, if you're adding a recommendation engine to an eCommerce site, users should see the recommendations displayed on relevant pages.
While the promise of AI-based software development is transformative, it’s essential to recognize that with every great innovation comes greater challenges.
Here are some common challenges you might encounter along the way:
Gathering and preparing high-quality data is the real challenge. It needs to be clean, relevant, and sufficient for training your AI model.
AI models can inadvertently learn and perpetuate biases present in the data. Be careful with processing unfair or discriminatory outcomes.
Another challenge is resource constraint. AI software requires significant computational resources, including powerful hardware and large amounts of data storage.
For complex deep learning models that operate like black boxes, understanding how AI makes decisions can be difficult.
Contrary to the common assumption, the cost to build AI software isn’t as expensive as one might think. Yes, it costs more than conventional technologies and general-purpose products, but it’s not beyond reach for even small and medium-sized firms.
Anyway, the final cost hinges on multiple factors and can vary based on your project requirements.
Here's an estimated breakdown of the overall cost and how each factor contributes to it:
Factor | Estimated Cost Range |
---|---|
Data Collection and Preparation | $10,000 to $80,000 |
Algorithm and Model Development | $35,000 to $120,000 |
Infrastructure and Tools | $5,000 to $50,000 |
Integration and Deployment | $70,000 to $200,000+ |
Maintenance and Updates | $20,000 to $60,000 annually |
Total Estimated Cost Range: $130,000 - $500,000+
The recent advancements in AI use cases are truly transformative. It hasn’t stopped impressing businesses and individuals alike with its potential to analyze, predict, automate, and simplify our lives. It’s no wonder so many are eager to take the plunge into the AI software development process.
However, before you start, it’s crucial to consider some key aspects to ensure your AI software is effective, ethical, and valuable. Here are the essential questions to guide you through this process:
Data Quality
Bias and Fairness
Privacy and Security
Scalability
Ethical Considerations
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Your Ultimatum for Building AI Software SolutionsMany have tried their shot at creating AI software, but only a few have truly succeeded. Developing such cutting-edge solutions is a significant investment right from the start.Throughout this process, your team will need to invest in advanced technologies, ensure efficient management of organizational data, and train your team to work with AI systems.Feeling overwhelmed? That's completely normal. The process is complex and can seem daunting. If you're not quite ready to take the plunge on your own, consider working with a seasoned AI software dev team. Starting small with expert help can lead to significant achievements down the road.At Radixweb, we can guide you through every step. Whether you need full development services or just a bit of expert advice, we're here to support your idea.Let's talk?
Dhaval Dave, a Operations Spearhead, and a technology enthusiast at Radixweb. He holds 16 years of experience with proficiency in PHP & frameworks, Node.js, React.js, MongoDB, AWS services, and many other technologies. He is a dynamic leader with exceptional communication skills and has a track record of delivering on-time success for global brands.
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