- build a generative AI solutions
- generative ai applications
- generative AI solution architecture
- generative AI solution development
- how to build genAI solution
- how to create generative ai solution
- how to create your own generative ai model
- prototyping steps for generative ai
- stages to build generative ai solution
- use cases of generative ai
- what is generative ai?
There is no denying the fact that ChatGPT is a revolutionary innovation in the field of AI. It brought the generative AI solution among us, which possesses next-gen machine learning capability. Since ChatGPT is good at a lot of things, such as coding computer programs, checking bugs in code, creating content, writing video scripts, etc., companies are eager to apply GenAI at work. In the US itself, more than 35% of professionals from the marketing and advertising fields have used GenAI in their work. Not just that! The GenAI market is predicted to grow from USD 11 billion in 2020 to almost USD 128 billion in 2024 and over USD 1.3 trillion in 2032.
Now the chances are high that you would want to dig deeper into the generative AI solution and want to know how it works, how it can transform your business, and most importantly, how to build one. Therefore, we have created this content piece, where we have discussed our thoughts on generative AI and how you can incorporate this cutting-edge technology into your digital products. Let’s start:
Generative AI – Statistical Overview
Most generative AI companies have made substantial inroads into the world of venture capital, acquiring considerably huge funding and higher valuation. For instance, an AI content platform, Jasper made a tranche of $125 million at a $1.5 billion valuation. In a similar context, Inflection AI (spearheaded by LinkedIn and DeepMind co-founders) made a whopping amount of $225M in equity financing.
In another example of similar revenue performance by using generative AI, OpenAI received billions more dollars (around $13 billion) from Microsoft, an extended partnership between the two companies. Earlier, in 2019, Microsoft invested $1 billion in OpenAI. In another report, generative AI is expected to grow by 188.62 billion by 2032 from its earlier prediction of $8.65B in 2022, thereby growing at a CAGR of 36.10% during the forecast period. And guess what – OpenAI ranked top as the most valued generative AI company, as of 2022.
An Explanatory Note to Generative AI
Generative AI or generative artificial intelligence is one of the most cutting-edge technologies designed to create various types of content in response to prompts. The technology is capable of creating content like text, audio, video, imagery, and synthetic data. It comes equipped with advanced user interfaces, facilitating the creation of high-quality graphics and video in seconds. Generative AI models are scripting new definitions of success for businesses, helping them witness transformative impacts on their creativity and productivity. Technology helps businesses reinvent the way they work.
How Does Generative AI Work
The working mechanism of generative AI is entirely based on how comprehensively it has gone through training processes in huge datasets. For instance, just as we teach kids how to recognize an image of someone or something through its textual and visual interpretation, generative AI goes through a similar type of training or reading process, albeit in different ways.
For example, it is taught using examples to become smart enough to create something entirely new based on the examples or data. The catch is, that most of what we witness these days in AI is the handiwork of machine learning. It empowers computer systems with the ability to learn from examples, also known as neural networks (machines that are programmed to learn from examples). Interestingly, language models (another type of neural network) are trained thoroughly using large volumes of text to understand deeply the sequence of words.
As long as the training process continues, the language model eventually becomes nuanced, gradually becoming more insightful to know the next sequence of words. An example of language models you notice is when you use Gmail and see prompts like Smart Compose and Smart Reply, attempting to help you write or reply to your email better. Remember, large language models or LLMs (massive repositories of text data taken from social media, online content, news, etc.) are one type of generative AI.
Step-by-Step Process to Building a Generative AI Solution
Phase # 01: Create An Initial Version of The AI Solution (Prototyping)
Just as any software development process requires prototyping each phase of the development process, creating a generative AI solution also requires a preliminary version of the AI solution or prototyping. It is important to allow testing of the AI solution’s feasibility and functionality. In order for you to learn how to make your own AI, you need to develop a basic algorithm or model for prototyping that should include key features and functions of the real solution. What makes prototyping essential is that it helps developers identify any loopholes and fix them in the early phase of development. As a result, it pans out an efficient solution.
Steps of Prototyping To Follow:
Step 1: Data Collection To Train And Test The Generative Model
Building a generative AI solution in the prototyping stage of the development process requires data collection to ensure training and testing of the model later.
Consider The Following When Collecting Data:
- Figure out the data sources (structured or unstructured data) you will use for training and testing the model.
- Ensure the quality and relevance of the data collected. See whether the data diversely conveys the problem areas generative model can solve.
- Ensure the accuracy of the model and labeling costs through data labeling using techniques, like crowdsourcing, and active or semi-supervised learning.
- Mind data preprocessing before feeding data to the generative model. You can use techniques including tokenization or data augmentation to generate a suitable format of data understandable by the model.
- Split the data into different sets, such as training, validation, and testing. The first set defines the use of data for training the model. The second set defines the data for tuning hyperparameters and evaluating the performance of the model. The third one defines the data for evaluating the final model’s performance.
- Lastly, store the data in a format easily accessible for prototyping and development phases. From cloud-based storage to data warehouses, consider ideal data storage for the purpose.
Step 2: Data Preprocessing
In this stage of prototyping a generative AI solution, data is processed to ensure its quality, relevancy, and consistency.
Here are some steps to follow in this context –
- Prioritize data cleaning to fix or remove corrupted, incorrectly formatted, duplicate, or incomplete data aiming to improve the accuracy of the generative model.
- Initiate data normalization to eliminate redundant and unstructured data to maintain clean data within the dataset.
- Follow tokenization to replace data with a surrogate value called a token untestable by the model.
- Train the model to be more qualitative by extracting meaningful features from the data. Feature engineering is one of the techniques you can use in this regard.
- Use data augmentation to enhance the size and diversity of the dataset.
- Assign labels to the data indicating which category it belongs to.
- Ensure validation of the preprocessed data.
Step 3: Choose Appropriate Generative AI Algorithms
Appropriate generative AI algorithms for building a generative AI solution determine its quality and accuracy. Therefore, choose the one that would significantly impact the performance of the solution you create. For this, you can determine the problem areas, select the right framework, evaluate and choose the right algorithms, configure hyperparameters, etc.
Step 4: Set Up A Proper Development Environment
A proper development environment with necessary hardware, software libraries, generative artificial intelligence tools, and resources helps developers effectively create, test, and deploy their ethical ai models. Not only does it induce collaboration among team members but also ensures that the solution you build can be scaled and maintained over time.
For this, take into consideration a few points, including choosing an integrated development environment (IDE) pertinent to the task, installing necessary libraries, configuring the environment, setting up version control, writing code for the generative AI algorithms, etc.
Other Key Things to Consider:
- Build a prototype model for your generative AI solution and validate its feasibility before you move ahead with full-scale development.
- Ensure that the prototype mode is pertinent to the task and is refined according to the testing outcomes.
- Analyze and refine the results to ensure the accuracy, relevance, and quality of the generated AI solution.
Phase #02: Development Phase
Under this stage, a key step to follow involves data and code for scaling to build a generative AI solution. The goal is to enhance efficiency, performance, robustness, and finetuning the solution for its long-term success. To ensure the successful completion of this stage, choose the right data storage, the right processing frameworks (like Hadoop), and containerization for code and data deployment across diverse environments.
In addition, prioritize cloud computing for scalability of the generative AI solution, like auto-scaling or load balancing. You need to optimize code to improve efficiency and reduce processing time. Moreover, consider building a robust and scalable architecture to ensure that the generative AI solution can handle large data volumes effectively. One of the best ways to set up a robust architecture is prioritizing microservices architecture, modular design, and implementing fault tolerance and load balancing. Thereafter, focus on how you handle errors and incorporate critical features to ensure the robustness, reliability, and security of the solution.
Moving on to the next phase, set up the infrastructure for deployment to ensure the reliability, scalability, and maintainability of generative AI solutions. Don’t forget to improve the performance and scalability of the solution by applying model optimization techniques involving pruning, quantization, etc. To have a better idea, consider hiring a reputed software development company.
Phase #03: Deployment
To ensure deployment is reliable, repeatable, and scalable in this stage of building a generative AI solution, create a deployment pipeline. The purpose is to reduce the risk of errors or other issues to improve the user experience and satisfaction. To succeed in deployment, you need to configure the model to ensure security, reliability, and efficiency. Consider the deployment environment, optimize the model, define input and output interfaces, implement security measures, etc.
Also, don’t forget to test and debug the model to ensure it doesn’t fall short of quality standards. In addition, you have to ensure that the generative AI solution is up to date and performing as expected. For this, monitor its performance and add necessary updates based on user feedback.
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Top Reasons to Build a Generative AI Solution
Innovation and efficiency are two prerequisites to stay ahead in this competitive business landscape. Generative AI for software development provides a transformative approach to accomplish these prerequisites. Here is a list of solid reasons why developing a generative AI application can be beneficial for your organization.
1. Increased Efficiency
When you decide to build a generative AI solution, you can rest assured that it will streamline business operations and processes. By automating repetitive and time-consuming jobs, it frees up various valuable resources, helping your team concentrate on more strategic and productive tasks. This surge in efficiency can result in significant improvements in overall operational performance.
2. Upsurged Productivity
Automation is the best trait of generative AI, allowing businesses to manage more tasks and projects at the same time. This increase in productivity can translate into quicker project completion and the potential to scale operations more effectively. With a generative AI solution provider at your disposal, your business can attain more in less time.
3. Improved Creativity
One of the outstanding benefits of the generative AI solution is its ability to promote creativity. By coming up with unique ideas and solutions that might not have been taken into account by human teams, generative AI can drive innovation. This can lead to the development of advanced products, services, and techniques, giving your organization a leg up on the rivals.
4. Cost Reduction
By automating processes traditionally managed by human labor, generative AI solution architecture can lead to considerable cost savings. This reduction in labor costs can definitely affect your bottom line, compelling you to allot resources more efficiently and invest in other key areas of your business.
5. Personalized Customer Experiences
Getting an idea of individual customer preferences and behaviors is important for delivering personalized experiences. Generative AI solution development can help your company achieve this by customizing offerings to fulfill the specific requirements of each customer. This personalization improves consumer satisfaction and loyalty, resulting in better consumer retention and business growth.
Know the Difference: Generative AI vs Predictive AI
Use Cases of Generative Artificial Intelligence
In this section, we explore the game-changing potentiality of generative AI based on its application areas. You can also learn how to make your own AI from this blog. The technology is set to drive revolutionary changes, in terms of generating apps, auto programming, content development, visual arts, creative design, engineering activities, etc.
1. Generating Stunning Videos
Generative AI can help you create a video with an unparalleled quality notch. The spellbinding creativity output in the video generated by the technology is a visual experience. The implication is not lost on anyone that the technology would quantify the productivity of directors. The technology will help them tweak individual video frames in their motion pictures to archive any effects.
2. Generating Lifelike Images
Now creating breathtakingly beautiful images using generative AI is a reality that was perceived as almost impossible in the past. Once a dominant area of creativity of professional artists, even a non-artist can create lifelike photos today, thanks to the brilliance of generative AI. Look at how Jason M. Allen created a stunning painting called Théâtre d’Opéra Spatial using Midjourney and won for his creative masterpiece the first prize at the 2022 Colorado State Fair. This is just a simple example of the unparalleled technical brilliance of AI, transforming creativity, in terms of photo-realistic images from semantic label maps in a way once thought unattainable.
3. Generating A Natural-Sounding Audio
Generative AI is endowed with technical capabilities to engineer a natural-sounding human voice from a computer-generated voice. The simulation is so lifelike bearing the impression of a voice coming from a human vocal tract. The technology can also facilitate text-to-speech generation. The capability of generative AI makes it an ideal recommendation for those in marketing, teaching, podcasting, advertising, etc. You can also create authentic music simulating human emotion using this technology. Create a stirring soundtrack, awesome jingle, or musical notes, the technology’s capabilities to cater to your musical imagination are unlimited.
4. Generating Informative Texts
Generative AI technology is evincing a tectonic shift in revolutionizing content creation. Create natural language content faster and in large volumes without compromising the quality. It is fully capable of catering to your needs regarding text generation and is comprehensively informative.
5. Generating High-Quality Code
Now cutting-edge AI technology is capable of generating program code addressing specific domains of interest. Generative code created thus can also learn from current code to eventually facilitate generating new code based on the learning. This, in turn, will help businesses streamline the programming process, save time, and boost efficiency.
Other Uses of Generative Artificial Intelligence:
- Facilitates image-to-image conversion, thanks to its ability to alter outward components of an image without compromising the internal components, such as color, or shape.
- Generate voices for audio applications. besides producing voiceovers is also possible using the technology.
- It is expected that AI could also generate realistic 3D representations of items.
Most Suitable Tech Stack to Create a Generative AI Solution
To build generative AI solutions, you need to have a powerful and versatile tech stack by your side to ensure scalability, efficiency, and high performance. Below you can check out a thorough guide to the right tools and technologies required to develop an efficient generative AI application:
| Category | Tools and Technologies | Why to Choose? |
|---|---|---|
| Programming Language | Python | Extensively used for AI and ML owing to its simplicity and robust library support. |
| Deep Learning Framework | TensorFlow, PyTorch | Offer a wide range of tools to build and train neural networks, known for scalability and flexibility. |
| Data Processing | NumPy, spaCy, Pandas, NLTK | Simplify efficient data manipulation and preprocessing, essential for preparing data for GenAI models. |
| Generative Model Architectures | GANs (Generative Adversarial Networks), VAEs (Variational Autoencoders) | Necessary for developing complicated generative models capable of producing high-quality results. |
| Cloud Services | AWS, Azure, IBM Cloud, Google Cloud, | Render scalable and flexible infrastructure for deploying and handling GenAI software. |
| GPU Acceleration | NVIDIA CUDA, cuDNN | Allow high-performance computations necessary for training deep learning models. |
| Database | MongoDB, PostgreSQL | Provide powerful data storage solutions capable of managing large volumes of structured and unstructured data. |
| Web Framework | Flask, Django, FastAPI | Facilitate the creation of web apps and APIs for incorporating GenAI models. |
| Model Deployment | TensorFlow Serving, Docker, PyTorch, Kubernetes, Flask, FastAPI | Support scalable and reliable deployment of AI models into production ecosystems. |
| Automated Testing | PyTest | Ensure the reliability and preciseness of GenAI models through automated testing. |
| Visualization | Matplotlib, Plotly, Seaborn, | Facilitate the visualization of data and model results, helping in the interpretation and analysis of AI results. |
| Experiment Tracking | TensorBoard, MLflow | Offer tools for tracking experiments, visualizing performance metrics, and handling model versions. |
| Version Control | GitHub, GitLab | Enable collaboration, version control, and continuous integration in AI projects. |
| Image Processing | PIL, OpenCV | Imperative for processing and analyzing visual data, crucial for tasks involving image generation and manipulation. |
Estimated Cost for Generative AI Solution Development
Planning to build a generative AI solution for your business raises the question of affordability. Just to let you know, training and deploying the model itself is an expensive process. Add the standard development work to it, and you will have to be mentally prepared to pay a hefty bill. However, you must know that this bill very much depends on what you are trying to build and the complexity of that solution. Unless you are developing a standard AI tool like ChatGPT, you won’t need to pay a large sum of money to launch an AI-powered application.
For context, a leading generative AI solution provider can create a Proof of Concept (PoC) within 3 months while keeping a budget of not more than $20,000. Having that said, remember that cost estimates are based on several factors, like:
- Training requirements
- App features
- Nature of the application
How Can Binmile Help You Build Generative AI Software?
Binmile acts as your trusted partner in leveraging the maximum potential of AI for your organization. We specialize in offering expert AI/ML development services to create solutions customized to your specific needs. Our team can build custom AI solutions, NLP solutions, and AI-driven wearable software for your business and ensure smooth AI integration. With a long history of excellence and innovation, we bring a wealth of experience in generative AI software.
For our skills and commitment to excellence, you can make us your go-to partner for generative AI solution creation and unlock the full potential of AI technology. Collaborate with Binmile today to embark on a journey into the future of AI innovation and experience the power of smart solutions like never before.
Conclusion
Generative AI is the dawn of a new technological revolution set to create a tectonic shift in the creative space of doing business. From creating stunning and lifelike images to natural-sounding audio and text-to-speech generation, AI is capable of materializing numerous types of content. As a user, you need to give it prompts. Are you convinced that you can make your own AI? If not, connect with us, we will help you develop an artificial intelligence according to your needs.
Considering the efficiency of generative AI, outsource AI development services are attempting to harness its power to deploy, maintain, and supervise complex systems, the technology enables businesses to perform tasks with incredible ease and efficiency. The innovative technology of generative AI has limitless potential, helping companies make smart decisions and take calculated business risks.
Lastly, if you want to harness the limitless power of generative AI, consider hiring a reputed AI software development company. It will help you walk through different stages of project development to finally build a solution best suited to your business needs.
Frequently Asked Questions
Implementing Generative AI involves a phased approach. To make sure, you carry out the implementation properly, it is necessary to adhere to the following steps:
- First, gather relevant data for training, ensuring its diversity and quality.
- Preprocess the data, applying techniques like cleaning, normalization, and tokenization.
- Choose appropriate generative AI algorithms based on your task, and set up a development environment with the right tools.
- Build a prototype to validate feasibility, analyze results, and refine the model.
- In the development phase, scale data and code, optimize for efficiency, and prioritize cloud computing for scalability.
- Finally, deploy the solution using a reliable deployment pipeline, ensuring security and monitoring performance for necessary updates.
Building a Generative AI model involves creating an initial version or prototype. Doing that will determine whether your potential model is viable and if it will solve the concerned pain point for users in the future. To develop a Generative AI model, you need to:
- Start by collecting and preprocessing data, focusing on cleaning, normalization, and tokenization.
- Choose suitable algorithms, set up a development environment, and build a prototype for testing.
- In the development phase, scale data and code, optimize for efficiency, and set up a robust architecture for reliability.
- During deployment, create a deployment pipeline, configure the model for security, and monitor performance for updates based on user feedback.
The time required for generative AI solution development differs hugely based on a wide range of factors, such as model, algorithm, computational resources, quality of training data, complexity of the task, iteration requirements of model training, fine-tuning, location of the development team, expertise of developers, and many more things as such
A phased delivery plan for your Generative AI solution is crucial for risk mitigation and efficient development. By breaking down the implementation into phases, you can identify and address challenges early in the process. It allows for thorough testing, validation, and refinement at each stage, ensuring the final solution meets quality standards. This approach also facilitates continuous improvement, allowing adjustments based on evolving requirements and feedback.
Generative AI implementation involves strategic planning and execution. To help you sift through this process effortlessly, we have compiled a list of the finest techniques that you must see:
- Start by defining clear objectives and understanding the specific use cases.
- Choose a reputable AI software development company for expert guidance.
- Ensure a robust data collection and preprocessing strategy, considering data sources, quality, and relevance.
- Select appropriate algorithms based on the problem areas and evaluate frameworks.
- Follow a phased delivery plan for risk mitigation and efficient development.
- Continuously monitor and update the solution based on user feedback, ensuring long-term success.
