Tired developer sitting late at night at his computer, working on new software, owls sitting around, illustrating Generative AI in software development help, one with tablet in its beak labeled AI

Jun 18, 2024

10 min

Generative AI in Software Development: Beyond Human Limits

What hides behind the mysterious term “conversational generative AI” in software development? Here’s a classic scene: the glow of a monitor, rhythmic tapping on a keyboard, and the quiet hum of a developer's tireless mind. Now add an unexpected companion: artificial intelligence. It’s a digital sidekick that taps into late-night hours, analyzing existing code and spotting its quirks.  Does it bring value or only hinder the development process?

In today's article, we'll explore the positive and controversial aspects of the human-machine alliance in coding. Let's get started!

written by:

Alexey Sliborsky

Solution Architect

What hides behind the mysterious term “conversational generative AI” in software development? Here’s a classic scene: the glow of a monitor, rhythmic tapping on a keyboard, and the quiet hum of a developer's tireless mind. Now add an unexpected companion: artificial intelligence. It’s a digital sidekick that taps into late-night hours, analyzing existing code and spotting its quirks.  Does it bring value or only hinder the development process?

In today's article, we'll explore the positive and controversial aspects of the human-machine alliance in coding. Let's get started!

The Rise of Generative AI

Today, developers can't stop giggling at this joke: “I let AI write my function, and it worked!” But beneath it lies a deeper truth. A recent Salesforce study discovered that half of surveyed employees (54%) have concerns about the accuracy of generative AI results, while 59% believe they're biased. So why do three out of five workers (61%) still rely on artificial intelligence?

Infographics showing the number of employees relying on AI and reasons why some don't rely on AI

The wisest way to understand the paradox would be to go into the technology’s nature.

Brief History

Generative AI, capable of creating original content, has a fascinating and relatively short history. Within 60+ years, “thinking” computer systems have evolved significantly, shifting from rule-based logic to generating professional-looking video and music. Let's explore the major milestones along the way:

Infographics of AI history

The Role of AI in Software Development

In recent years, artificial intelligence has solidified its role in software development, particularly within the coding process. Its ability to analyze massive amounts of data, learn from patterns, and offer valuable insights is reshaping the very fabric of software creation. How exactly does it do this?

  • Automation. AI algorithms deftly handle routine tasks like formatting, testing, and deploying code. Such efficiency accelerates the development lifecycle, resulting in enhanced code readability, faster software delivery, and shorter time-to-market.
  • Code generation. Artificial intelligence can analyze code repositories with tons of data, identifying patterns and generating code suggestions similar to what the developer is working on. This can slightly speed up the development process. However, the need for human oversight may sometimes offset the time saved.
  • Predictive analytics. By scanning vast amounts of data, AI spots patterns and trends that guide decision-making. This can help in such areas as software quality assurance, where AI systems can predict potential bugs and vulnerabilities before they occur. 

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  • Enhancing UX. Natural language processing (NLP) algorithms, a subset of AI, decode user feedback and sentiment. Armed with this insight, the technology offers customized suggestions that match the user's preferences. The result? Satisfied clients and user-centric applications.
  • Project management. When AI analyzes historical project data, it becomes a savvy advisor. It identifies potential risks, fine-tunes project timelines, and even optimizes resource allocation.

Benefits of AI in Software Development

Now that we’ve covered the roles, let's bring perks to the table. What benefits are hidden behind the veil of smart ones and zeros?

Infographics with key AI benefits

Cutting Boilerplate Code by Half

Boilerplate code refers to sections of code necessary for a program's infrastructure but not directly affecting its core functionality. It typically includes repetitive tasks like input validation or error handling. While essential, writing and maintaining boilerplate code can be tedious for human developers. This is where dedicated AI tools step in. By leveraging machine learning algorithms, these tools scan existing codebases within an integrated development environment. They identify common patterns and reusable code snippets for automated generation.

Elevating Developer Productivity

Traditionally, developers dedicate countless hours to manual code writing, often dealing with repetitive patterns. AI-generated code can save them extra hours of work on certain tasks: automate mundane activities or suggest enhancements to refine the codebase. Despite this technological leap, the indispensable role of human supervision remains unchanged. While AI-assisted code generation is a promising frontier, we have yet to reach the pinnacle of fully autonomous and impeccable code creation.

Personalizing User Experience

AI tools in software development go beyond mere coding and bug detection. Besides bolstering product dependability, they also make a big difference in shaping user satisfaction. AI’s contribution? It suggests interfaces that are both personalized and adaptive. Using ML algorithms, it analyzes user interactions across diverse software environments, gathers feedback from successful and less-than-ideal sessions, considers demographic trends, and heeds the call for specific features. Whether users need a website, a mobile solution, or special features like in-app chat or dark mode, AI can help pinpoint the best options. The outcome: developer-crafted tools that genuinely resonate with the needs and desires of the target audience.

Generative AI-Powered Tools in Action

In their latest survey, McKinsey experts boldly declared 2023 as the year of “Generative AI’s breakout”. This transformative technology is not merely a buzzword; it’s making waves across diverse domains, from art and design to content creation and even politics. But how are generative AI-powered systems reshaping the IT industry?

AI Use Cases in the Software Development Process

Use Case

Description

Example

Data Augmentation

Generative models, such as Variational Autoencoders (VAEs) or Generative Adversarial Networks (GANs), can create variations of existing datasets by augmenting them.

A software development company is working on an image recognition app that can identify various dog breeds. The initial dataset is limited and lacks diversity, which can lead to inaccurate recognition. Using VAEs, developers generate new images by applying a series of transformations to the existing images: rotation, scaling, cropping, and flipping.

Privacy-Preserving Testing

Privacy is critical for sensitive data, such as personal medical records. Generative models offer a solution: they allow users to create synthetic data that maintains statistical characteristics without revealing personal details.

A healthcare app developer needs to test their patient management system. Instead of using real data (a risky idea due to privacy concerns), they create synthetic patient profiles (with similar age, gender, and medical conditions) with GANs.

Rare Events Simulation

Some apps encounter rare events, such as fraud detection or system glitches. Generative models can simulate such events to ensure the system handles them effectively.

A financial organization aims to validate its fraud detection algorithm. By generating artificial suspicious transactions (based on patterns learned from real data), they evaluate the system’s accuracy in detecting scams.

Natural Language Generation

NLG models create text closely resembling natural languages. They’re ideal for writing product reviews and generating chatbot responses or documentation for testing.

A software engineering company wants to test its sentiment analysis model. They generate customer feedback (positive, negative, and neutral) using NLG. AI mimics the writing style and tone of real reviews, ensuring their authenticity.

Game Development

Generative models enable users to create various game assets: textures, characters, or landscapes. They enhance game realism and reduce manual design efforts.

A developer uses GANs to create realistic terrain textures for an open-world adventure game. This way, the visuals deliver a richer and more immersive experience for players. No need to craft every pixel, sculpt every contour, and paint every blade of grass.

Confessions at the Keyboard

Now the whole world is engaged in heated debates, convening special conferences to discuss the consequences of mass AI adoption. The main question looms large: is artificial intelligence safe, or does it pose an existential threat? Let's take an inside look and delve into the thoughts of those who spend their evenings (and nights) in the company of AI.

The Joy of Unexpected Solutions

The HubSpot AI Survey Report highlights a significant hurdle in generative AI: the propensity for bias. Let's examine this perception from a different angle. Generative models tend to amaze software engineers — in a good way — with unexpected solutions. Whether it's a novel software design, a unique recommendation, or a fresh perspective on a problem, these AI creations bring a spark of creativity to team performance. Especially when your eyes are so bleary from endless lines of code that you can't spot obvious typos in it, the syntax is blurry, and your logic goes AFK.

Still, as we embrace Gen-AI's potential, we must also navigate critical challenges to ensure its positive impact on our future:

  • How can we guarantee that AI decisions are objective and fair?
  • What steps can we take to remove the ingrained biases within AI systems?
  • How can software developers cultivate user confidence in AI technologies?
  • How to combat discriminatory AI models?
  • How to foster transparency when interacting with the machine?

The Potential Displacement of Human Developers

Generative AI, with its intricate algorithms and autonomous code generation, stands at the crossroads of promise and anxiety. As its capabilities burgeon, it's no coincidence that questions arise: will it replace human developers? Or can it catalyze more efficient development workflows where task complexity is not the deciding factor?

Voices clash in virtual forums. Some sound the alarm, predicting job cuts. Others envision a harmonious duo: humans and AI rushing forward to innovation. Perhaps generative AI is not an adversary, but an ally, guiding us toward a brighter future. Many experts agree, accepting that it can assist developers, freeing them to focus on more creative and strategic tasks.

Yet, this future also brings forth its set of challenges for humanity to address:

  • What strategies can we employ to mitigate the risk of job displacement caused by AI?
  • How to ensure equity between human input and machine automation?
  • What skills should human developers hone to remain indispensable in an AI-integrated environment?

Ethical Dilemmas of Using Gen-AI in Software Development

Another grave challenge of implementing AI in software development is related to ethical considerations. All team members, from engineering leaders to business analysts, are now grappling with questions: is it fair to use AI assistance to replace human creativity? Is it ethical to leverage AI to automate specific tasks previously performed by humans? Who owns AI-generated content? How do we protect creators' rights?

To address these questions, a team should follow an integrated approach that combines legal, technical, and ethical aspects:

  • Establish clear legal guidelines regarding ownership and copyright;
  • Inform users when they interact with AI-generated software or content;
  • Curate diverse datasets and train large language models carefully to reduce bias;
  • Obtain user consent for data utilization and anonymize information used for training;
  • Incorporate human oversight for ethical decision-making.

AI owl with laptop and text automation on it trying to balance scales with human carrying notebook with text human judgement on its cover

Verdict: Take Precautions and Code On

Let's approach AI with a level-headed perspective. Generative AI tools like ChatGPT or GitHub Copilot can help maintain code quality and expedite development processes, but a delicate balance between automation and human judgment is paramount. In this new era, developers must be adept at navigating alongside generative AI, adhering to essential safeguards:

  • Minimize the risk of exposing sensitive data by limiting what LLMs can retrieve;
  • Verify the security of external AI models before integration;
  • Manage and protect data with stringent governance policies;
  • Implement strict input validation to maintain system integrity;
  • Engineer AI models resilient against adversarial attacks;
  • Shield private information with advanced security protocols;
  • Formulate explicit guidelines on data privacy, ethical use, and transparency.

But remember: AI is not a usurper seeking to supplant development teams. Instead, it acts as a dynamic aid that complements, rather than replaces, human wits. It invites non-technical users into the fold, narrowing the divide between imagination and implementation.

Software development with Gen-AI is challenging and exciting all at once. But you don’t have to do it alone. Whether you need technical support or training, we're just a click away. Contact us today, and let’s code more responsibly with AI!

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FAQ

Can you use AI to build software?

Sure! It can be your helpful assistant in various activities, including:

  • Quality code generation;
  • Bug detection and debugging;
  • Predictive analysis and maintenance;
  • Risk management;
  • Natural language processing;
  • Machine learning models integration;
  • Project planning;
  • Automated quality assurance and testing process, etc.
Is AI the future of software development?

No one can answer this question with certainty. Every year, groundbreaking technologies emerge, yet each of them eventually gives way to something even more advanced.

Artificial intelligence is undeniably shaping the future of software development, yet the human remains irreplaceable. Although AI excels at handling complex tasks and automating certain aspects of software engineering, the expertise and inventive flair of developers are still essential for making key decisions. As well as thorough data safety measures. 

Which AI tool is best for software development?

Here's a list of the best AI tools that have proven their efficiency in handling coding tasks (based on the lists from developer.com, GeekFlare, and theServerSide):

#1. GitHub Copilot;

#2. Codesnippets by ChatGPT;

#3. Amazon CodeWhisperer;

#4. Tabnine;

#5. SpellBox.

How to use AI in software development?

Here's a quick guide to get you started:

  1. Identify the areas where AI can help accelerate software development and enhance code quality;
  2. Explore the AI innovations that the IT sphere has to offer;
  3. Set precise and measurable goals for a focused approach;
  4. Assemble an AI-savvy team: in-house or outsourced experts;
  5. Access and refine high-quality data sets for training your AI models;
  6. Create bespoke AI algorithms or integrate existing AI frameworks and libraries into your workflow;
  7. Test and validate the performance of your AI models;
  8. Double-check your data security measures;
  9. Establish a robust software maintenance and monitoring strategy.

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