Categories
Community

How Today’s Developers Are Using Web Data to Train AI Models

Even though we’re only two or so years into AI’s mainstream adoption, today we’re seeing something of an arms race in the enterprise world, with many companies rushing to develop the best AI model for the needs of their users. 

For developers, this means building, training, and fine-tuning AI models so that they meet their company’s business objectives. As well as requiring a lot of time, AI model development demands large amounts of training data, and developers prefer to acquire it from the open web. 

Data for AI 2025, a new report from Bright Data, found that 65% of organizations use public web content as their primary source for AI training data, and 38% of companies already consume over 1 petabyte of public web data each year. Apparently, developers are seeing the advantages of using dynamic, real-time data streams, which are continuously updated and customized. 

What’s more, demand for public web data is growing rapidly. According to the Bright Data survey, information needs are expected to grow by 33% and budgets for data acquisition to increase by 85% in the next year. The report maps the growing importance of web data in AI engineering workflows, and how developers are drawing on it to maximize model reliability. 

{{ advertisement }}

Improving Model Accuracy

As organizations increasingly rely on AI insights for both operational and strategic decision-making, accuracy is crucial. AI models play important roles in tasks such as assessing applicants for insurance or managing quality control in manufacturing, which don’t allow much margin for error. AI-driven market intelligence also requires accurate models fed the most recent information, and is one of the top use cases cited by participants in the survey. 

Training models to recognize patterns, apply rules to previously unseen examples, and avoid overfitting, demands vast amounts of data, which needs to be fresh to be relevant to real-world use cases. Most traditional data sources are outdated, limited in size, and/or insufficiently diverse, but web datasets are enormous and constantly updated.

When asked about the main benefits of public web data, 57% said improving AI model accuracy and relevance. Over two-thirds of respondents use public web data as their primary source for real-time, connected data.

Optimizing Model Performance

Enterprises seeking the best AI model are looking not only for accuracy but also for model performance, which includes speed, efficiency, and lean use of resources. Developers are well aware that performance optimization relies at least as much on data as on model improvements, with 92% agreeing that real-time, dynamic data is critical to maximizing AI model performance.

When asked about the source of their competitive edge in AI, 53% said advances in AI model development and optimization, and the same number pointed to higher quality data. Reliable, fresh, dynamic data fits models to make better, faster predictions without increased compute resources. 

Finding that data can be challenging, which is why 71% of respondents say data quality will be the top competitive differentiator in AI over the next two years. Live web data is the only way for developers to get hold of quality data in the quantities they need.

Enabling Real-Time Decision-Making

Developers are under rising pressure to produce models that deliver real-time outcomes, whether for decision-making such as medical diagnoses; predictions like evaluating loan applications; or reasoning as part of an agentic AI system. 

Producing real-time responses while preserving accuracy requires feeding AI models a constant diet of context-rich data that’s as close to real time as possible. 

Only public web data can deliver quality data at this kind of speed, which would be why 96% of organizations indicated that they collect real-time web data for inference.

Scaling Up AI Capabilities

As organizations grow, they have to scale up AI capabilities to efficiently handle growing numbers of users, tasks, and datasets. 

Scalability is vital for consistent performance, cost-effectiveness, and business growth, but scaling up models to handle more queries, more quickly, requires more diverse, relevant data. 

Without scalable data sources, AI models can’t adapt to the rising demands placed upon them. Only web data is an immediately scalable source of flexible, fresh, and instantly available information. The report found that 52% of participants see scaling AI capabilities as one of the main benefits of public web data. 

Acquiring Diverse Data

It’s not enough for training data to be plentiful and up-to-date; it also needs to be diverse. When AI models are fed on diverse data, they produce more accurate predictions, fewer mistakes, and more trustworthy AI systems. 

Web data encompasses many types of content media, including text, video, and audio. Some 92% of organizations turn to vendor partnerships to improve data variety, and their desire for data is wide-ranging. 

While 80% of all businesses collect textual training sets, 73.6% also gather images; 65% video; and 60% audio. Compared to enterprises and small businesses, startups consume the greatest range of data types, with more than 70% saying they collect image, video, audio, and text. 

Advancing Personalization and Automation

Personalization tailors AI outputs to individual user needs, which is especially important for customer-facing digital products that incorporate AI. 

Bringing in automation makes the models more efficient, enabling them to adjust automatically to diverse users and contexts without manual adjustments and corrections. These twin goals were cited as the main benefits of public web data by 49% of survey participants.

Web data empowers developers to ramp up both personalization and automation by connecting them with the diverse real-world information that they need. Updated, relevant data about user behavior, trends, and preferences allows AI models to make smarter, self-improving responses that are relevant to each use case, with minimal manual input. 

Public Web Data Is AI Developers’ New Must-Have

As developers work hard to produce AI models that meet rapidly evolving business needs, public web data has become indispensable. Bright Data’s survey underlines that web data has become their best source of real-time, reliable, relevant, and diverse data, giving developers the training sets they need for fine-tuning, scaling, and generally preparing models for any requirement. 

Categories
Community

A Deep Dive into DeepSeek and the Generative AI Revolution

If you’ve been anywhere near the tech world in the past year, you’ve probably noticed that Generative AI is the talk of the town. From writing code to generating art, AI models are reshaping how we think about creativity, productivity, and problem-solving. But with so many models out there, it’s easy to get lost in the noise. 

As a developer community leader at Developer Nation, I often get asked: Where are we now in the AI journey? With the recent launch of DeepSeek, it’s time to take stock, explore the landscape, and see how this new contender reshapes the field.Today, we’re going to break it all down, explore the latest entrant in the AI race—DeepSeek—and see how it stacks up against the heavyweights like OpenAI’s GPT and Meta’s Llama.

So, grab your favorite beverage, sit back, and let’s dive into the fascinating world of AI models!

The AI Landscape: Where Are We Now?

In 2025, AI isn’t just a buzzword; it’s an integral part of our lives. The AI landscape is like a bustling metropolis, with new skyscrapers (read: models) popping up every few months. At the heart of this city are Generative AI models, which have evolved from simple text predictors to sophisticated systems capable of understanding context, generating human-like text, and even coding.

Here’s a quick snapshot of where we stand:

  1. OpenAI’s GPT Series: The undisputed king of the hill. GPT-4 is the latest iteration, known for its versatility, massive context window, and ability to handle complex tasks like coding, content creation, and even passing exams.
  1. Meta’s Llama: The open-source challenger. Llama (Large Language Model Meta AI) is designed to be more accessible and efficient, making it a favorite among developers who want to tinker with AI without breaking the bank.
  1. Google’s Bard: Google’s answer to GPT, Bard is integrated with Google’s vast ecosystem, making it a strong contender for tasks that require real-time data and web integration.
  1. Anthropic’s Claude: Focused on safety and alignment, Claude is designed to be more “helpful, honest, and harmless,” making it a popular choice for applications where ethical considerations are paramount.

And now, entering the stage is DeepSeek, a new player that promises to shake things up. But before we get into DeepSeek, let’s take a quick detour to understand what goes into making a Generative AI model.

Before proceeding, take 10 seconds to subscribe to our newsletter where we share a plethora of new resources to your mailbox twice every week so you can stay ahead in the game. 

The Anatomy of a Generative AI Model

Building a Generative AI model is like assembling a high-performance race car. You need the right engine, fuel, and tuning to make it go fast and handle well. Here’s a breakdown of the key components:

  1. The Engine: Neural Networks
    At the core of every Generative AI model is a neural network, typically a Transformer architecture. These networks are designed to process sequential data (like text) and learn patterns by adjusting weights during training.
  1. The Fuel: Data
    The quality and quantity of data are crucial. Models are trained on massive datasets—often terabytes of text from books, websites, and other sources. The more diverse and high-quality the data, the better the model’s performance.
  1. The Tuning: Training and Fine-Tuning
    Training a model involves feeding it data and adjusting its parameters to minimize errors. Fine-tuning is where the magic happens—specialized datasets are used to adapt the model for specific tasks, like coding or customer support.
  1. The Nitrous Boost: Compute Power
    Training these models requires insane amounts of compute power. Think thousands of GPUs running for weeks or even months. This is why only a few organizations have the resources to build state-of-the-art models.
  1. The Steering Wheel: Prompt Engineering
    Once the model is trained, how you interact with it matters. Prompt engineering is the art of crafting inputs to get the desired output. It’s like giving the AI clear directions to navigate the vast landscape of possibilities.

It’s not all sunshine and roses. The current landscape has three major pain points:

  1. Data Requirements: Generative AI models are hungry for data—a colossal amount of it.
  2. Compute Costs: Training and fine-tuning state-of-the-art models can burn through millions of dollars in compute.
  3. Generalization vs. Specialization: Many models are generalists. While they can write poetry and code, they often fall short in domain-specific tasks.

Enter DeepSeek—a new generative AI model that claims to address these issues while bringing unique capabilities to the table. But before we dive into DeepSeek, let’s pull back the curtain on how generative AI models like these are built. Now that we’ve got the basics down, let’s turn our attention to the star of the show—DeepSeek.

DeepSeek: The New Kid on the Block

DeepSeek is the latest entrant in the Generative AI space, and it’s making waves for all the right reasons. But what exactly is DeepSeek, and how does it differentiate itself from the competition?

What is DeepSeek?

DeepSeek is a state-of-the-art Generative AI model designed to excel in code generation, natural language understanding, and creative tasks. It’s built with a focus on efficiency, scalability, and developer-friendly APIs, making it a compelling choice for software developers.

What Can DeepSeek Do?

  1. Code Generation: DeepSeek can generate high-quality code snippets in multiple programming languages, making it a powerful tool for developers looking to speed up their workflow.
  1. Natural Language Understanding: Whether it’s answering questions, summarizing text, or generating content, DeepSeek’s language capabilities are on par with the best in the industry.
  1. Creative Tasks: From writing poetry to generating marketing copy, DeepSeek’s creative abilities are impressive, thanks to its fine-tuning on diverse datasets.
  1. Customizability: DeepSeek offers robust APIs and tools for fine-tuning, allowing developers to adapt the model to their specific needs.

What Makes DeepSeek Different?

  1. Efficiency: DeepSeek is designed to be more resource-efficient, meaning it can deliver high performance without requiring massive compute resources.
  1. Developer-Centric: DeepSeek’s APIs and documentation are tailored for developers, making it easier to integrate into existing workflows.
  1. Scalability: Whether you’re a solo developer or part of a large team, DeepSeek’s architecture is built to scale with your needs.
  1. Openness: While not fully open-source, DeepSeek offers more transparency and flexibility compared to some of its competitors, giving developers more control over how they use the model.

DeepSeek vs. GPT vs. Llama: The Showdown

Now, let’s get to the fun part—how does DeepSeek stack up against the titans of the AI world, OpenAI’s GPT and Meta’s Llama?

FeatureDeepSeekGPT-4Llama
Code GenerationExcellentExcellentGood
Natural LanguageStrongBest-in-classStrong
EfficiencyHighly efficientResource-intensiveEfficient
CustomizabilityHighModerateHigh
OpennessMore open than GPTClosedFully open-source
Developer ToolsRobust APIs, easy to useRobust APIs, but complexLimited, but improving

DeepSeek vs. GPT vs. LLAMA: The Showdown

FeatureDeepSeekOpenAI GPTLLAMA
Training EfficiencyClustered Fine-Tuning (40% cost reduction)Expensive, requiring massive computeModerate but not optimized for cost
Domain ExpertiseFocused (e.g., technical, academic)GeneralistGeneralist
API LatencyLow (<100ms)Medium (~200ms)High (~300ms)
ExplainabilityBuilt-in toolsMinimalNone
Community EcosystemNewEstablishedEmerging

What Does This Mean for Developers?

Key Takeaways:

  • DeepSeek shines in efficiency and developer-friendliness, making it a great choice for developers who want a powerful yet accessible AI tool.
  • GPT-4 remains the gold standard for natural language tasks, but its resource requirements and closed nature can be a barrier for some developers.
  • Llama is the go-to for open-source enthusiasts, but it may require more effort to fine-tune and deploy compared to DeepSeek.

Wrapping Up: The Future of AI is in Your Hands

The AI landscape is evolving at breakneck speed, and DeepSeek is a testament to how far we’ve come. Whether you’re a seasoned developer or just starting out, tools like DeepSeek, GPT, and Llama are opening up new possibilities for innovation and creativity.

So, what’s next? The future of AI is not just about bigger models—it’s about smarter, more efficient, and more accessible tools that empower developers like you to build the next big thing. And with DeepSeek entering the fray, the race is only getting more exciting.

What do you think about DeepSeek? Will it dethrone GPT, or is Llama still your go-to? Let us know in the comments below, and don’t forget to share this post with your fellow developers. Until next time, happy coding! 🚀

P.S. If you’re itching to try out DeepSeek, head over to their website and get started with their developer-friendly APIs, and if you wanna stay closely connected to tech eco-system then don’t forget to subscribe to our Newsletter, Trust us, your inner coder will thank you 😉