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Vibe Coding is the process of developing AI-driven applications in a flow-based, intuitive manner, where developers build prompts, logic, and workflows rapidly, often without writing traditional code. This approach emphasizes creativity, flexibility, and speed, allowing teams to iterate quickly without being constrained by traditional development lifecycles.
Focuses on rapid iteration, natural language, and modular building blocks.
Popular in environments using LLMs, chatbots, and generative AI products.
Empowers non-traditional developers (project managers, designers, analysts) to prototype AI features.
Encourages exploration and experimentation with model capabilities.
Lowers the barrier to entry for creating intelligent systems.
Many enterprises struggle with outdated systems that don’t work well together. As businesses grow, they add new software and tools, but without a solid integration strategy, these systems become disconnected and difficult to manage. Traditional development often treats APIs as an afterthought, leading to slow development, high maintenance costs, and limited flexibility.
API-first development takes a different approach. Instead of building software first and figuring out integrations later, it starts with designing APIs as the foundation. This ensures that all systems, whether internal tools, customer applications, or third-party platforms, can connect smoothly from the beginning. The result? Faster development, easier system upgrades, and a more scalable, future-ready architecture.
By 2025, the mobile learning market is expected to reach around $94.93 billion and is projected to grow to $287.17 billion by 2030, with an annual growth rate of 24.78%. With smartphones becoming more widely accessible, mobile learning (m-learning) has become an essential part of modern education.
This rapid growth reflects a shift in how people access education, making learning more flexible, interactive, and personalized. Whether it's students looking for supplementary resources, professionals upskilling on the go, or educators seeking innovative teaching tools, mobile learning apps have revolutionized the way knowledge is shared and consumed. As technology continues to evolve, the demand for well-designed and engaging educational apps is higher than ever, shaping the future of learning across all age groups.
By 2025, the mobile learning market is expected to reach around $94.93 billion and is projected to grow to $287.17 billion by 2030, with an annual growth rate of 24.78%. With smartphones becoming more widely accessible, mobile learning (m-learning) has become an essential part of modern education.
This rapid growth reflects a shift in how people access education, making learning more flexible, interactive, and personalized. Whether it's students looking for supplementary resources, professionals upskilling on the go, or educators seeking innovative teaching tools, mobile learning apps have revolutionized the way knowledge is shared and consumed. As technology continues to evolve, the demand for well-designed and engaging educational apps is higher than ever, shaping the future of learning across all age groups.
In modern software development, Continuous Integration and Continuous Deployment (CI/CD) have become essential for delivering high-quality applications at speed. By automating the development pipeline, CI/CD solutions reduce manual effort, minimize errors, and enhance software reliability. These solutions help organizations scale efficiently while ensuring robust software releases. This article explores the significance of CI/CD, its key components, popular tools, best practices for implementation, and technical considerations for DevOps engineers and agencies, including advanced topics such as Infrastructure as Code (IaC), security integration, microservices deployment, and multi-cloud strategies.
Data centers keep our digital world running—everything from streaming movies to using AI tools. But they also use a lot of electricity. This can lead to big questions:
How do data centers affect the environment?
Who controls them, and why does it matter?
Can we make them more efficient and sustainable?
As the education technology sector continues to expand rapidly, there is a growing need to develop secure EdTech solutions that not only enhance learning experiences but also protect sensitive data. With the increasing adoption of digital tools in education, from virtual classrooms and learning management systems to AI-driven personalized learning platforms, ensuring security and privacy has become a top priority.
About 91.5% of Google traffic stays on the first page, and only 4.8% of users click through to the second page. This tells us that search isn’t just about keywords anymore, it’s about understanding intent.
Search engines have come a long way, moving beyond simple keyword matching to focus on understanding the intent behind each query. Artificial Intelligence (AI) plays a big role in this by enabling search engines to interpret user behavior and make search results more relevant and personalized. But how does AI actually make this possible? Let’s explore it in this article.
Gone are the days when bankers had to deal with a huge pile of paperwork, and customers at banks had to wait in long queues to get a transaction done.
All thanks to technology, which has the potential to transform banking at an exponentially faster pace.
Vibe Coding is the process of developing AI-driven applications in a flow-based, intuitive manner, where developers build prompts, logic, and workflows rapidly, often without writing traditional code. This approach emphasizes creativity, flexibility, and speed, allowing teams to iterate quickly without being constrained by traditional development lifecycles.
Focuses on rapid iteration, natural language, and modular building blocks.
Popular in environments using LLMs, chatbots, and generative AI products.
Empowers non-traditional developers (project managers, designers, analysts) to prototype AI features.
Encourages exploration and experimentation with model capabilities.
Lowers the barrier to entry for creating intelligent systems.
By 2025, the mobile learning market is expected to reach around $94.93 billion and is projected to grow to $287.17 billion by 2030, with an annual growth rate of 24.78%. With smartphones becoming more widely accessible, mobile learning (m-learning) has become an essential part of modern education.
This rapid growth reflects a shift in how people access education, making learning more flexible, interactive, and personalized. Whether it's students looking for supplementary resources, professionals upskilling on the go, or educators seeking innovative teaching tools, mobile learning apps have revolutionized the way knowledge is shared and consumed. As technology continues to evolve, the demand for well-designed and engaging educational apps is higher than ever, shaping the future of learning across all age groups.
As the education technology sector continues to expand rapidly, there is a growing need to develop secure EdTech solutions that not only enhance learning experiences but also protect sensitive data. With the increasing adoption of digital tools in education, from virtual classrooms and learning management systems to AI-driven personalized learning platforms, ensuring security and privacy has become a top priority.
About 91.5% of Google traffic stays on the first page, and only 4.8% of users click through to the second page. This tells us that search isn’t just about keywords anymore, it’s about understanding intent.
Search engines have come a long way, moving beyond simple keyword matching to focus on understanding the intent behind each query. Artificial Intelligence (AI) plays a big role in this by enabling search engines to interpret user behavior and make search results more relevant and personalized. But how does AI actually make this possible? Let’s explore it in this article.
About 93% of online experiences start with a search engine. AI-powered search enhances user engagement by utilizing machine learning and natural language processing to provide more accurate, context-aware, and personalized results.
Let’s explore how AI-driven search is reshaping personalization and user engagement, and why businesses that ignore it risk falling behind.
Have you noticed how online searches have become more conversational? Whether it’s through voice assistants or typing out detailed queries like “What’s the best pizza near me?” or “How do I fix a leaky tap?” The way people search is changing rapidly. This growing trend toward natural language queries highlights the need for businesses to rethink how they handle search functionality and adapt to this new era of AI-powered search.
DeepSeek has made waves in the AI industry by claiming to have trained a 671-billion-parameter model for just $6 million—a fraction of the budget typically required by industry leaders like OpenAI and Meta. To put this into perspective, Meta’s Llama 3 training required 30.8 million GPU hours, while DeepSeek achieved similar results with just 2.8 million hours. This raises an intriguing question: was this cost-saving feat driven by hardware innovations such as TPU clusters, or was it the result of sophisticated software optimizations?
New research from Epsilon shows that most people, about 80%, are more likely to buy something when brands make their shopping experience feel personal and special. This shows how important predictive analytics is for e-commerce businesses. Predicting customer needs using data is essential for staying ahead in the competitive world of e-commerce. Let’s explore how data analytics can help us predict shopping trends, make better decisions, and create personalized experiences that drive success.
Did you know that 35% of what customers purchase on Amazon is directly influenced by its recommendation algorithms? That’s not just a number but a proof of how transformative machine learning (ML) has become in shaping modern e-commerce. In an industry where consumer preferences evolve faster than trends, personalized product recommendations are a key driver for driving sales and enhancing user satisfaction. Let’s dive into how machine learning optimizes product recommendations and why this technology is indispensable for e-commerce businesses.
By 2025, the mobile learning market is expected to reach around $94.93 billion and is projected to grow to $287.17 billion by 2030, with an annual growth rate of 24.78%. With smartphones becoming more widely accessible, mobile learning (m-learning) has become an essential part of modern education.
This rapid growth reflects a shift in how people access education, making learning more flexible, interactive, and personalized. Whether it's students looking for supplementary resources, professionals upskilling on the go, or educators seeking innovative teaching tools, mobile learning apps have revolutionized the way knowledge is shared and consumed. As technology continues to evolve, the demand for well-designed and engaging educational apps is higher than ever, shaping the future of learning across all age groups.
Gone are the days when bankers had to deal with a huge pile of paperwork, and customers at banks had to wait in long queues to get a transaction done.
All thanks to technology, which has the potential to transform banking at an exponentially faster pace.
New research from Epsilon shows that most people, about 80%, are more likely to buy something when brands make their shopping experience feel personal and special. This shows how important predictive analytics is for e-commerce businesses. Predicting customer needs using data is essential for staying ahead in the competitive world of e-commerce. Let’s explore how data analytics can help us predict shopping trends, make better decisions, and create personalized experiences that drive success.
When you're entrusting important business operations to an external partner, the stakes are high. Your success depends not just on their technical or operational capabilities, but on the strength of your relationship with them. Long-term outsourcing partnerships require more than transactional interactions and they demand a foundation built on trust, transparency, and mutual respect.
Creating a Minimum Viable Product (MVP) and growing it into a successful digital product is tough. It needs the right partner. Picking the wrong agency can cause delays, missed chances, and a less than perfect product. But how do you make sure you pick the right agency for your MVP? We'll help you check out agencies, see what they know, and find the best one for your business.
In the fast-paced world of product development, launching a successful MVP is key. It helps businesses test their ideas, get customer feedback, and set the stage for growth. The key to success lies in picking the right core features and KPIs that match your goals and what users want.
This article will walk you through the steps to pinpoint the core elements for your MVP's success.
The world of tech is growing fast. New and cool things are popping up all the time. However, this surge in innovation has created a parallel challenge and that is the gap of skills among the vast options available in tech. The demand for highly skilled developers, data scientists, cybersecurity experts, and other tech talent far outpaces the supply when we see from the perspective of a single technology culture enforced in an organization. That forces businesses to spend time and resources in upskilling developers in new cultures.
Looking for an exceptional team that is dedicated to delivering exceptional solutions? Rollout IT has you covered. Established in 2018, we are a team of award-winning professionals ready to take on whatever challenges thrown our way. We’re committed to guiding our partners and delivering the best solutions they need to excel.
Are you excited to work on the development of your digital products but overwhelmed and confused? Are you looking for a checklist to build up your confidence to develop your product (and earn profits)? Then, this is the right reading for you. We are providing you with a seven-step process that will help you out in your digital product development journey.
As the education technology sector continues to expand rapidly, there is a growing need to develop secure EdTech solutions that not only enhance learning experiences but also protect sensitive data. With the increasing adoption of digital tools in education, from virtual classrooms and learning management systems to AI-driven personalized learning platforms, ensuring security and privacy has become a top priority.
About 91.5% of Google traffic stays on the first page, and only 4.8% of users click through to the second page. This tells us that search isn’t just about keywords anymore, it’s about understanding intent.
Search engines have come a long way, moving beyond simple keyword matching to focus on understanding the intent behind each query. Artificial Intelligence (AI) plays a big role in this by enabling search engines to interpret user behavior and make search results more relevant and personalized. But how does AI actually make this possible? Let’s explore it in this article.
Gone are the days when bankers had to deal with a huge pile of paperwork, and customers at banks had to wait in long queues to get a transaction done.
All thanks to technology, which has the potential to transform banking at an exponentially faster pace.
About 93% of online experiences start with a search engine. AI-powered search enhances user engagement by utilizing machine learning and natural language processing to provide more accurate, context-aware, and personalized results.
Let’s explore how AI-driven search is reshaping personalization and user engagement, and why businesses that ignore it risk falling behind.
Have you noticed how online searches have become more conversational? Whether it’s through voice assistants or typing out detailed queries like “What’s the best pizza near me?” or “How do I fix a leaky tap?” The way people search is changing rapidly. This growing trend toward natural language queries highlights the need for businesses to rethink how they handle search functionality and adapt to this new era of AI-powered search.
The AI Security & Governance Report by Immuta analysed how data experts view artificial intelligence (AI). According to the report, 80% of these experts agree that AI is leading to more data security issues. As we move further into the age of AI-powered search systems, worries about privacy are growing for both businesses and individuals. These systems collect and use a lot of personal data, raising questions about how that information is handled. Let’s take a closer look at how these search systems work and why protecting privacy is so important.
Outsourcing software development is a popular and efficient way for companies to meet their goals. It helps businesses save money, grow their teams more quickly, and connect with highly skilled workers worldwide. However, outsourcing doesn’t come without challenges. One of the biggest concerns is cybersecurity. When companies outsource, they must take extra care to ensure that their sensitive information and systems remain protected. This guide explores essential cybersecurity practices that can help in-house and outsourced teams work together safely, preventing costly breaches and errors.
Many companies write softwares that faces security threats and vulnerabilities. These threats can lead to data breaches and cyber-attacks, costing companies a lot of money and damaging their reputation. Consequently, the loss of trust also causes a decline in customer confidence. Since the digital age began, developers have written software in many programming languages. However, human errors and complex code can expose a company's data. These problems create vulnerabilities that stress the IT department and company stakeholders.
When blockchain technology first emerged, it was seen primarily as the underlying technology for cryptocurrencies like Bitcoin. While cryptocurrencies continue to capture headlines, it’s becoming increasingly clear that blockchain has far broader applications. This technology is poised to disrupt traditional business models and transform various sectors, from healthcare and finance to logistics and real estate. Let’s explore the myriad use cases of blockchain technology and the opportunities it presents for businesses beyond cryptocurrency.
In modern software development, Continuous Integration and Continuous Deployment (CI/CD) have become essential for delivering high-quality applications at speed. By automating the development pipeline, CI/CD solutions reduce manual effort, minimize errors, and enhance software reliability. These solutions help organizations scale efficiently while ensuring robust software releases. This article explores the significance of CI/CD, its key components, popular tools, best practices for implementation, and technical considerations for DevOps engineers and agencies, including advanced topics such as Infrastructure as Code (IaC), security integration, microservices deployment, and multi-cloud strategies.
The digital world moves faster every day. Businesses need software that works well to stay ahead. If there’s a bug or a delay, users quickly get frustrated and look for other options. AI-powered Quality Assurance (QA) helps solve these problems. It speeds up testing and makes it more accurate. It finds bugs early, which helps businesses keep customers happy.
Reliable software isn’t just nice to have anymore but it’s something every company must deliver. Let’s explore how AI improves testing, saves time, and helps companies create better software for their users.
As we usher in a new era of digital innovation, the development of digital products continues to evolve at a rapid pace. It’s an exciting time, filled with infinite possibilities. Yet, with this progress comes increased competition and more discerning consumers. To navigate this landscape successfully, the importance of user testing and User Experience (UX) research in digital product development cannot be overstated.
We’ve already discussed what has been going on in the back-end of the Labster platform, an exciting project which glimpses into the future of education. Rollout has been helping Labster with several senior backend, frontend engineers, and QA testers (altogether 11 IT professionals). This time we share Judit’s experience, who was a member of the testing team. She played a crucial role in safeguarding the complex transition of the Labster web portal.
Peer review dates back to 1731 when the Royal Society of Edinburgh had a system in place to review medical articles for publications, scientists used to circulate their research papers among their peers to elicit responses or critiques which helped them better their work, from then on peer review has trickled down to every field that requires constant improvement and innovations.
By 2025, the mobile learning market is expected to reach around $94.93 billion and is projected to grow to $287.17 billion by 2030, with an annual growth rate of 24.78%. With smartphones becoming more widely accessible, mobile learning (m-learning) has become an essential part of modern education.
This rapid growth reflects a shift in how people access education, making learning more flexible, interactive, and personalized. Whether it's students looking for supplementary resources, professionals upskilling on the go, or educators seeking innovative teaching tools, mobile learning apps have revolutionized the way knowledge is shared and consumed. As technology continues to evolve, the demand for well-designed and engaging educational apps is higher than ever, shaping the future of learning across all age groups.
Did you know that 88% of online consumers are less likely to return to a website after a bad experience? That’s like losing almost nine out of every ten visitors because they couldn’t navigate smoothly. Think of the impact on your business if this happens repeatedly.
This statistic highlights the importance of user experience in digital product design. Design Thinking plays a key role here by focussing on the user experience right from the start to make every step intuitive and seamless. Let’s explore how this methodology transforms digital design.
What if the digital product you've built and invested time into is unknowingly excluding millions of potential users? In our rush to create sleek, feature-rich websites and apps, we may be building barriers instead of bridges? We often tend to overlook digital accessibility but it has a deep impact.
You may face a wake-up call when it comes to digital accessibility and conducting its audit. Perhaps we should realize that creating truly inclusive digital products isn't just a nice-to-have feature but it's essential.
The Apple Vision Pro has swiftly become a focal point in the tech world, captivating both users and observers. Videos circulating on social media platforms like TikTok showcase individuals navigating streets, riding the tube, and interacting with their surroundings in seemingly unconventional ways, such as waving their hands or pointing into the void.
Apple Vision Pro is set to redefine the boundaries of technology. With expectations of unparalleled computational power, superior graphics, and innovative user interfaces, Apple is poised to set a new benchmark in technological prowess. The implications for businesses are vast, offering tools and features that were, until now, the stuff of imagination.
At Rollout IT, we are excited to embrace the frontier of Apple VisionOS, a groundbreaking platform that represents a quantum leap in the realm of spatial computing. Our focus is to harness the full capabilities of VisionOS to develop high-level professional applications that redefine user experience and interaction. Here’s how we are gearing up to master the technical intricacies and possibilities of VisionOS.
In the vast ocean of tech innovation, few brands make as resounding a splash as Apple. And with the introduction of the Vision Pro, Apple has once again set the gold standard for future devices. While the device itself boasts a litany of cutting-edge features, the true potential of the Vision Pro is unlocked when developers rise to the challenge, leveraging its capabilities to birth groundbreaking applications. This article serves as a compass, guiding developers through the intricacies of mastering development for this technological marvel.
As we usher in a new era of digital innovation, the development of digital products continues to evolve at a rapid pace. It’s an exciting time, filled with infinite possibilities. Yet, with this progress comes increased competition and more discerning consumers. To navigate this landscape successfully, the importance of user testing and User Experience (UX) research in digital product development cannot be overstated.
Navigating the digital universe often feels like solving a Rubik’s cube: intriguing yet complex, challenging yet rewarding. One of the most consequential choices in this voyage is selecting the perfect tech stack for your digital product — a decision that CTOs, developers, and top managers grapple with as they balance project requirements, market trends, and future growth prospects.
In modern software development, Continuous Integration and Continuous Deployment (CI/CD) have become essential for delivering high-quality applications at speed. By automating the development pipeline, CI/CD solutions reduce manual effort, minimize errors, and enhance software reliability. These solutions help organizations scale efficiently while ensuring robust software releases. This article explores the significance of CI/CD, its key components, popular tools, best practices for implementation, and technical considerations for DevOps engineers and agencies, including advanced topics such as Infrastructure as Code (IaC), security integration, microservices deployment, and multi-cloud strategies.
Data centers keep our digital world running—everything from streaming movies to using AI tools. But they also use a lot of electricity. This can lead to big questions:
How do data centers affect the environment?
Who controls them, and why does it matter?
Can we make them more efficient and sustainable?
Gone are the days when bankers had to deal with a huge pile of paperwork, and customers at banks had to wait in long queues to get a transaction done.
All thanks to technology, which has the potential to transform banking at an exponentially faster pace.
DeepSeek has made waves in the AI industry by claiming to have trained a 671-billion-parameter model for just $6 million—a fraction of the budget typically required by industry leaders like OpenAI and Meta. To put this into perspective, Meta’s Llama 3 training required 30.8 million GPU hours, while DeepSeek achieved similar results with just 2.8 million hours. This raises an intriguing question: was this cost-saving feat driven by hardware innovations such as TPU clusters, or was it the result of sophisticated software optimizations?
Evolution of cloud computing has significantly transformed how modern applications are designed and deployed. For organizations aiming to scale their operations and designing a robust and scalable cloud-native architecture is no longer optional.
What is Cloud-Native Architecture?
Cloud-native architecture refers to an approach for designing applications that fully exploit the inherent benefits of cloud computing. These benefits include scalability, flexibility, high availability, and cost efficiency. This model leverages advanced concepts like microservices, containerization, and orchestration to ensure applications are optimized for dynamic, distributed environments.
Having delved into the foundational concepts and strategic implementations of cloud technologies in the previous parts, it’s essential to address the challenges that startups might face. Moreover, staying updated with future trends and having the right resources at hand can be the difference between mere survival and thriving in the competitive landscape.
In Part 1, we explored the foundational concepts of scalability and the basics of cloud technologies. As we venture further, it’s crucial to understand how startups can strategically implement these technologies. Moreover, real-world case studies can offer invaluable insights into the practical applications and benefits of cloud scalability.
In the dynamic world of startups, scalability isn’t just a buzzword; it’s a necessity. As startups grow, their infrastructure and operations must evolve to handle increased demand. Enter cloud technologies, a game-changer that offers startups the flexibility, cost-efficiency, and global reach they need to scale effectively.
The digital age has given rise to a vast array of software architecture patterns. Two of the most debated structures are microservices and monolithic architectures. While both have their merits, each also has its own set of drawbacks. If you’re a software architect, CTO, or any stakeholder in the IT industry, understanding these patterns can greatly influence the efficiency, scalability, and long-term success of your applications. Let’s embark on a journey to dissect these architectures and weigh their pros and cons.
Many enterprises struggle with outdated systems that don’t work well together. As businesses grow, they add new software and tools, but without a solid integration strategy, these systems become disconnected and difficult to manage. Traditional development often treats APIs as an afterthought, leading to slow development, high maintenance costs, and limited flexibility.
API-first development takes a different approach. Instead of building software first and figuring out integrations later, it starts with designing APIs as the foundation. This ensures that all systems, whether internal tools, customer applications, or third-party platforms, can connect smoothly from the beginning. The result? Faster development, easier system upgrades, and a more scalable, future-ready architecture.
By 2025, the mobile learning market is expected to reach around $94.93 billion and is projected to grow to $287.17 billion by 2030, with an annual growth rate of 24.78%. With smartphones becoming more widely accessible, mobile learning (m-learning) has become an essential part of modern education.
This rapid growth reflects a shift in how people access education, making learning more flexible, interactive, and personalized. Whether it's students looking for supplementary resources, professionals upskilling on the go, or educators seeking innovative teaching tools, mobile learning apps have revolutionized the way knowledge is shared and consumed. As technology continues to evolve, the demand for well-designed and engaging educational apps is higher than ever, shaping the future of learning across all age groups.
By 2025, the mobile learning market is expected to reach around $94.93 billion and is projected to grow to $287.17 billion by 2030, with an annual growth rate of 24.78%. With smartphones becoming more widely accessible, mobile learning (m-learning) has become an essential part of modern education.
This rapid growth reflects a shift in how people access education, making learning more flexible, interactive, and personalized. Whether it's students looking for supplementary resources, professionals upskilling on the go, or educators seeking innovative teaching tools, mobile learning apps have revolutionized the way knowledge is shared and consumed. As technology continues to evolve, the demand for well-designed and engaging educational apps is higher than ever, shaping the future of learning across all age groups.
In modern software development, Continuous Integration and Continuous Deployment (CI/CD) have become essential for delivering high-quality applications at speed. By automating the development pipeline, CI/CD solutions reduce manual effort, minimize errors, and enhance software reliability. These solutions help organizations scale efficiently while ensuring robust software releases. This article explores the significance of CI/CD, its key components, popular tools, best practices for implementation, and technical considerations for DevOps engineers and agencies, including advanced topics such as Infrastructure as Code (IaC), security integration, microservices deployment, and multi-cloud strategies.
As the education technology sector continues to expand rapidly, there is a growing need to develop secure EdTech solutions that not only enhance learning experiences but also protect sensitive data. With the increasing adoption of digital tools in education, from virtual classrooms and learning management systems to AI-driven personalized learning platforms, ensuring security and privacy has become a top priority.
About 91.5% of Google traffic stays on the first page, and only 4.8% of users click through to the second page. This tells us that search isn’t just about keywords anymore, it’s about understanding intent.
Search engines have come a long way, moving beyond simple keyword matching to focus on understanding the intent behind each query. Artificial Intelligence (AI) plays a big role in this by enabling search engines to interpret user behavior and make search results more relevant and personalized. But how does AI actually make this possible? Let’s explore it in this article.
About 93% of online experiences start with a search engine. AI-powered search enhances user engagement by utilizing machine learning and natural language processing to provide more accurate, context-aware, and personalized results.
Let’s explore how AI-driven search is reshaping personalization and user engagement, and why businesses that ignore it risk falling behind.
Have you noticed how online searches have become more conversational? Whether it’s through voice assistants or typing out detailed queries like “What’s the best pizza near me?” or “How do I fix a leaky tap?” The way people search is changing rapidly. This growing trend toward natural language queries highlights the need for businesses to rethink how they handle search functionality and adapt to this new era of AI-powered search.
DeepSeek has made waves in the AI industry by claiming to have trained a 671-billion-parameter model for just $6 million—a fraction of the budget typically required by industry leaders like OpenAI and Meta. To put this into perspective, Meta’s Llama 3 training required 30.8 million GPU hours, while DeepSeek achieved similar results with just 2.8 million hours. This raises an intriguing question: was this cost-saving feat driven by hardware innovations such as TPU clusters, or was it the result of sophisticated software optimizations?
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