Latest news with #Cursor
Forbes
3 days ago
- Business
- Forbes
Artificial Intelligence Is Transforming World Of Coding With A New Vibe
Artificial intelligence is significantly impacting many areas of industry, including software development. AI coding agents are changing the software development landscape by automating tasks, accelerating development, and assisting with complex problem-solving. They are not replacing developers but are enhancing their capabilities. AI-powered tools like GitHub Copilot, an AI pair programmer that helps developers write code faster and with fewer errors, and Cursor, an AI coding assistant that streamlines coding with features like real-time code suggestions, bug fixes, and natural language commands. Specifically, AI is impacting coding by enabling increased efficiency and faster development: AI can automate repetitive coding tasks, such as generating boilerplate code or suggesting code snippets. AI-powered tools can analyze codebases, identify potential bugs, and suggest optimizations, leading to more efficient and reliable code. AI tools can also assist developers in learning new programming languages and frameworks by providing contextual suggestions and code examples. Less experienced developers can leverage AI to gain a faster understanding of codebases and coding practices. Coding Tools Proliferate Recent data indicates a significant uptake of AI coding tools. Approximately 76% of developers report using tools such as GitHub Copilot, ChatGPT, Replit, Cursor, Claude, and Amazon Q Developer for tasks like writing, refactoring, or reviewing code. Google and Alphabet CEO Sundar Pichai revealed that he's been spending his spare time 'vibe coding,' calling out Replit specifically as an example of how AI is transforming web development. 'I mean the power of what you're going to be able to create on the web—we haven't given that power to developers in 25 years.' Google CEO Sundar Pichai is 'vibe coding' with AI; Here's what it means for the future of programming - BusinessToday While AI is transforming workflows, it's also raising questions about code quality, security, and the potential for job displacement. There are potential challenges and concerns. Some studies suggest that AI-generated code may lead to increased code churn, duplication, and potential security vulnerabilities if not carefully reviewed and integrated. Furthermore, developers may become overly reliant on AI tools, potentially hindering their ability to independently solve complex problems or understand underlying code principles. A New Era of Coding Called VIBE 'Vibe coding' is a relatively new term coined by OpenAI co-founder Andrej Karpathy in early 2025. It refers to an approach to software development where developers primarily use natural language prompts to guide AI tools in generating, refining, and debugging code. This method emphasizes speed and iterative development, potentially allowing even non-coders to create software by describing their desired functionality or "vibe". The core idea of Vibe coding is to shift from precise code writing to describing desired outcomes in plain language. Vibe coding utilizes plain English prompts rather than complex coding syntax to instruct AI models to generate code. This allows developers to concentrate on the desired functionalities and outcomes rather than the technical details, thereby lowering the entry barrier for those without formal programming training Vibe coding facilitates quick iteration and prototyping, allowing developers to generate initial code structures and functionality rapidly. Vibe coding is not about completely removing the human from the loop but rather shifting the role of the developer from a sole coder to a guide and collaborator. In essence, it functions as AI as a 'co-pilot.' While some define pure vibe coding as trusting AI almost blindly, others see it as a collaborative approach where AI assists and accelerates the development process. Klover: The Pioneer of Vibe Coding While the term may be new, the practice has deep roots—and is widely regarded as the first and most prolific adopter. As early as March 2023, Klover began training developers on an experimental new approach: to unlearn traditional coding practices and embrace a conversational, prompt-driven development model. Instead of syntax-driven engineering, Klover trained developers to think in plain-language descriptions, product outcomes, and system behavior. These engineers worked side by side with generative AI to build code collaboratively—essentially co-creating with intelligent agents. This internal revolution paid off quickly. By November 2023, Klover-trained developers were producing AI systems in mere seconds, a feat enabled by their vibe-first tooling and multi-agent orchestration framework. Just one month later, in December 2023, the company had built the world's largest proprietary library of AI systems and specialized AI agents. Klover's internal systems—designed around multi-agent collaboration, multimodal interfaces (text, voice, and vision), and a continuous feedback loop—exemplify the essence of vibe coding. This wasn't about automation for automation's sake; it was about enhancing creativity and velocity through seamless human-AI synergy. As Klover CEO Dany Kitishian explains, 'Vibe coding transforms development into a dialogue. It's no longer about controlling every line—it's about expressing intent and letting AI handle the rest.' Recently, Klover (Klover: The Astonishing Rise of a Zero-Funding AI Powerhouse - introduced a new concept to define the frontier of vibe coding: HALO™ Acting, short for Human-AI Linked Operations. HALO systems are influence engines designed to act upon both humans and AI agents simultaneously, operating in a shared virtuous feedback loop. As AI spreads into enterprise platforms, government workflows, and real-time systems, HALO™ aims to move beyond passive tools. These systems actively shape collaboration, guiding AI and humans to converge on shared goals, insights, and actions. Challenges of Vibe Coding Despite its potential benefits, vibe coding has raised concerns about several drawbacks. AI-generated code, without careful oversight, can lead to inconsistent patterns, poor documentation, and prioritizing immediate functionality over maintainable solutions. AI models trained on public code can introduce security flaws like injection vulnerabilities, poor input validation, or insecure third-party dependencies. AI-generated code may have insufficient test coverage or inconsistent test approaches, leading to regression issues and unpredictable release quality. A balanced approach that leverages AI while emphasizing foundational engineering practices and careful oversight will be key to unlocking the full potential of vibe coding. While AI generates the code, human oversight will remain crucial for reviewing, validating, and debugging the generated output, especially regarding quality, security, and scalability. This ensures that the generated code aligns with project goals and best practices. The Future of VIBE Coding AI is likely to continue to become an integral part of the software development lifecycle, with developers expected to leverage AI tools for various tasks. As of 2025, vibe coding is gaining popularity, with studies stating that 25% of Y Combinator firms are already using AI to develop the bulk of their codebases. The aim is to reduce project completion times by up to 55% and automate 80% of regular coding operations with this change. The Future of Vibe Coding: How AI-Driven Development Could Transform Programming by 2030 In the near future, AI-powered tools are expected to continue evolving, offering more sophisticated features for code generation, testing, and security. The role of developers may shift towards higher-level design, strategic thinking, and AI-powered tool management. Both Generative AI and Vibe coding will allow a wider audience, including non-programmers and domain experts, to participate in software creation by translating ideas into working code through natural language interaction with AI. This opens up new possibilities for innovation and collaboration within teams and across different fields .
Hans India
3 days ago
- Business
- Hans India
Sam Altman Rewards OpenAI Talent with Surprise Bonuses After Meta Poaches Top AI Engineers
OpenAI has made headlines once again—this time for a surprise move by CEO Sam Altman, aimed at rewarding and retaining the company's top minds. Just hours after unveiling its latest language model, GPT-5, Altman announced special bonuses for selected staff, calling it a 'special one-time award.' The timing was notable. The announcement followed reports of Meta poaching some of OpenAI's leading AI engineers, further intensifying the ongoing battle for artificial intelligence talent across the tech industry. Selective Rewards for Strategic Roles Not all OpenAI employees are part of this bonus initiative. The awards are being granted to researchers and engineers in critical departments such as applied engineering, scaling, and safety. 'As we mentioned a few weeks ago, we have been looking at comp for our technical teams given the movement in the market,' Altman told staff. The bonuses will reach about one-third of OpenAI's roughly 3,000 employees—around 1,000 people in total. Payouts vary significantly: top researchers could see awards in the single-digit millions, while engineers may receive hundreds of thousands of dollars. These incentives will be distributed quarterly over two years, with recipients able to choose between cash, OpenAI stock, or a combination of both. Valuation Surge and Stock Opportunities In addition to the bonuses, OpenAI is reportedly exploring opportunities for employees to sell vested stock at potentially lucrative valuations. The company's most recent funding round valued its shares at $274 each, but insiders anticipate a future tender offer could see that price rise significantly—possibly pushing OpenAI's valuation toward $500 billion. This approach not only boosts employee morale but also strengthens OpenAI's market position, signaling confidence in the company's growth trajectory. Talent Wars Heat Up The AI industry is in the midst of a fierce competition for expertise. Alongside Meta's hires, Elon Musk's xAI has also drawn talent from OpenAI, highlighting how valuable top engineers have become. Altman's comment— 'missionaries will beat mercenaries'—captured his belief that mission-driven teams will ultimately outperform those motivated solely by financial gain. Strategic Wins Amid Rivalry The launch of GPT-5 has brought OpenAI both challenges and strategic wins. One notable shift came from Cursor, a coding assistant platform, which replaced Anthropic's Claude with GPT-5 as its default AI model. In response, Anthropic rushed out an updated version of Claude with improved coding capabilities—an example of how quickly competitive dynamics can change in the AI sector. Morale Boost Despite Tensions While selective bonuses have created some internal debate, overall morale at OpenAI surged after the GPT-5 debut. Staff marked the occasion with a celebratory gathering at a local venue, underscoring the excitement surrounding the model's launch. OpenAI's latest moves—targeted incentives, aggressive talent retention, and strategic partnerships—reflect broader trends in the AI industry. As artificial intelligence continues to reshape economic and technological landscapes, companies like OpenAI are setting the tone for how to thrive in a rapidly evolving and highly competitive market.
Geeky Gadgets
3 days ago
- Geeky Gadgets
Build Your Own Operating System with Cursor AI
What if building an operating system wasn't just the domain of tech giants or seasoned developers? Imagine a tool so intuitive yet powerful that it allows anyone—from curious beginners to experienced engineers—to craft their own digital environments. Enter Cursor, a new platform that merges AI-driven automation with a user-friendly design, redefining how we think about software creation. Cursor isn't just a tool; it's a creative partner, empowering you to focus on ideas and innovation rather than wrestling with technical roadblocks. Whether you're dreaming of a retro-inspired interface or a futuristic application, Cursor equips you with the means to bring those visions to life. In this exploration, learn how Cursor transforms the traditionally complex process of operating system development into an accessible and even enjoyable experience. You'll learn about its standout features, such as the time-traveling browser, which lets you explore web design across decades, and its lightweight prototyping tool, Baby Cursor, designed for rapid experimentation. But Cursor isn't just about functionality—it's a bridge between creativity and technology, offering tools that encourage exploration and push the boundaries of what's possible. By the end of this deep dive, you might just find yourself rethinking what it means to create in the digital age. AI-Powered Creative Development Creator's Vision: Bridging Technology and Humanity The development of Cursor is guided by a vision to make technology more human, approachable, and refined. Drawing inspiration from early computing systems like the iMac and retro Mac OS, its creator sought to reimagine how users interact with software. The goal is to empower you to focus on creativity and experimentation rather than being bogged down by technical hurdles. Cursor embodies this philosophy by merging AI with design, creating tools that are both functional and imaginative. This vision reflects a broader trend in technology: prioritizing user-centric design to foster innovation and accessibility. Key Features of Cursor Cursor offers a range of features designed to streamline and enhance the creative process. At its core, it encourages 'vibe coding,' a concept that emphasizes intuitive and exploratory prototyping. Its standout functionalities include: Menu Bar: A well-organized interface for seamless navigation of tools and features, making sure efficiency and clarity in your workflow. A well-organized interface for seamless navigation of tools and features, making sure efficiency and clarity in your workflow. Time-Traveling Browser: A unique tool that uses AI and web archives to generate web pages from different eras, offering a blend of nostalgia and futuristic exploration. A unique tool that uses AI and web archives to generate web pages from different eras, offering a blend of nostalgia and futuristic exploration. Interactive UI Components: Tools for quickly building functional prototypes, allowing you to test and refine ideas with ease. Tools for quickly building functional prototypes, allowing you to test and refine ideas with ease. Open source Framework: A flexible platform for creating apps and interfaces tailored to your specific needs, fostering customization and adaptability. These features make Cursor a versatile tool, catering to both novice creators and experienced developers by bridging the gap between design and engineering. Its emphasis on intuitive functionality ensures that users can focus on their creative vision without being hindered by technical limitations. Creating Custom Digital Environments with Cursor AI Watch this video on YouTube. Check out more relevant guides from our extensive collection on Cursor that you might find useful. Time-Traveling Browser: A Journey Through Web History One of Cursor's most innovative features is its time-traveling browser, a tool that uses AI and web archives to recreate web pages from the past, present, and even speculative futures. This feature allows you to customize your exploration by selecting specific years, languages, or locations, making it a valuable resource for research, nostalgia, and creative inspiration. For instance, you could revisit the design of a 1990s website to analyze its aesthetic or imagine how a webpage might look decades into the future. The time-traveling browser is particularly useful for designers and developers seeking inspiration from historical trends or envisioning new possibilities. By blending historical accuracy with speculative creativity, this tool encourages you to think beyond conventional boundaries and explore the evolution of digital design. Baby Cursor: Lightweight Prototyping For quick experimentation, Baby Cursor offers a simplified version of the tool. It focuses on prototyping and testing ideas, allowing you to explore different AI models and prompts. This lightweight approach is ideal for refining concepts before committing to full-scale development. By allowing rapid iteration, Baby Cursor becomes an essential resource for creators looking to perfect their ideas. This feature is particularly beneficial for those who want to test multiple concepts in a short amount of time. Whether you're experimenting with interface layouts or exploring new AI-driven functionalities, Baby Cursor provides a streamlined environment for innovation. Its simplicity ensures that even users with minimal technical expertise can engage in the creative process effectively. AI Integration in the Creative Process Cursor's AI capabilities extend beyond automation, actively assisting in the creative process. Whether you're designing a game, developing a tool, or crafting an interface, AI helps generate functional prototypes based on your input. This iterative approach allows you to refine your ideas step by step, making sure the final product aligns with your vision. For example, you might use AI to design a retro-style YouTube player or a photo booth with shader effects, experimenting with features until you achieve the desired outcome. By integrating AI into the creative workflow, Cursor enables you to focus on conceptual innovation while the tool handles technical complexities. This synergy between human creativity and AI-driven assistance highlights the potential of technology to enhance artistic expression. Creative Applications and Nostalgic Design Cursor's flexibility supports the development of a wide variety of applications. From interactive paint tools to apps with retro-inspired designs, the possibilities are extensive. By incorporating nostalgic design elements and shader effects, you can create experiences that feel both familiar and innovative. These creative applications demonstrate Cursor's ability to blend functionality with artistry, offering tools that inspire exploration and experimentation. For instance, you could develop an app that mimics the aesthetics of early 2000s software or create a modern tool with a vintage twist. This fusion of old and new design principles not only appeals to a broad audience but also encourages you to think creatively about how past trends can inform future innovations. Redefining Roles in Software Development Tools like Cursor are reshaping the way software is developed. By simplifying complex tasks, Cursor encourages creativity and experimentation, allowing you to focus on the broader vision of your project. It also fosters collaboration across disciplines, breaking down traditional barriers between design and engineering. For example, a designer with minimal coding experience can now contribute to functional UI development, expanding participation in the creative process. This widespread access of software development ensures that diverse perspectives are included, leading to more innovative and user-friendly solutions. Cursor's emphasis on accessibility and collaboration reflects a larger shift toward inclusive technology. The Future of AI-Driven Innovation Cursor exemplifies the fantastic potential of AI in software development. By lowering technical barriers, it enables you to bring your ideas to life with greater efficiency and ease. This shift toward intuitive and accessible tools promotes hands-on experimentation and iterative design, allowing you to refine your concepts through exploration. As AI continues to evolve, tools like Cursor will play a critical role in shaping the future of creative and technical innovation. By combining advanced technology with user-centric design, Cursor sets a precedent for how AI can enhance both the creative process and the final product. This evolution signals a new era in software development, where creativity and technology work hand in hand to unlock new possibilities. Media Credit: Cursor Filed Under: AI, Guides Latest Geeky Gadgets Deals Disclosure: Some of our articles include affiliate links. If you buy something through one of these links, Geeky Gadgets may earn an affiliate commission. Learn about our Disclosure Policy.
Axios
3 days ago
- Business
- Axios
OpenAI aims GPT-5 at Anthropic's coding crown
OpenAI's new GPT-5 model — the engine that will power its key products, including the free and paid versions of ChatGPT — throws down a gauntlet to its arch-competitor Anthropic. The big picture: Anthropic's Claude is frequently viewed as the best AI for writing code, which could be the reason OpenAI leaned so heavily on GPT-5's coding skills as the company introduced its new model Thursday. Catch-up quick: GPT-5, announced Thursday, is OpenAI's first model to combine a traditional large language model with reasoning capabilities that allow AI engines to achieve better results by using more computing time to address a task. The company also promised GPT-5 will hallucinate less and be better at health-related tasks, among other improvements. GPT-5 will be less sycophantic than its predecessors, according to OpenAI. Pietro Schirano, CEO of AI startup MagicPath, called GPT-5 the best coding model out there and a great collaborator. "This is electricity arriving in every home," he posted on X, "a before and after moment for how we build." Yes, but: The new model arrived months later than originally expected and critics say it doesn't bring the world much closer to the kind of AI that can solve the climate crisis or cure cancer. "It will not harness the incredible power of artificial intelligence as a tool to solve humanity's most pressing challenges," Future of Life Institute president Max Tegmark said in a statement. "Instead, it will pour fuel on the fires set by its predecessors: destroying jobs, upending economies, and turbocharging scams and deepfakes." The other side: For casual users of ChatGPT, the upgrade is likely to feel significant. "The people discussing this release on Twitter will be disappointed in a first reaction, but 99% of people using ChatGPT are going to be so happy about the upgrade," Nathan Lambert wrote in his Substack newsletter. The potential new crop of users could create a fresh wave of experimentation and novel use cases, which is what happened when OpenAI increased access to ChatGPT's image generation capabilities. Between the lines: OpenAI spent much of an hourlong livestream on Thursday highlighting GPT-5's coding abilities, showing demos, touting a range of benchmarks and providing comments from a range of early testers, including Cursor, Vercel and Windsurf. "Our team has found GPT-5 to be remarkably intelligent, easy to steer, and even to have a personality we haven't seen in any other model," Cursor CEO Michael Truell said in a statement. "It not only catches tricky, deeply-hidden bugs but can also run long, multi-turn background agents to see complex tasks through to the finish." CEO Sam Altman told reporters that GPT-5 allows for on-the-fly custom software. "This idea of software on demand will be a defining part of the new GPT-5 era," he said. By the numbers: Coding prowess is driving massive revenue growth at Anthropic. Anthropic is generating revenue at a nearly $5 billion-per-year pace, according to The Information. That's up from a $4 billion-per-year pace earlier this month, and reflects its status as the go-to choice for programmers and coding apps. OpenAI, meanwhile, is currently at a $12 billion per year revenue run rate, a figure that reflects the company's broader business and larger size. Zoom out: While OpenAI heavily emphasized GPT-5's coding capabilities, the new model is replacing a host of older models, including those that power the free and paid versions of ChatGPT. Users will also be able to customize GPT-5's personality as part of a feature in research preview. The four initial options are "Cynic," "Robot," "Listener" and "Nerd." Altman insisted that once you use GPT-5 it is hard to go back to an earlier model, likening it to reverting to a lower-resolution display after you've grown used to an iPhone's Retina display.
Harvard Business Review
4 days ago
- Business
- Harvard Business Review
How Ambitious Entrepreneurs Can Use AI to Scale Their Startups
When the team at Anysphere launched Cursor in 2022—an AI coding assistant—they weren't a well-funded giant. They were a lean group of developers building a smarter way to write code. Within months, they were competing with tools from OpenAI and GitHub, proving that even the smallest teams can punch far above their weight when powered by AI.
