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OpenAI Hits 3 Million Business Users, Launches New Productivity Features For ChatGPT

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American artificial intelligence research organization OpenAI has announced that ChatGPT now serves over 3 million paying business users, up from 2 million in February this year.

This significant milestone reflects the rapid acceleration of AI adoption in the workplace, as businesses increasingly turn to generative AI to boost productivity and streamline operations.

According to McKinsey, one-third of global organizations now use generative AI in at least one business function, and 40% of AI-enabled companies plan to increase their investments in AI technologies.

AI implementation in the business landscape has grown dramatically, from 20% in 2017 to over 80% today. This reflects a significant shift from exploratory use to deep operational integration. The financial services sector leads in adoption, particularly in product development, while sectors like retail are expected to hit 80% AI adoption by 2025.

To support this growth, OpenAI unveiled a suite of new workplace-focused features aimed at enhancing information access and collaboration within ChatGPT.

Among the most notable updates is the beta release of “connectors,” allowing users to seamlessly integrate ChatGPT with third-party platforms like Dropbox, Google Drive, Box, SharePoint, and OneDrive. This integration lets employees retrieve insights and data directly from these tools while maintaining existing permission structures.

OpenAI also introduced deep research connectors in beta, compatible with widely used platforms such as HubSpot, Microsoft, Google Workspace, and Linear. These connectors empower users to perform multi-step research using combined data from both external sources and the web.

Another standout feature is “record mode” for ChatGPT Team users. This tool enables users to record and transcribe meetings or brainstorming sessions. It automatically generates timestamped citations, AI-suggested insights, and structured meeting notes to support better documentation and decision-making.

OpenAI continues to empower businesses worldwide by providing cutting-edge artificial intelligence solutions that enhance productivity, streamline operations, and drive innovation.

Its enterprise offerings enable businesses to leverage AI for tasks such as customer service automation, data analysis, content generation, and process optimization. Through its API, companies can build custom applications tailored to their needs, ensuring scalable and secure solutions. The platform’s ability to process natural language and generate actionable insights has made it a vital tool for organizations seeking a competitive edge in a tech-driven market.

American software company Zendesk uses OpenAI to build adaptive service agents focused on resolutions. In early 2023, Zendesk began working closely with OpenAI to explore how AI could reshape service and product development. Today Zendesk is piloting a new class of AI agents, powered by OpenAI models, that not only manage entire conversations but plan and execute responses autonomously.

Booking.com, one of the world’s largest travel marketplaces, by integrating its data systems with OpenAI’s LLMs, delivers smarter search, faster support, and intent-driven travel experiences. To date, Booking.com has launched multiple AI-powered solutions with OpenAI to make travel planning easier and more intuitive.

Also, The Estée Lauder Companies (ELC) is a global leader in prestige beauty, adoption of ChatGPT Enterprise is helping the company empower employee creativity and unlock insights to better serve today’s consumers.

The ELC team adopted ChatGPT for data processing and analysis at scale. Today, ChatGPT is an integral part of ELC’s workflows, with more than 240 custom GPTs that give their employees greater time and insights to do what they do best.

By fostering innovation and accessibility, OpenAI is helping businesses worldwide navigate the rapidly evolving digital landscape, aligning with its vision to advance AI adoption for economic and societal impact.

Cardano Talks Governance Models While Lightchain AI Talks Progress With Every Stage Already Completed

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Cardano continues to discuss governance models and long-term frameworks, but Lightchain AI is already delivering results through real, measurable progress. With all 15 presale stages completed, the project has launched its Bonus Round at a fixed price of $0.007 and attracted nearly $21 million in early interest.

Lightchain AI isn’t theorizing about community involvement—it’s executing it, with transparent governance already in motion and developer incentives fueling growth. While Cardano focuses on what might work tomorrow, Lightchain AI is showing what’s working today. In a fast-moving market, it’s execution—not speculation—that’s setting the pace, and Lightchain is clearly out front.

Cardano Focuses on Governance Structures and Long-Term Theories

Cardano has progressed towards a decentralized governance model with CIP-1694 and acceptance of their on-chain Constitution?in 2025. ADA holders can?leverage this framework to submit and vote on proposals, including protocol upgrades, treasury disbursements, and key decisions, making the system more democratic. Delegated?Representatives (DReps) and Stake Pool Operators (SPOs) are paramount within this system, serving as guarantors that the community’s voice is properly heard.

The Age of Voltaire represents the full maturation of?Cardano as a self-sustaining network with a focus on long-term sustainability and community-driven development. Projects like Project Catalyst are an ongoing investment in innovation by funding initiatives proposed by the community,?and the annual budget process tries to ensuresettle budgets and in general ecosystemgrowth.

These?are all part of Cardano’s goal of being a best in class decentralized governance and survivable blockchain platform.

Lightchain AI Completes All 15 Presale Stages With Measurable Growth

Lightchain AI has completed all 15 presale stages with measurable growth across both its investor base and developer ecosystem. A $150,000 grant pool has been deployed to support builders, researchers, and emerging projects focused on tooling, data oracles, explorers, and dApps using the AIVM— with additional grants planned.

This builder-first strategy is accelerating real ecosystem development ahead of mainnet. Cross-chain infrastructure ensures Lightchain AI can interact seamlessly with external blockchains, while DeFi partnership onboarding expands its utility and liquidity potential.

Decentralized validator and contributor nodes are being prepared to secure the network and scale operations efficiently. At mainnet, the public repository will be released, opening access to all protocol components and inviting global developers to build transparently within a decentralized, AI-optimized framework.

Less Talk, More Action — Lightchain AI is Redefining Momentum

Why talk when you can deliver? Lightchain AI is proving that execution is everything—shattering expectations with 15 successful presale stages and over $21 million raised. The Bonus Round is powering real progress: developer activity, grants, and ecosystem tools are already up and running.

This isn’t just hype; it’s happening. Public GitHub access, decentralized nodes, and live Launchpad infrastructure show that Lightchain AI is the real deal. Every milestone is turning skeptics into believers.

Want to be part of the future? Buy LCAI tokens and join a rapidly growing community of developers, investors, and visionaries who are leading the next wave of computing innovation. The future is now—don’t miss it.

https://lightchain.ai

https://lightchain.ai/lightchain-whitepaper.pdf

https://x.com/LightchainAI

https://t.me/LightchainProtocol

Amazon to Invest $10bn in North Carolina AI Data Centers, Expanding Footprint in Race to Dominate Artificial Intelligence

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Amazon has been investing in India

Amazon has announced a $10 billion investment to develop a sprawling artificial intelligence (AI) and cloud computing campus in North Carolina, marking the latest move in an aggressive infrastructure push by global tech giants determined to lead the next phase of AI innovation.

The data center project, set for Richmond County, will become one of Amazon Web Services (AWS) largest new builds and is expected to generate at least 500 permanent high-skilled jobs while stimulating thousands more through construction, logistics, and regional service industries.

The facility will be situated in the Energy Way Industrial Park and will benefit from existing electricity infrastructure supported by Duke Energy and Pee Dee Electric.

Amazon has committed to funding major upgrades to surrounding utilities, including water, wastewater, and fiber-optic lines. State officials confirmed these infrastructure enhancements will be covered entirely by Amazon and will not burden taxpayers. In addition to economic development, Amazon also launched the Richmond County Community Fund, seeded with an initial $150,000 to support science, technology, engineering, and mathematics (STEM) education and workforce development programs for local residents.

AWS described the investment as a strategic response to the rapidly growing demand for AI infrastructure.

“Generative AI is driving increased demand for advanced cloud infrastructure and compute power,” the company said in a statement. “Our investment will support the future of AI from AWS data centers in the Tar Heel State.”

The announcement underscores the intensifying competition among tech giants to build out the infrastructure needed to support the AI boom.

Amazon’s decision follows its earlier announcement of an $11 billion data center expansion in Georgia, also designed to power generative AI services and meet cloud computing demand. In parallel, Amazon has invested $8 billion in AI startup Anthropic, the developer of the Claude chatbot. It has also released its own Trainium chips and Bedrock platform to help developers train and deploy AI models, including large language models (LLMs).

Across the industry, similar infrastructure races are unfolding. Microsoft is currently building a $3.3 billion AI hub in Wisconsin and has committed at least $13 billion to OpenAI, its key AI partner. In addition to Wisconsin, Microsoft has unveiled AI-focused data center expansions in Iowa, Texas, and Finland, responding to heightened global demand for generative tools across industries.

Google has pledged $4 billion to expand its data center operations in North Carolina, including a facility in Lenoir that will serve as a cornerstone for its AI and cloud computing services. Google has also expanded its AI offerings through its Gemini model and Google Cloud platform, contributing to growing infrastructure needs.

Meta, meanwhile, has committed over $800 million to expand its Temple, Texas, data center and has retooled operations in Nebraska and Ohio to support compute-heavy AI workloads. Even Apple, typically more reserved about its AI ambitions, has invested more than $1 billion to expand its data centers in Iowa, signaling its growing interest in AI and on-device machine learning technologies.

Amazon CEO Andy Jassy has described generative AI as a “once-in-a-lifetime type of business opportunity,” explaining why the company has earmarked up to $100 billion this year in capital expenditures—most of it directed at AI and cloud development.

North Carolina officials say the new Richmond County data center is expected to enhance the state’s role in the national tech ecosystem and help attract more AI-driven businesses and talent. Although Amazon has yet to specify a timeline for the facility’s construction, operations are expected to begin in phases over the next several years.

Beyond job creation, the investment signifies a broader economic transformation. Data centers are emerging as critical infrastructure in the global AI race, providing the computational backbone required to train and deploy AI models at scale. Unlike traditional IT infrastructure, these centers must support extremely high-performance computing environments, relying on powerful chips, high-speed connectivity, and sophisticated cooling systems to manage the heat generated by dense clusters of processors.

Industry analysts view this AI infrastructure surge as a defining phase in the next digital era. They believe is not just about data storage anymore but a new industrial revolution powered by AI, and whoever builds the best infrastructure wins.

Amazon’s latest announcement signals that the race to lead the AI future encompasses data and energy infrastructure, and tech giants are in a race to build it.

Tekedia Capital welcomes Protegee, the World’s first Payment layer for AI Voice Agents

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Tekedia Capital welcomes Protegee, the world’s first payment layer for AI voice agents. With Protegree, you can turn your AI voice agents into revenue centers. Simply, when you have built your AI agent, is the whole system AI-revenue compliant with voice-based AI integration payment? From call centers to healthcare, organizations are using Protegee AI to grow revenue.

This is the future and in this emerging agentic economy, this is your payment partner. Protegee is the payments API for AI agents. Customers such as AI call centers use the product to process transactions safely, increasing revenue and conversion rates.

I deploy my AI agents, you deploy yours…but how do we get paid? Protegee’s web and agent-to-agent transaction technology will make it easier for your agents to get paid because if you look deeper, those proprietary agents are your workers in that company. That means contractors, consultants, etc have new layers for capturing value in this new era. The web is being rebuilt and payment will also be different because when the workers are machines, the way to pay and being paid must evolve.

To learn more about Protegee, use https://protegee.ai/ . For Tekedia Capital, capital.tekedia.com

Adaptation of the Cbet Casino website for different devices

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Consider this: over 70% of online casino players now access platforms via mobile devices. This surge in mobile gaming highlights a critical reality for Cbet: a subpar cross-device experience directly translates to lost players and dwindling revenue. In a landscape saturated with options, players will abandon a clunky, unresponsive mobile site in a heartbeat for a competitor offering a smoother experience.

The challenge extends beyond simply shrinking a desktop site to fit a phone screen. The digital world is a diverse ecosystem of devices, each boasting unique screen sizes, resolutions, and processing power. Webmasters, developers, and SEO specialists must adopt a proactive adaptation strategy, not just to survive, but to thrive. This article delves into the essential strategies for achieving seamless Cbet cross-device compatibility. We’ll explore the core concepts of responsive design, mobile optimization techniques, and user experience enhancements, providing a roadmap for building a platform that delights players, regardless of how they choose to connect.

Understanding the Different Devices and Their Unique Needs

The digital landscape is diverse, and Cbet Casino users access the platform from a variety of devices, each with its own unique characteristics and usage patterns. Understanding these differences is crucial for optimizing the user experience and ensuring consistent performance across all platforms.

Three primary device categories dominate: desktops, tablets, and smartphones. Desktops typically offer larger screen real estate and traditional mouse and keyboard input, leading to longer average session lengths. Users on desktops might be more inclined to engage in complex games or detailed account management activities. Tablets bridge the gap between desktops and smartphones, providing a touch-based interface with a larger display. Cbet Casino observed that Tablet users often enjoyed a balanced experience, engaging in both casual and more involved gaming sessions. Smartphones, with their portability and constant connectivity, cater to shorter, more frequent sessions. Mobile gaming is a key driver for smartphone users, who expect seamless and responsive experiences on the go.

Data collected during the Cbet Casino project, involved extensive testing across a range of devices, operating systems, and browsers. For operating systems, it was observed a distribution of approximately 60% Android and 40% iOS among mobile users. Browser usage on desktop platforms was more varied, with Chrome, Safari, and Firefox being the most prevalent. These factors influence user interaction and design considerations, highlighting the importance of cross-platform compatibility and responsive design principles. Different OS considerations for iOS and Android are also present. By tailoring the user interface and optimizing performance for each device category, Cbet Casino aimed to deliver a consistent and enjoyable gaming experience, regardless of the user’s chosen platform.

Screen Size and Resolution Considerations

The mobile landscape is incredibly diverse, with devices ranging from compact smartphones to expansive tablets. This variance translates directly to screen resolution and pixel density, critical factors for ensuring visual consistency across the board. Resolution, typically expressed as width x height in pixels, dictates the level of detail a screen can display. Pixel density, measured in dots per inch (DPI) or pixels per inch (PPI), refers to the number of pixels packed into a physical area. A higher pixel density results in sharper, more refined images.

To combat the display differences, developers often employ media queries. These allow the serving of distinct assets – images, stylesheets, etc. – based on device characteristics like screen size and resolution. Problems arise when fixed dimensions are used, for example, an image sized perfectly for a smaller screen will appear pixelated and blurry on a higher resolution display. Using relative units like percentages or scalable vector graphics (SVGs) helps content adapt smoothly. Properly implemented, these techniques can create a seamless user experience, no matter the device.

Responsive Design Principles for Cbet Casino

Responsive design is a web development approach that ensures a website adapts seamlessly to various screen sizes and devices. This means whether a user is accessing Cbet Casino on a desktop computer, a tablet, or a smartphone, the website delivers an optimal viewing experience. The advantages of responsive design include maintaining a single codebase, simplifying website management, and boosting SEO performance as search engines favor mobile-friendly websites.

Fluid Grids

Fluid grids are the foundation of responsive layouts. Instead of using fixed pixel widths, fluid grids employ relative units like percentages. This allows content to scale proportionally with the screen size. For example, a container element might be set to width: 90%, ensuring it occupies 90% of the screen width, regardless of the device. This creates a more flexible and adaptable layout compared to fixed-width designs.

Flexible Images

Images are another critical aspect of responsive design. Fixed-size images can break the layout on smaller screens if they exceed the container’s width. To address this, flexible images are implemented using CSS. By setting the max-width property to 100% and the height property to auto, images will scale down to fit their container without losing their aspect ratio. For instance, img { max-width: 100%; height: auto; } ensures that images remain within their boundaries on any device.

Media Queries

Media queries are powerful CSS techniques that apply different styles based on the characteristics of the device, primarily the screen size. They allow developers to tailor the layout, typography, and even content of a website to specific devices. For example, a media query might change the number of columns in a grid layout on smaller screens or adjust the font size for better readability. A typical media query might look like this: @media screen and (max-width: 768px) {.. }, which applies the styles within the curly braces only when the screen width is 768 pixels or less. Using media queries, Cbet Casino can provide a customized and user-friendly experience across all devices.

Implementing Media Queries Effectively

To ensure a casino website delivers an optimal experience across all devices, the use of CSS media queries is essential. Media queries allow you to adapt the website’s appearance based on various device characteristics, such as screen size, orientation, and resolution. For example, a media query can adjust the layout for a smartphone in portrait mode versus landscape mode, ensuring that content remains easily readable and interactive. Consider utilizing pixel density media queries to serve higher resolution images on devices with retina displays, enhancing visual clarity. You can also adjust font sizes and spacing using media queries, optimizing the design for comfortable viewing on different screen sizes.

Optimizing Images for Different Screen Sizes

Image optimization is crucial for delivering a seamless user experience across various devices. The key lies in using the appropriate format, compression level, and dimensions tailored to each screen size.

By implementing lazy loading, images are loaded only when they are about to enter the viewport, reducing initial page load times. Employing responsive images ensures that the browser downloads the most suitable image size for the device, conserving bandwidth. Furthermore, utilizing a Content Delivery Network (CDN) to serve image assets can drastically cut down loading times by caching images on geographically distributed servers.

Automated thumbnail generation also helps to optimize images with dynamic dimensions to ensure the images appear great on all devices.

Mobile-First Indexing and SEO Considerations

In the ever-evolving world of Search Engine Optimization (SEO), mobile-first indexing has become a critical factor for website ranking and visibility. Google primarily uses the mobile version of a website for indexing and ranking. Therefore, a mobile-friendly Cbet Casino website is no longer optional; it’s essential for success.

Mobile-first indexing means Googlebot predominantly crawls and indexes pages with the smartphone agent. If your website isn’t optimized for mobile, it could negatively impact your search engine ranking. This shift emphasizes the importance of delivering a seamless and high-performing mobile experience. Considerations for SEO ranking specific to casino-related activities include ensuring fast loading times on mobile devices, especially when accessing live casino games. Additionally, verifying mobile sitemaps are accurately submitted to Google Search Console helps ensure all pages are crawled and indexed properly. Finally, implementing structured data markup relevant to casino-specific content aids search engines in understanding and displaying pertinent information.

To ensure the mobile version of the Cbet Casino website is fully optimized, webmasters should pay special attention to page speed, as mobile users expect fast loading times. Use mobile sitemaps to help Google discover and crawl your mobile pages efficiently. Also, implementing structured data, where appropriate, can enhance visibility in search results. By prioritizing these elements, Cbet Casino can markedly improve its SEO performance and attract more organic traffic.

Progressive Web Apps (PWAs) as a Solution

Progressive Web Apps (PWAs) represent a leap forward in delivering a seamless and engaging user experience. They bridge the gap between traditional websites and native mobile applications. Imagine granting users an experience almost identical to a native app, directly within their browser. No app store downloads are required.

PWAs achieve this magic through key components like service workers and manifests. Service workers are the unsung heroes, enabling offline access by caching resources and managing network requests in the background. The manifest file dictates how the PWA appears when installed, controlling aspects like the icon, name, and splash screen, making it feel like a true app.

For Cbet Casino, implementing a PWA could unlock significant benefits. Imagine players being able to access games even with a spotty internet connection, thanks to service workers. Push notifications could alert them to new promotions or tournaments, driving engagement. Furthermore, the ability to “install” the casino directly to their home screen, without the friction of an app store, simplifies access and improves conversion rates.

While the technical aspects of implementing PWAs require careful consideration, the potential rewards – enhanced user experience, increased engagement, and improved accessibility – make them a worthy solution for Cbet Casino. The result? Satisfied players and a boost to the platform’s overall performance.

Benefits of Using PWAs for Mobile Users

Progressive Web Apps (PWAs) provide a smoother and more engaging experience for mobile users. One major benefit is their speed. PWAs are designed for near-instant loading, achieved through browser optimization, reducing user wait times and improving overall satisfaction. Even without a stable internet connection, PWAs continue to function, providing access to previously cached content and core functionalities. Furthermore, PWAs have push notification capabilities, allowing app owners to engage users with timely updates and compelling offers directly on their devices. Unlike native applications that might require separate versions for different operating systems, one PWA codebase can work across multiple platforms, streamlining development and maintenance.

Testing and Optimization Across Devices

Ensuring a seamless user experience across all devices is paramount for Cbet Casino. This requires rigorous testing and continuous optimization. Neglecting this can lead to a fragmented experience, impacting user engagement and overall satisfaction.

Effective testing involves a multi-pronged approach. Testing on a wide array of real devices and emulators is crucial to identify device-specific issues. Tools designed for cross-browser compatibility testing are invaluable in ensuring consistent performance across different browsers.

User feedback is a goldmine of information. By actively soliciting and analyzing user input, developers can pinpoint areas that need improvement. A/B testing allows for data-driven decisions, enabling the comparison of different design and functionality elements to optimize performance and user engagement. A robust testing methodology should focus on key areas such as layout adaptability, functionality consistency, and overall performance efficiency, guaranteeing a user-friendly experience regardless of the device used.

Future Trends in Cross-Device Compatibility

The landscape of cross-device compatibility is on the cusp of a seismic shift, driven by emerging technologies poised to redefine user experiences. Artificial intelligence and machine learning are set to play a pivotal role, enabling hyper-personalized gaming experiences that adapt in real-time to player behavior across various devices. Imagine a casino that learns your preferences and adjusts game recommendations based on your play style, whether you are on a desktop, tablet, or smartphone. This level of personalized engagement will soon be table stakes for maintaining a competitive edge.

Virtual and augmented reality are also poised to revolutionize the cross-device experience, particularly in the gaming sector. Picture seamlessly transitioning from a mobile slot game on your commute to an immersive VR poker tournament in the evening, all within the same casino ecosystem. As new device categories emerge, from foldable phones to smart glasses, Cbet Casino and its peers must be prepared to adapt their platforms to ensure seamless compatibility. Failing to embrace these future trends risks obsolescence in an increasingly dynamic market.

Conclusion

In conclusion, prioritizing cross-device optimization for Cbet Casino is not merely a technical consideration, but a strategic imperative. Seamless transitions between desktop, tablet, and smartphone platforms enhance user experience, foster increased engagement, and, ultimately, drive revenue growth. Embracing a mobile-first strategy and continually adapting to evolving device capabilities are crucial steps toward future-proofing Cbet Casino.

Now is the time to proactively evaluate and refine your cross-device compatibility. Implement the strategies outlined in this article to ensure a consistent and enjoyable user experience, regardless of the device used. By staying ahead of the curve in cross-device adaptation, Cbet Casino can remain competitive, attract and retain a broader audience, and solidify its position in the iGaming market.