India vs England: A rivalry of 2025

IND vs ENG test

The England‑India cricket rivalry is one of the most compelling in world cricket, spanning all formats and laden with historical milestones. As of mid‑July 2025, the teams are locked in a five‑match Test series in England, with the contest poised at 1–1.

 

Tests – Head‑to‑Head Overview

• Overall, India and England have met in 136 Test matches. England led with 51 wins to India’s 35; 50 games ended in a draw.
• In England: Across 67 Tests in England, England have secured 36 wins, India just 9, and 22 draws.
• At Lord’s: In 19 matches at the “Home of Cricket,” England has dominated with 12 wins; India has managed 3 victories and 4 draws. 

 

Current Series Snapshot

1. 1st Test (Leeds): England chased down India’s total to win by 5 wickets. Despite centuries from Shubman Gill and Rishabh Pant, India fell short, yet set several unwanted records, like most runs in a losing effort.
2. 2nd Test (Edgbaston): India responded emphatically with a mammoth 336‑run victory — their first at Edgbaston and their largest Test win in England. Captain Shubman Gill made history, scoring 269 and 161 in the same match (430 runs total), joining legends like Border and Gooch.
3. Upcoming 3rd Test (Lord’s): With the series tied 1–1, England have drafted in Jofra Archer to strengthen their bowling. Joe Root surpassed 3,000 Test runs against India during this game.

 

Individual Brilliance & Tactical Highlights

• Shubman Gill (India): 585 runs so far (269 & 161 in Game 2), maintaining an outstanding average of 146.25 in the series. As captain, he’s on the brink of several records: most runs by a captain in a Test series, fastest 1,000 runs, etc.
• Joe Root (England): Now the first batter to accumulate 3,000 Test runs against India, averaging 58.73 from 33 innings with 10 hundreds and 13 fifties
• Rishabh Pant (India): Became the most prolific Asian wicketkeeper in Tests in England, tallying 40 dismissals.

 

IND vs ENG test

In Summary

This series showcases a fierce balance of power. Historically, England dominated overall and at home, but recent Tests have tilted toward India’s dominance, especially with Gill’s breathtaking form. With momentum and records on the line, the tug‑of‑war now shifts to Lord’s, where both sides aim to seize the lead.

NVIDIA: Powering the Future of Graphics and AI

NVIDIA

NVIDIA, founded in 1993 by Jensen Huang, Chris Malachowsky, and Curtis Priem, has grown to become a global leader in graphics processing technology and artificial intelligence (AI). Originally known for its high-performance graphics cards, NVIDIA has revolutionized not only the gaming industry but also numerous sectors such as data science, automotive, healthcare, and deep learning.

 

The company first gained prominence with the launch of its RIVA series and later achieved massive success with the GeForce line of GPUs (Graphics Processing Units). These GPUs quickly became a staple for gamers and content creators due to their unmatched performance and real-time rendering capabilities. The evolution continued with the launch of the RTX series, which introduced real-time ray tracing and AI-enhanced graphics, setting a new benchmark in visual fidelity.

 

Beyond gaming, NVIDIA made significant strides in the AI and data center sectors. The development of the CUDA (Compute Unified Device Architecture) platform allowed researchers and developers to leverage GPU power for parallel computing. This innovation helped NVIDIA expand into AI research, machine learning, autonomous vehicles, and robotics. Its powerful data center GPUs, like the A100 and H100, have become essential for training large AI models.

 

In recent years, NVIDIA’s role in AI development has grown exponentially. With the rise of generative AI and large language models, NVIDIA GPUs are now the backbone for training AI systems across tech giants and startups alike. Its collaboration with companies in the automotive industry is also noteworthy, especially in building autonomous driving solutions through the NVIDIA DRIVE platform.

 

The company also made headlines with acquisitions aimed at expanding its reach in new domains. Its acquisition of Mellanox enhanced its networking capabilities, vital for high-performance computing and cloud infrastructure.

 

NVIDIA's vision for the future is reflected in its Omniverse platform—an expansive, real-time simulation and collaboration space designed to build and connect virtual worlds. It’s being touted as a foundational technology for the metaverse, digital twins, and advanced simulations.

 

As of now, NVIDIA continues to dominate both consumer and enterprise segments. With the ongoing boom in AI, cloud computing, and immersive digital experiences, the company stands at the forefront of technological innovation.

 

In essence, NVIDIA is no longer just a graphics company. It is a transformative force enabling the next era of computing, from gaming and visualization to AI and beyond.

Make Money Online - 5 Proven and Practical Ideas to Get Started

Make money online

How to Make Money Online: 5 Proven and Practical Ideas to Get Started

In today’s digital era, making money online has become not just a possibility but a popular and legitimate source of income for millions. Whether you're looking to earn a side income or build a full-time career, the internet offers countless opportunities. Here are five proven and practical ideas to help you start making money online.

 

1. Freelancing

Freelancing is one of the most flexible and accessible ways to earn money online. If you have skills such as writing, graphic design, programming, marketing, or video editing, you can offer your services on platforms like:

• Upwork

• Fiverr

• Freelancer

• Toptal

Many freelancers start with small gigs and gradually build a strong portfolio, which enables them to charge higher rates and secure long-term clients. The best part? You can work from anywhere and choose your hours.

 

Make money online

2. Start a YouTube Channel

YouTube is a powerful platform for creating content and earning money through multiple streams, such as:

• Ad revenue (through Google AdSense)

• Sponsorships and brand deals

• Affiliate marketing

• Merchandise sales

If you have a passion for teaching, entertaining, or reviewing products, you can turn that into video content. Consistency, creativity, and audience engagement are key to growing a successful channel.

Make money online

3. Affiliate Marketing

Affiliate marketing involves promoting other people’s or companies' products and earning a commission on every sale made through your unique referral link.

You can start by:

• Creating a blog or website

• Running a YouTube channel

• Promoting on social media platforms

Some popular affiliate programs include:

• Amazon Associates

• ClickBank

• ShareASale

• CJ Affiliate

Choose a niche you're familiar with and promote products that provide value to your audience.

 

Make money online

4. Sell Digital Products

Digital products are an excellent way to generate passive income. Once created, they can be sold repeatedly without the need for physical inventory.

Examples of digital products include:

• E-books

• Online courses

• Stock photos

• Printables and templates

• Music or audio files

Platforms like Gumroad, Teachable, and Udemy make it easy to publish and sell digital content worldwide.

 

Make money online

5. Online Tutoring or Coaching

If you're knowledgeable in a specific subject or have a skill to teach, you can become an online tutor or coach. This is ideal for:

• Academic tutoring (math, science, languages, etc.)

• Fitness coaching

• Life or career coaching

• Skill-based tutoring (like music, coding, or art)

You can offer your services through websites like:

• Chegg Tutors

• Preply

• Teachable

• Or independently via Zoom/Skype

With online education growing rapidly, there’s a high demand for personalized coaching and instruction.

 

Make money online

Final Thoughts

Making money online is not a get-rich-quick scheme. It takes time, effort, and consistency. Whether you're freelancing, creating content, or selling digital products, the key to success is choosing something you're passionate about and providing genuine value. Start small, be persistent, and gradually scale your online income over time.

Let the internet work for you—your online income journey can begin today!

Understanding Coding Halt in Cursor AI: Causes, Solutions, and Best Practices

 

 

Cursor AI

Introduction

Cursor AI, a modern code editor supercharged with AI capabilities, has quickly become a favorite among developers seeking faster and smarter coding workflows. Combining the familiarity of Visual Studio Code (VS Code) with powerful AI assistance, Cursor AI allows users to write, debug, and refactor code more efficiently. However, like any advanced tool, it isn't immune to occasional hiccups. One of the more frustrating experiences reported by users is a “coding halt” — where the AI stops generating code or becomes unresponsive mid-session.

This article takes a deep dive into what a "coding halt" in Cursor AI entails, the common causes, how to troubleshoot them, and best practices to minimize such interruptions. Whether you're a seasoned developer or a newcomer exploring AI-assisted development, understanding these issues can significantly enhance your experience.

---

What Is a Coding Halt in Cursor AI?

A “coding halt” refers to a scenario where Cursor AI suddenly stops responding during a coding session. This could manifest in various ways, including:

• AI completions or code suggestions freezing or not appearing

• Prompted code generation stopping midway

• The editor becoming unresponsive when invoking AI-based features

• Error messages related to AI functionality

These interruptions can disrupt the developer's workflow and cause delays in project timelines, especially when users rely heavily on AI features for productivity.

---

Cursor AI: An Overview

Before understanding why these halts happen, it's essential to recognize how Cursor AI works:

• Built on VS Code: Cursor AI is a fork of Visual Studio Code, designed to feel familiar to existing users while introducing unique features.

• AI-Powered Features: Includes code generation, explanations, refactoring suggestions, and documentation generation via integrated AI models (like OpenAI’s Codex or GPT-4).

• Cloud-Dependent: While some features may run locally, most AI functionalities rely on cloud-based APIs and backend servers for processing.

Given this architecture, several factors—both local and cloud-based—can contribute to a coding halt.

---

Common Causes of Coding Halt in Cursor AI

1. Internet Connectivity Issues

Cursor AI relies heavily on a stable internet connection to communicate with its AI servers. An unstable or slow connection can cause delays or failures in fetching AI responses.

Symptoms:

• Long loading or spinning indicators

• "Request failed" or timeout errors

• Blank output where code generation should occur

Solution:

• Check your internet connection using speed tests.

• Restart your router or switch networks if possible.

• Use wired connections for stability during large AI-assisted sessions.

Cursor AI

---

2. Backend Server Overload or Downtime

Cursor AI’s servers may experience temporary overloads due to high demand or technical maintenance, resulting in halted AI responses.

Symptoms:

• Intermittent success/failure in responses

• Downtime messages

• Sudden stop in autocomplete functionality

Solution:

• Wait and retry after a few minutes.

• Visit Cursor AI’s status page (if available) to check for reported outages.

• Use local tools or alternative IDEs during downtime.

---

3. API Rate Limits or Token Expiration

Cursor AI users (especially on free plans or trial versions) may encounter usage caps. Repeated use of AI-powered features within a short time could trigger rate limits.

Symptoms:

• “Rate limit exceeded” error

• AI refusing to respond despite valid prompts

• Session termination or expiration

Solution:

• Monitor usage patterns and reduce excessive prompts.

• Upgrade to a paid plan for higher limits.

• Reauthenticate or log back into your account if tokens expire.

---

4. Heavy or Complex Code Files

Cursor AI may struggle with extremely large or intricate codebases. These files can overwhelm the AI’s context window, causing it to crash or freeze.

Symptoms:

• Unresponsive AI in files with thousands of lines of code

• Crashes while analyzing entire files or functions

• Delayed or irrelevant responses

Solution:

• Break large files into smaller modules.

• Highlight smaller chunks of code for AI to process.

• Refactor complex logic into readable, manageable components.

Cursor AI

---

5. Plugin Conflicts and Software Bugs

Cursor AI may have compatibility issues with certain extensions or suffer from bugs introduced during updates.

Symptoms:

• Editor freezing or crashing on startup

• Error messages during AI invocation

• Features disappearing or misbehaving

Solution:

• Disable non-essential plugins.

• Report bugs via GitHub or Cursor AI’s support channel.

• Roll back to a stable version if the latest update introduces problems.

---

6. Local System Resource Limitations

Low RAM, high CPU usage, or limited disk space can degrade Cursor AI’s performance, leading to partial or full feature halts.

Symptoms:

• Laggy performance during AI usage

• Editor becoming sluggish

• System fan ramping up due to high resource use

Solution:

• Close unnecessary applications to free up memory.

• Upgrade hardware if possible (RAM/SSD).

• Monitor system resources via Task Manager (Windows) or Activity Monitor (macOS).

Cursor AI

---

Troubleshooting a Coding Halt in Cursor AI

When you experience a coding halt, follow these steps:

Step 1: Basic Checks

• Refresh your internet connection.

• Save your work and restart Cursor AI.

• Try a different file or a smaller code snippet.

Step 2: Check for Updates

• Ensure you're using the latest version of Cursor AI.

• Check for updates in extensions or plugins.

Step 3: Monitor System and Logs

• Open developer tools (Help > Toggle Developer Tools) to view console logs.

• Watch for error messages related to failed API calls or plugin crashes.

Step 4: Reauthenticate or Reinstall

• Log out and back into your Cursor AI account.

• If the problem persists, reinstall the editor.

Step 5: Contact Support

• Gather logs and provide detailed error descriptions.

• Submit a ticket to Cursor AI support or raise an issue on their GitHub page.

---

Best Practices to Avoid Coding Halts

Use Lightweight and Clean Code

Avoid feeding unnecessarily large or deeply nested code to the AI. Keep your functions modular and readable.

Maintain a Stable Internet Connection

Especially during long AI-assisted sessions or when working with large codebases.

Upgrade When Needed

Paid plans often offer priority access to AI models and higher limits.

Monitor System Resources

Keep your machine clean and performant—background apps can sometimes interfere with IDE operations.

Use Version Control

Frequent halts can result in unsaved work. Using Git ensures you have backup points and can revert easily if needed.

---

When to Use Alternatives

If Cursor AI frequently halts and disrupts your workflow, consider temporary or permanent alternatives:

• Visual Studio Code with GitHub Copilot: Similar experience with solid AI integration.

• Replit Ghostwriter: Ideal for online collaborative coding.

• JetBrains IDEs with AI Assistant: Professional-grade features for enterprise development.

---

Conclusion

Cursor AI is a powerful ally for modern developers, but it isn’t immune to technical interruptions like coding halts. Understanding the root causes—from internet issues and server overloads to large files and local system limits—empowers you to troubleshoot effectively. With proactive best practices and a solid understanding of the tool, you can minimize disruptions and harness the full power of AI-assisted development.

As AI continues to evolve, so will platforms like Cursor AI. Being informed and adaptable will keep you ahead in this new era of smart coding.

Samsung One UI 7: A Deep Dive into Samsung’s Signature Android Experience

 

One UI 7

 Samsung is renowned for creating some of the most feature-rich smartphones in the world. But beyond the impressive hardware of Galaxy devices lies a powerful and uniquely tailored software layer known as One UI. Introduced in late 2018 as a successor to Samsung Experience and TouchWiz, One UI marked a significant transformation in how users interact with their devices. Today, it is considered one of the most polished and thoughtful Android interfaces available.

This article explores Samsung’s One UI in detail, covering its design philosophy, core features, customizability, productivity tools, and ecosystem integration.

---

1. Introduction to One UI

When Samsung introduced One UI, the goal was clear: make using a smartphone easier and more intuitive, especially on large-screen devices. As phone sizes increased, interacting with elements at the top of the screen became cumbersome. Samsung tackled this by introducing a design language that emphasized accessibility, simplicity, and focus.

Key goals of One UI:

• Reduce clutter and distractions.

• Focus on what matters most in each interaction.

• Enable easier one-handed use on large screens.

One UI is based on Android but deeply customized by Samsung, allowing it to add a layer of visual polish, performance tweaks, and ecosystem features that standard Android lack.

---

2. Design and Layout

2.1 Minimal and Modern Look

One UI sports a minimalist aesthetic, characterized by:

• Rounded corners on all UI elements.

• Consistent color palettes and subtle gradients.

• Extensive use of white space for cleaner visuals.

Samsung uses a card-style interface that makes content easier to scan and interact with.

2.2 One-Handed Optimization

One of the most defining aspects of One UI is its focus on ergonomics:

• Interactive elements like buttons and tabs are placed at the bottom half of the screen.

• The viewing area stays at the top, while the control area is within reach.

This split-screen thinking makes it easier to use even 6.8-inch phones without needing to stretch your thumb.

2.3 Dark Mode and Eye Comfort

One UI was quick to adopt system-wide dark mode. Beyond aesthetics, it helps reduce eye strain and saves battery on OLED screens. Features like Eye Comfort Shield further adjust screen tone based on ambient light and time of day.

One UI 7

---

3. Customizability

Samsung has long been a champion of giving users control over how their phones look and feel. One UI offers deep personalization, making it one of the most customizable Android skins.

3.1 Themes and Icons

Using the Galaxy Themes store, users can:

• Change wallpapers, icon packs, and even fonts.

• Download and apply full interface themes.

• Create cohesive visual experiences.

3.2 Good Lock Suite

Good Lock is Samsung’s power-user customization app that expands One UI’s capabilities:

• LockStar: Customize the lock screen layout.

• QuickStar: Modify the Quick Settings panel.

• NavStar: Customize navigation buttons or enable gesture tweaks.

• Home Up: Enhance the home screen and folder behavior.

• Theme Park: Create your own themes and color palettes.

Good Lock turns One UI into a sandbox for creativity, and it's updated frequently to match new Android versions.

3.3 Widgets and Smart Suggestions

Samsung’s widgets are informative and dynamic. The new Smart Widgets stack multiple widgets together, allowing users to swipe through them like a carousel, optimizing space and functionality.

One UI 7

---

4. Samsung Ecosystem and Integrated Services

Samsung’s One UI goes beyond just phone UI—it acts as the gateway to the Galaxy ecosystem. Devices like tablets, wearables, laptops, and smart home gadgets all connect seamlessly under One UI.

4.1 Samsung DeX

Samsung DeX allows users to connect their phone to a monitor or TV and enjoy a desktop-like interface. It's perfect for:

• Multitasking.

• Office productivity.

• Media consumption.

Now, DeX can even run wirelessly on supported TVs or via USB on PCs.

4.2 SmartThings Integration

SmartThings is Samsung’s IoT platform, deeply baked into One UI:

• Control smart home devices.

• Automate routines like “Good Morning” or “Leave Home.”

• Integrate third-party devices like Philips Hue, Ring, and more.

It transforms your Galaxy device into a smart home hub.

4.3 Samsung Pay and Wallet

With Samsung Wallet, users can:

• Store digital cards, IDs, and tickets.

• Make contactless payments via NFC or MST (on supported devices).

• Securely manage personal data.

4.4 Samsung Health and Galaxy Wearables

One UI integrates with Samsung Health and wearables like Galaxy Watch:

• Track sleep, heart rate, steps, workouts, and even stress.

• Sync with Samsung Smart TVs and fitness apps.

• View holistic health reports.

One UI 7

---

5. Productivity and Multitasking Features

Samsung understands that many users need more than just social media and photography. One UI turns your phone into a true productivity tool.

5.1 Split Screen and Pop-Up View

• Easily run two apps side by side.

• Open apps in resizable floating windows.

• Launch apps in mini pop-ups without leaving your current activity.

5.2 Edge Panel

A swipe-in menu from the screen’s edge provides quick access to apps, contacts, tools, or clipboard history. You can customize multiple panels for specific use cases.

5.3 Samsung Notes

Samsung Notes is a powerful app for:

• Handwriting (especially with the S Pen).

• PDF annotation.

• Cross-device syncing.

• Voice and image attachments.

With auto-sync to Samsung Cloud, OneDrive, or Galaxy Tablets, it’s a serious alternative to apps like Evernote and OneNote.

5.4 Modes and Routines

Based on time, location, or activity, users can automate actions:

• Enable Do Not Disturb at bedtime.

• Lower brightness at work.

• Turn off Wi-Fi when leaving home.

These smart automations increase battery life and efficiency.

One UI 7

---

6. Security and Updates

Samsung has made major strides in security and software longevity.

6.1 Samsung Knox

A multi-layered security platform offering:

• Secure Folder for private data.

• Real-time threat detection.

• Hardware-level encryption.

Knox is used not only in consumer devices but also in enterprise-grade deployments.

6.2 Software Updates

Samsung now provides:

• 4 years of major Android updates.

• 5 years of security patches (on most flagship and mid-range devices).

One UI updates are rolled out in waves and often bring new features even without Android version changes.

---

7. One UI on Foldables and Tablets

One UI adapts beautifully to foldables like the Galaxy Z Fold and Flip, and tablets like the Galaxy Tab S9 series.

Foldables:

• Apps transition fluidly between cover screen and unfolded screen.

• Taskbar-style bottom menu for multitasking.

• App continuity between folded/unfolded states.

Tablets:

• DeX mode turns the tablet into a productivity powerhouse.

• Multi-Window features let users run up to 3 apps simultaneously.

• Enhanced S Pen support mirrors traditional note-taking.



One UI 7

---

8. Conclusion

Samsung’s One UI is more than just a visual skin—it’s an ecosystem enabler, productivity booster, and customization playground. While many Android interfaces focus on speed or minimalism, One UI emphasizes user-centric design, ensuring both new users and power users get the experience they want.

Whether you’re using a Galaxy S series flagship, a foldable device, or a budget A-series phone, One UI brings a consistent and thoughtful experience across the board.