Ranjit Bori
“Reliable freelancer for data entry and online support work.
New to Contra
Ranjit is ready for their next project!
AI Video, Product Design, and 3D Visualization.
The goal was to create a premium visual identity and promotional campaign for a new line of rugged smartwatches designed for extreme athletes. I focused on highlighting the durability of the materials and the seamless tech integration through high-end visuals
Launch Campaign for "Aura-X" Rugged Smart Watch
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I’m definitely jumping in.
Challenge starts in 6 days 👀
Mobbin is one of the best places for UI inspiration.
You can explore hundreds of real apps and websites, study complete user flows, and see how top products design things like onboarding, dashboards, and navigation.
It’s basically a UI library of real products — not just random concepts.
Perfect for designers who want to learn patterns, analyze UX decisions, and design faster.
That’s why I’m excited about the #Mobbin Challenge on Contra 👀
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The Purification Process
Bisleri markets its water through a signature 10-step quality process, which includes:
Ozonisation: To kill bacteria and viruses.
Reverse Osmosis (RO): To remove unwanted salts and soluble impurities.
Mineral Enrichment: They add essential minerals like Magnesium Sulfate and Potassium Bicarbonate, which give it that distinct "sweet" taste and aid digestion.
Micron Filtration: To ensure even the tiniest particles are removed.
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AI launching a rocket, it is one of the most high-stakes "functions" artificial intelligence performs today. In aerospace, AI isn't just a passenger; it acts as the ultimate co-pilot.
Here is a short note on how AI handles a rocket launch:
1. Pre-Launch: The Simulation Phase
Before the engines even ignite, AI runs millions of "Monte Carlo" simulations. It predicts how the rocket will behave under thousands of different weather conditions, wind speeds, and fuel weights to ensure the safest flight path.
2. The Launch: Real-Time Precision
During the actual ascent, things happen too fast for human reaction.
Guidance & Navigation: AI monitors sensors thousands of times per second. If the rocket tilts slightly due to wind, the AI adjusts the engine nozzles (gimbaling) to keep it on track.
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AI launching a rocket, it is one of the most high-stakes "functions" artificial intelligence performs today. In aerospace, AI isn't just a passenger; it acts as the ultimate co-pilot.
Here is a short note on how AI handles a rocket launch:
1. Pre-Launch: The Simulation Phase
Before the engines even ignite, AI runs millions of "Monte Carlo" simulations. It predicts how the rocket will behave under thousands of different weather conditions, wind speeds, and fuel weights to ensure the safest flight path.
2. The Launch: Real-Time Precision
During the actual ascent, things happen too fast for human reaction.
Guidance & Navigation: AI monitors sensors thousands of times per second. If the rocket tilts slightly due to wind, the AI adjusts the engine nozzles (gimbaling) to keep it on track.
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AI robots use Computer Vision and sensors (like LiDAR or infrared) to understand the world around them.
Object Recognition: Identifying a person vs. a chair.
Spatial Awareness: Mapping a room so they don't bump into walls.
2. Decision-Making (Thinking)
The "intelligence" part allows the robot to choose the best path or action without a human telling it what to do.
Problem Solving: If a delivery robot finds a blocked sidewalk, it calculates a new route instantly.
Predictive Maintenance: The robot can sense if its own parts are wearing out and alert someone before it breaks
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AI robots use Computer Vision and sensors (like LiDAR or infrared) to understand the world around them.
Object Recognition: Identifying a person vs. a chair.
Spatial Awareness: Mapping a room so they don't bump into walls.
2. Decision-Making (Thinking)
The "intelligence" part allows the robot to choose the best path or action without a human telling it what to do.
Problem Solving: If a delivery robot finds a blocked sidewalk, it calculates a new route instantly.
Predictive Maintenance: The robot can sense if its own parts are wearing out and alert someone before it breaks
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What is an AI Processor?
An AI Processor is a special type of computer chip designed to handle Artificial Intelligence (AI) tasks efficiently. It is built to process large amounts of data very fast and make smart decisions.
What does an AI Processor do?
📷 Face recognition
🎤 Voice recognition & assistants
🚗 Self-driving and smart car features
📊 Data analysis
🤖 Robotics and automation
Why is it special?
Faster than a normal CPU for AI tasks
Uses less power
Can do many calculations at the same time
Where are AI Processors used?
📱 Smartphones
💻 Laptops and PCs
☁️ Cloud servers
🚘 Smart cars
What is AI (Artificial Intelligence)?
Artificial Intelligence (AI) 👍
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high-quality graphics or video clips): ‘I can turn your ideas into impactful videos and stunning articles.’”
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I am ranjit
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Attending a professional networking event to connect with other creators and learn about the industry."
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Attending a professional networking event to connect with other creators and learn about the industry."
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Attending a professional networking event to connect with other creators and learn about the latest industry trends".
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