Ideaz

The Core Problem: A Race Against Time in Two-Wheeler Accidents

Two-wheeler accidents on roads are one of the major causes of death, especially in developing countries. The critical period for receiving medical care after a collision is often lost due to two main factors:

Delayed Discovery: Injuries, particularly in rural areas or at odd hours, might remain undetected for a very long time, exposing the rider to risks.

Failure to Instantly Contact: The cyclist could be incapacitated and cannot phone for assistance, and there is usually no provision for automatically contacting emergency services or relatives.

Why Existing Options Are Inadequate

Whereas traditional helmets offer necessary impact protection, they are passive safety equipment. They don't do anything to actively call for assistance when a rider needs it most. Current market choices do not possess the in-built intelligence to sense a crash automatically and call for help, leaving a vital hole in rider protection.

Our Solution: The Smart Helmet

The Smart Helmet is a cutting-edge safety product that aims to fill this gap. It is a smart, connected helmet that safeguards the head of the rider and serves as an anticipatory life-saving solution by providing instant help in case of an accident.

Key Features

• Instant Accident & Fall Detection: Powered with high-precision accelerometers, gyroscopes, and impact sensors, the helmet instantly detects a crash or a fall.
• Automatic Emergency Alerts: When an accident is sensed, the system will automatically trigger an alert, including the rider's immediate GPS location, to pre-defined emergency contacts and local hospitals.
• Fatigue & Drowsiness Detection: The helmet tracks the eye movement and head tilt of the rider to sense drowsiness and sends gentle vibration or voice warnings to avoid accidents due to exhaustion.
• Hands-Free Connectivity: An integrated Bluetooth system supports hands-free calling, navigation, and music control, keeping the rider connected while maintaining safety.
• Primary Value & Benefits
• For Riders: Offers reassurance and an important level of active safety, knowing that assistance is always on the way if there is an emergency.
• For Families: Provides peace of mind with the knowledge that their loved one has an automated system watching over them on the roads.
• For Emergency Responders: Facilitates faster and more efficient rescue efforts through the accurate location information, significantly shortening response time and saving lives.

Personal Motivation

Having been a regular two-wheeler user myself, I've seen firsthand the dire effects of delayed medical care following an accident. That personal experience made me want to develop a solution that could make a tangible impact. The Smart Helmet came from a humble but potent concept: that technology not only makes our lives easier but, more importantly, makes them safer. This helmet is my pledge to use technology to keep fellow riders safe and create a smarter, safer transportation system for all.

In today’s fast-paced digital world, sleep has quietly become one of the biggest health challenges. With constant screen time, late-night study sessions, and endless social media scrolling, many young people struggle with poor sleep and low focus. The result? Fatigue, anxiety, and burnout. We often hear about students unable to concentrate in class or professionals losing productivity due to irregular sleep. That’s when the idea of DreamSync came to me.

The concept is simple — a small wearable device, like a smartwatch, that tracks not just your physical activity but your sleep rhythm and focus cycles. The device connects with your smartphone through the DreamSync App. Using sensors to monitor heart rate, movement, and screen usage, it detects sleep disturbances or focus drops. When irregularities are noticed, it sends gentle alerts, suggesting a short breathing session, a focus boost playlist, or a reminder to rest your eyes.

In deeper cases, users can say “DreamSync, I can’t sleep” or “Help me focus,” and it will connect them to soothing AI-guided relaxation or a trusted contact. Over time, DreamSync learns personal patterns and helps build healthier habits. The impact is huge—better sleep, sharper minds, and calmer days. With DreamSync, we’re not just improving rest—we’re improving lives.

Climate change is rapidly increasing urban temperatures. Urban heat island is an effect that is created when urban areas are significantly warmer than surrounding rural areas due to cities replacing natural landscapes with heat-absorbing surfaces like concrete, asphalt, waste heat generated by vehicles and industries.

One of the most important aspects for cooling cities, filtering air, and storing carbon is the presence of trees. However, thousands of them die every year from heat stress, disease and neglect.  

Since most cities lack the resources to effectively monitor and protect their existing green cover, ReLeaf AI aims to reverse this by creating systems to monitor the green and utilising AI to prevent such significant losses.

Gaps in the current market:-

1. Urban tree health monitoring is still manual and consumes a lot of time.
2. Most initiatives aim to “plant” more trees instead of maintaining and nurturing already existing ones.
3. There aren’t AI tools widely available that predict tree stress or suggest any changes to prevent damage.
4. Most cities lack data-driven decision systems for managing the greenery and fighting heat zones.

How ReLeaf AI solves the problem:

It combines artificial intelligence, IoT(devices that detect and respond to environmental stimuli) and remote sensing to protect and help maintain urban tree life before they reach critical stress levels.

1. AI Image Analysis: Using drones and satellite imaging, the AI models process the image to detect slight changes in leaf colour, shape or any early indicators of dehydration or disease.
2. IoT Environmental Sensors: Soil moisture and temperature sensors continuously send real-time data to monitor the conditions.
3. Predictive Machine Learning Models: Based on the data, pollution levels and previous incidents, these models predict which of the trees are most at risk.
4. Smart Alerts: The system notifies the people at the levels to suggest specific interventions or changes to improve the health of the trees.

Who benefits:-

1. Communities benefit from cleaner air, reduced heat and an improved quality of life.
2. Environmental organisations can gain vital access to accurate data for policy planning, conservation or growth.
3. Local governments can prioritise maintenance and reduce costs with real-time data.
4. Universities and campuses can maintain a much more sustainable, cooler and greener environment.

The problem matters not only to me but to everyone because each summer, as we see more and more trees(once healthy) wither and die, we realise that “planting more trees” is not the only or main aspect regarding sustainability. It is about protecting what already exists.

Festivals and celebrations are meant to bring joy, but the use of firecrackers creates serious problems: noise pollution that disturbs children, elderly people, and pets; air pollution that worsens health; and a huge amount of waste left behind. Every year, we repeat the same problem because there is no exciting alternative.

My idea is to create Virtual Fireworks – a startup that uses AR/VR technology and drones to simulate colorful, realistic firework displays without the noise or pollution. Users can watch these fireworks using AR glasses or even through their phone screens by pointing them at the sky. For large gatherings, synchronized drone light shows can create beautiful patterns, logos, and festive messages in the sky – much safer and cleaner than traditional firecrackers.

This solution is not just eco-friendly but also scalable – schools, societies, campuses, and event organizers can choose from different “firework themes” and customize them. It will also be cost-effective in the long run, as there is no recurring cost of purchasing firecrackers every year.

Who Benefits:

Communities celebrating festivals, event organizers, children, pets, and the environment.

Why It Matters:

This idea combines innovation + sustainability, creates a safer celebration experience, and can inspire a cultural shift towards responsible festivities.

Waste management is a growing problem on university campuses. Students often throw waste into the wrong bins because segregation is confusing or inconvenient. This leads to recyclable materials getting mixed with general waste, increasing the environmental footprint of the campus and making recycling inefficient.

My idea is to develop GreenBin, a smart waste segregation system that uses AI-powered image recognition to detect the type of waste — plastic, paper, metal, food, etc. — and automatically directs it to the correct compartment. The bins will have built-in sensors and a small display showing disposal instructions in real time.

The system will also send data to the campus sustainability office, showing how much recyclable and non-recyclable waste is collected each week. Students could be rewarded with “eco-points” for correctly disposing of waste, which can be redeemed at the campus café or bookstore.

The main beneficiaries are students, campus maintenance teams, and sustainability clubs. It promotes environmental awareness, reduces manual sorting, and helps universities achieve their sustainability goals.

This problem matters to me because I see overflowing trash bins and wasted recyclable material every day on campus. A small technological improvement like GreenBin can make our university cleaner, greener, and a model for sustainable living.

Startup Idea: Learnify – Personalized Tech-Driven Learning for Every Student

Education today is filled with online courses and video lectures, yet most students still struggle to find the right learning path that matches their speed, strengths, and weaknesses. Current solutions like YouTube or MOOCs offer content but not personalized guidance. As a result, many learners waste time hopping between tutorials without clear direction or motivation.

Learnify aims to solve this gap by using AI-based adaptive learning that personalizes content delivery for each student. The platform assesses learning styles through short quizzes, tracks progress in real time, and recommends micro-lessons, practice problems, and peer mentors based on performance. It also includes gamified features such as badges, streaks, and leaderboard challenges to keep students engaged.

Who benefits?

• Students: Get a structured, adaptive learning experience that fits their pace.

• Teachers & Institutions: Gain analytics to track student progress and identify learning gaps.

• Community: Builds a culture of self-improvement and skill sharing.

This problem matters to me because I’ve seen many friends lose confidence in technical subjects like coding or math due to lack of proper guidance. With Learnify, I want to make learning smarter, more accessible, and motivating for every student—no matter their background.

Technical Aspect: The system will use an AI recommendation engine built on student data (quiz results, time spent, topic preferences) to adjust the learning journey dynamically, ensuring better retention and measurable growth.

Problem:

Students often want to learn new skills (coding, design, editing, languages, etc.), but online courses are expensive and not personalized.

Solution:

SkillSwap is a peer-to-peer platform where students can teach and learn from each other for free. For example, a student good at coding can teach Python to someone who teaches them Photoshop or video editing in return.

Why it matters:

It makes learning collaborative and affordable while helping students grow together. Instead of paying for online courses, students exchange skills and knowledge directly.

Who benefits:

College students, especially those who want to learn beyond their syllabus or build career-ready skills.

Unique point:

Unlike other learning platforms, SkillSwap connects students directly based on skill matches, location, and learning goals — creating a social, affordable, and impactful learning experience.

Organo Cosmetics is a new-age beauty brand built around one simple idea "skincare should be as pure as nature itself". Our products are made from fresh, locally sourced ingredients and are completely free from harsh chemicals, preservatives, and synthetic fragrances. Every item, from soothing face masks and nourishing lip balms to gentle shampoo bars and serums, is crafted fresh to order, giving customers products that are truly clean and effective. At Organo Cosmetics, we believe beauty and sustainability go hand in hand. That’s why all our packaging is eco-friendly, using glass jars, recycled materials, and biodegradable labels to cut down on plastic waste. We plan to reach customers through online sales, subscription beauty boxes, and pop-up events, while also hosting workshops that teach people how to care for their skin naturally. Our goal is to create more than just a cosmetics brand, we want to build a community that believes in mindful beauty. With Organo Cosmetics, skincare becomes a choice that’s good for your skin, good for your confidence, and good for the planet.

Problem

For many day scholars, commuting to campus every day is a major challenge. Public transport rarely aligns with the ever-changing college timetable, and ride-hailing services are often too expensive for students to use daily. Even though many students travel from the same localities, the lack of a proper coordination system means they end up traveling separately, wasting time, money, and energy. Unreliable schedules, long waiting times, and scattered transport options make the daily commute stressful and inefficient.

Solution

To address this, I propose Campus RideSync, a smart ride coordination platform designed specifically for college day scholars. The idea is simple: use technology to connect students who live in similar areas and share overlapping class schedules.

How it works:

Students upload or sync their class timetables.

The app intelligently groups students based on both location and schedule overlap.

It then suggests shared travel options: carpooling with peers, splitting a cab, or hiring a van together.

If classes are canceled or rescheduled, the system automatically updates the ride groups in real time.

Safety is ensured through campus ID verification, live ride tracking, and an SOS feature.

Purpose

Campus RideSync aims to make commuting smarter, cheaper, and safer for day scholars while also promoting sustainability. By helping students travel together, the platform reduces costs, saves time, and minimizes the number of vehicles on the road cutting down traffic congestion and carbon emissions. It’s more than just a transport solution; it’s about building community, sharing resources, and making campus life more inclusive and stress-free for those who travel long distances every day.

Analysis of Comments on “Attention Management through Purpose-Based Sessions”

The feedback received on the idea “Attention Management through Purpose-Based Sessions” is overwhelmingly positive, reflecting strong appreciation for its originality, practicality, and relevance to modern digital challenges. The comments collectively highlight both the strengths of the proposal and constructive suggestions for its refinement.

Key Strengths Identified

1. Purpose-Driven Focus:
   Several reviewers commended the central concept of linking attention management to purpose-based sessions rather than merely silencing notifications. This approach was recognized as a more humane and mindful method that helps users sustain focus intentionally without creating feelings of restriction or guilt.

2. Innovative and Practical Design:
   The idea was widely acknowledged for moving beyond conventional “Do Not Disturb” modes. Features such as Calmer View, Digest Mode, and the Reclaim Clock were appreciated for their potential to restore balance and improve productivity through structured focus time.

3. Promotion of Well-Being:
   Commenters emphasized that the idea not only enhances productivity but also contributes positively to mental well-being and time balance, making it suitable for everyday personal and professional use.

4. Broad Applicability:
   The concept was perceived as universally relevant and potentially impactful across various settings such as educational institutions, workplaces, and individual users. This broad usability was seen as a key strength supporting its real-world implementation potential.

Areas for Improvement and Consideration

1. Technical Feasibility:
   Some respondents suggested providing greater clarity on how features like Calmer View and Digest Mode would function across multiple platforms and applications. This technical transparency would enhance user trust and feasibility.

2. Implementation Strategy:
   A few commenters pointed out that large-scale integration at the operating system level might pose challenges. They recommended beginning with a browser extension or prototype version to demonstrate functionality before expanding further.

3. Customization Options:
   Reviewers proposed that allowing users to customize which apps or notifications are included in focus sessions would make the tool more flexible and user-friendly.

Overall Assessment

The collective feedback indicates that “Attention Management through Purpose-Based Sessions” is a thoughtful, innovative, and promising idea that addresses a pressing contemporary issue—digital distraction—through a balanced and purposeful approach. While certain technical and implementation challenges remain, the concept demonstrates strong practical potential, user relevance, and scope for positive behavioural Impact.

Name: RainGo.

Problem it solves

• People forget or dislike carrying umbrellas daily.
• Sudden weather changes often leave people scrambling.
• Buying cheap umbrellas repeatedly is both wasteful and environmentally unfriendly.

Solution

A mobile app + IoT-enabled umbrella stands installed at high-footfall locations (like college entrances, office lobbies, metro stations), where users can easily borrow and return umbrellas.

How it works

1. Download App & Sign Up
   Users create an account connected to their email/phone.

2. Locate & Borrow
   The app shows umbrella stands nearby. With a QR-code scan, they unlock an umbrella in seconds.

3. Usage & Return

   • Borrowed umbrellas can be returned at any designated stand (not necessarily the same one).
   • Small rental fee (per hour/day) is automatically charged via the app wallet or UPI.

4. Incentives

   • Free usage for first 15 minutes (covers a quick dash).
   • Discounts for frequent users.
   • Penalty if umbrella is not returned within a set time, encouraging circulation.

Revenue Streams

• Pay-per-use rentals (primary income).
• Subscription plans for heavy users (monthly unlimited borrowing).
• Brand collaborations: local businesses can advertise on umbrella surfaces, turning every umbrella into a walking billboard.
• Event tie-ins: festivals or colleges can sponsor umbrellas for visibility.

Target Places for Deployment

• Colleges & universities (students are prime forgetters of umbrellas).
• Office complexes & coworking hubs.
• Metro, bus stations, and airports.

Differentiation & Value

• Similar to rentable scooters/bikes but far simpler and lower-maintenance.
• Eco-friendly: encourages reuse instead of buying cheap disposable umbrellas.
• Convenience and comfort integrated through a smartphone app.

Extra Features for Fun & Engagement

• Weather AI integration: the app pings you if rain is predicted near your location, reminding you to borrow an umbrella.
• Gamification: points or badges for consistent returns, redeemable for discounts.
• Smart lock & tracking: prevents theft and loss.
  
  

College students constantly cycle through books, clothes, and gadgets but most of these end up unused, stored away, or thrown out. At the same time, many students struggle to afford essentials or spend extra money buying new items they only need for a short time. Current solutions like thrift stores or online resale platforms are either unavailable on campus, inconvenient, or unsafe to use within a college community.

EcoSwap solves this by creating a student-only thrift and exchange app where peers can buy, sell, or swap items directly on campus. From textbooks, lab equipment, and calculators to clothes, cycles, and electronics, EcoSwap ensures resources are reused instead of wasted. The platform uses verified student profiles for safety and offers cashless in-app payments or barter options for maximum flexibility.

Who benefits?

• Students saving money: They get access to affordable second-hand essentials.

• Students selling: They earn extra income while decluttering.

• The community: It reduces campus waste and promotes sustainable consumption.

This problem matters to me because I’ve seen so many usable items go to waste at the end of every semester, while new students struggle to afford the same things. By encouraging reuse within the student community, EcoSwap not only saves money but also builds a culture of sustainability on campus.

With features like a product listing feed, swap requests, and eco-points that reward active participation, EcoSwap can transform how students think about consumption and waste.

• It resolves a real-world issue. Organic waste, such as food scraps and garden waste, frequently ends up in landfills, where it causes methane emissions, odors, and pests. Cities lack the space and slowness of current composting systems. Recycling facilities typically manage glass and plastics but not biodegradable organic waste effectively. 2. Existing market and solution gaps Conventional composting requires manual maintenance and takes weeks to months. Although there are biogas plants, they are not community-friendly and are costly and centralized. There isn't a readily accessible, quick, small-scale solution for urban neighborhoods. 3. The special remedy Apartments or colonies are equipped with compact, modular Bio-Recycling Hubs. utilizes enzymes and microbes that have been engineered to convert organic waste into useful products in a matter of 24 to 48 hours. Results: Liquid organic fertilizer (for farming or plants). Biogas for small-scale community battery charging or cooking. Extraction of valuable biomolecules, such as proteins or oils, is optional.

The unique solution

Small, modular Bio-Recycling Hubs placed in apartments/colonies.

Uses engineered microbes & enzymes that can break down organic waste into useful outputs within 24–48 hours.

Outputs:

Organic fertilizer liquid (for plants or farming).

Biogas for cooking or charging small community batteries.

Who  benifits :

1. Households & apartments: no more smelly garbage piles, and they get free fertilizer/biogas.

Municipalities: reduced landfill load, lower collection costs.

Communities: can share resources generated from waste.

Why this matters to me

Everywhere I go, I see overflowing garbage bins—most of it is food waste. Instead of being a problem, this waste could be turned into resources right where people live. It’s not just waste management, it’s turning waste into wealth for communities.

6. Technical details

Uses synthetic biology: microbes tailored to break down starch, protein, cellulose rapidly.

Compact bioreactor with sensors → keeps process safe and automated.

Could be IoT-enabled → residents track how much waste → fertilizer/biogas generated.

Scalable: from a small hub for 20 families → to large one for entire colony.

 Why it’s unique:

• No one has yet combined synthetic microbes + modular bioreactor + community-scale waste management into an urban plug-and-play hub. Compost bins exist, but they’re slow/manual. Biogas plants exist, but they’re centralized/expensive. This is fast, local, and self-sustaining.

Problem

Universities are today confronted with an increasingly significant issue: how to harmonize contemporary infrastructure, student demands, and sustainability. Campuses tend to have high energy consumption, produce enormous amounts of waste, and depend on non-sustainable means. Without deliberate practices, this does not only damage the environment but also foregoes the opportunity to instill environmentally friendly tendencies in students who will shape society.

Gaps in Current Solution

Most colleges emphasize academics alone, not sustainability in everyday life.

Waste management is minimal or poorly adhered to.

Limited use of renewable energy, with much dependence on traditional power.

Minimal fun, hands-on opportunities for students to connect with sustainability.

Solution

Sustainable Campus at Mahindra University can be developed on the lines of green living, innovation, and student engagement. From solar-powered buildings to waste management and water harvesting, every nook and corner of the campus can be illustrative of sustainable living. Practices such as bicycle lanes, e-shuttles, rainwater harvesting, biodiversity parks, and zero-waste cafeterias can contribute to a greener campus. Complementing this, student-driven sustainability clubs and research projects can make innovation and awareness a part of campus culture.

Who Benefits

Students & faculty: Healthier, cleaner, and more inspiring place to live and learn.

University community: Lower carbon footprint and responsible use of resources.

Society at large: Students earn degrees with sustainable practices and solutions that reach beyond the campus.

Why It Matters to Me

As a student, I think a university should not only prepare us academically but also socially and environmentally. Sustainable development at Mahindra University is important to me because it illustrates how education and living sustainably can complement each other. By incorporating sustainability into our campus life on a daily basis, we can develop an example that will inspire other campuses and create a better world for all.

Every year, millions of sheets of paper are used in universities for notes, assignments, and brainstorming—most of which are thrown away after exams. This contributes to deforestation and paper waste, even though most of the content could easily be digitized.

GreenPrint is a sustainable solution that combines reusable smart notebooks with cloud technology. The notebook uses erasable, rewritable pages (specialized eco-paper compatible with friction pens). Once a page is filled, students can scan it using the GreenPrint mobile app, which automatically converts the notes into searchable digital text and syncs them to Google Drive, OneDrive, or Campus servers. After scanning, the student can erase the page with a simple wipe, reusing the same notebook hundreds of times.

This reduces paper usage drastically while giving students a hybrid experience—the comfort of handwritten notes with the convenience of digital storage. Unlike regular e-tablets, GreenPrint does not require batteries, making it affordable and environmentally friendly.

The beneficiaries are students, educators, and the environment. Students save money on notebooks, teachers get easier access to organized submissions, and campuses lower their carbon footprint.

GreenPrint isn’t just about reducing waste—it’s about reshaping the way students learn and record knowledge in a sustainable, tech-driven, yet personal way.

Problem:

Movie lovers often spend too much time deciding what to watch, especially when they are with friends or family. Everyone has different tastes, and it can take longer to agree on a movie than to actually watch it. Streaming apps do give suggestions, but they are usually based on one person’s history, not the whole group. As a result, people either give up and re-watch the same movies or waste time endlessly scrolling.

Gaps in Current Solution:

•Streaming apps suggest movies individually, not for groups.

•No fun or quick way for everyone to vote and decide together.

•Recommendations are mostly mainstream, so hidden gems get ignored.

•Mood-based suggestions are missing (for example, comedy when you’re stressed).

Solution:

CineMatch is a simple app for movie lovers that makes choosing films fun and easy. Friends or family can create a group and swipe through movie suggestions. Each person votes “yes” or “no,” and the app instantly shows the movie that fits everyone’s choice. To make it more interesting, CineMatch has mood filters like “Relax & Laugh",Spooky Night" or “Family Time.” The app can also suggest lesser-known movies along with popular ones, so people discover new favorites instead of watching the same films again.

Who Benefits:

•Students & friends: Quick decisions during movie nights.

•Families: A fair way to pick something everyone enjoys.

•Movie fans: Discover fresh and underrated films.

Why It Matters to Me:

As a student and a movie lover, I often waste time scrolling through endless options with friends, and sometimes we end up not watching anything at all. CineMatch matters to me because it makes movie nights fun, fair, and effortless while helping us explore films we might never have discovered otherwise.

A rental service for bachelors, students, and young professionals who share rooms and want comfort without spending big.

The Problem

• Most bachelors & students live in shared flats, PGs, or hostels.

• Buying furniture is expensive, and cheap ones are either ugly or non-durable.

• When they move (which happens often), it’s a headache to sell/transport bulky items.

The Solution

A rental platform where they can get stylish, compact, and portable furniture that’s actually designed for small shared spaces:

• Foldable portable beds (looks good, saves space).

• Mini couches / bean-style loungers for shared rooms.

• Compact study tables & desk extenders.

• Stackable storage that doesn’t eat up space.

• Starter packs (bed + table + chair) for new PG entrants.

Why it works

• Cost-friendly: pay monthly instead of big purchases.

• Flexible: perfect for people who move every 6–12 months.

• Community-driven: marketed directly to colleges, PGs, and bachelor hubs.

• Design edge: unlike Rentomojo or Furlenco, the focus here is affordable + portable + student aesthetic.

Business Angle

• Subscription model (monthly rentals).

• “Rent → Return → Upgrade” cycle.

• Partnerships with colleges, PGs, and co-living spaces.

• Viral marketing with funny reels around “bachelor life struggles.”

In student lives, not much time is spent exercising their creativity, and I think if there was a more open way to express oneself in whatever form of media, they want to pursue(eg: paintings, videos, music, etc.). I personally believe that providing methods or ways to develop people's academic ability, is just as important as their creative ability, thus I propose this:

I thought maybe, there could be an application that could be a weekly competition, where theres submissions and some form of random voting, where you can scroll through people's artworks, and rate them (something like scrolling Instagram), without knowing who is behind it. After a weekly collection of the votes, we can determine the rankings, and there could be some form of rewards from the top ranked users. These artworks could be tailored to some topic thats determined weekly, and gives players some kind of idea to work towards.

Some more thoughts/ideas I could potentially add:

• Some people prefer anonymity, so the artworks could be submitted anonymously.
• The grouping could be along the lines of joining a group (example: one created by the university art department/club), and these weekly competitions could be held by these organisations, or maybe some form of worldwide/country based competition.

Let me know if theres any improvements I can make. Thanks.