Ideaz

Problem Statement

Hostlers (students living in hostels) often struggle with overspending their pocket money. Since there are no immediate restrictions or monitoring, small daily expenses can add up quickly, leaving them short on money before the month ends. 

Solution

A Pocket Money Management App designed specifically for hostlers.

The app sets a daily spending limit from the total monthly pocket money.

Students can make purchases only within that daily limit using the app.

For higher or emergency payments, they can switch to other payment apps like PhonePe, but regular daily spending is managed here.

 Key Features

1. Daily Spending Limit

The app automatically divides the monthly pocket money into daily portions.

Prevents spending more than the set daily allowance.

 2. Digital Wallet for Hostlers

Works as a prepaid balance wallet for day-to-day needs.

Any unused balance is carried forward to the next day.

 3. Spending Insights

Graphs and reports showing weekly/monthly expenses.

Notifications when nearing the daily limit.

 4. Emergency Flexibility

If an urgent need arises, the user can switch to PhonePe or other payment apps for higher transactions.

 5. Parental/Guardian View 

Parents can check spending patterns to ensure financial discipline.

 Benefits

Helps students spend wisely and avoid running out of money early.

Encourages financial discipline and budgeting habits.

Reduces financial stress and improves money management skills.

Students might bypass the app by spending directly through PhonePe, GPay, or cash instead of sticking to the limit.

Possible Solutions

1. UPI Integration / Default Wallet

    The app itself could act as a UPI-linked wallet.

    Students load their pocket money into the app, and most of their daily transactions are made from here.

    If they want to use PhonePe/GPay, they first have to top up from this app → making the daily limit unavoidable.

 2. Gamification & Rewards

     Encourage students to stay within limits by giving badges, rewards, or cashback coupons for saving.

     Makes sticking to the app feel like a challenge rather than a restriction.

 3. Parental/Guardian Control

     Parents can choose to release pocket money into the app directly, instead of giving it in bulk.

     This way, students naturally depend on the app for daily spending.

 4. Emergency Flexibility

     Allow an “unlock extra” option (with parental approval or with a small penalty from next day’s limit).

     Prevents frustration but still keeps discipline.

One of the biggest challenges faced by university students is daily commuting inside and outside campus. Many students either walk long distances in the heat, wait for irregular shuttles, or rely on expensive ride-hailing services. Current campus transport systems are not optimized, leading to wasted time, missed classes, and unnecessary carbon emissions.

My idea is to create a Smart Campus Shuttle System that uses AI-powered scheduling and electric minibuses to provide an efficient, sustainable, and affordable mode of transport. Students will book rides through a mobile app, which uses real-time data and AI to group nearby requests and suggest the most optimal shuttle routes. This ensures minimal waiting time, lower costs, and reduced congestion.

Unlike traditional fixed-route buses, the smart shuttle adapts dynamically to student needs. It reduces dependency on private vehicles, cutting down traffic and pollution on and around campus. The electric vehicles make the system eco-friendly and future-ready.

The primary beneficiaries are students, faculty, and staff who save time, money, and energy. The university also benefits by reducing its carbon footprint and showcasing innovation on campus. In the long run, this system can be scaled to corporate campuses, IT parks, and residential townships.

This problem matters to me because I personally face issues with unpredictable campus transport, which affects punctuality and productivity. With this solution, I aim to make mobility on campus seamless, sustainable, and student-friendly.

Voice/AI Assistant for Elderly

Problem:

Seniors struggle with tech, live alone, need help with reminders, health management, and face loneliness.

Solution:

A simple, voice-first app/device with:

• Daily Assistance: medication reminders, appointment scheduling, easy calls.
• Health & Safety: SOS alerts, health device integration, symptom logging.
• Companionship: conversational AI, stories, games, photo sharing.
• Accessibility: large buttons, multilingual, offline support.

Business Model:

• Hardware + subscription for premium services.
• App-based version for smartphones.
• Partnerships with hospitals or senior living homes.

Market:

• 140M+ seniors in India; growing global aging population.
• Families seek peace of mind for elder care.

Startup Approach:

1. Launch voice-based app.
2. Pilot with elder care homes.
3. Expand to dedicated hardware.

The Problem: Artificial Intelligence is transforming education, workplaces, and daily life. However, its excessive use has become a growing issue. Many students rely on AI to complete assignments without learning the concepts. Professionals often depend on AI tools for writing, data analysis, or decision-making without cross-checking. This reduces creativity, weakens problem-solving, and raises ethical risks like plagiarism and misinformation

Gaps in Current Solutions/Market: At present, most solutions focus only on developing more advanced AI tools rather than addressing responsible usage. There are very few AI-literacy programs that teach people when and how to use AI effectively. Existing plagiarism checkers or AI-detection tools only point out misuse, but they do not educate or guide users towards balanced use. The market lacks frameworks or platforms that encourage independent thinking while still leveraging AI’s strengths.

My solution

My idea is to create an “AI Balance Framework” that can be used in schools, colleges, and workplaces. This would include short lessons to teach responsible use, friendly nudges in AI tools reminding users to add their own input or double-check results, and guidelines for human review in important AI-driven tasks. The goal is to help people use AI as a helpful tool, without letting it replace their own thinking and creativity.

 Who Benefits:

• Students gain critical thinking skills.

• Educators get reliable tools to monitor balanced AI usage.

• Companies benefit from employees who can combine human judgment with AI efficiency.

Why This Problem Matters to Me:

As a student, I often find myself relying on AI tools for quick answers, explanations, or even drafting content. While this saves time, I’ve noticed it also makes me less inclined to think independently or push my creativity. I see the same pattern among my peers, and it worries me that we might lose essential skills if this continues. This matters to me because I want to be capable of solving problems on my own while still benefiting from AI. 

Mental health challenges affect millions, yet accessing support is often hindered by high costs, long wait times, social stigma, and the intimidating nature of clinical therapy. Many people don’t require crisis intervention or formal diagnosis—they simply need empathetic, immediate conversation to navigate daily stress, loneliness, or emotional challenges. Current solutions are either too intensive, too expensive, or too unstructured to meet this need effectively.

The mental health support landscape is polarized. Traditional therapy and teletherapy platforms remain costly and slow to access, while crisis hotlines are designed only for emergencies. Social media and forums offer community but lack safety, moderation, and professional oversight, often exposing users to harmful advice. This leaves a vast "missing middle" of individuals who need affordable, immediate, and non-clinical support.

Aura Connect is a tiered, on-demand platform that fills these gaps by offering two key services:
1. Free, instant access to Trained Peer Listeners for anonymous, text-based conversations.
2. Low-cost sessions with Certified Wellness Coaches for structured guidance via text, voice, or video.

The app includes AI-powered safeguards to detect high-risk conversations and alert human moderators, ensuring user safety.

Who Benefits:
- Users gain stigma-free, affordable, and immediate support.
- Peer Listeners and Coaches earn flexible income while contributing meaningfully.
- The community benefits from reduced strain on crisis systems and a more mentally resilient population.

I’ve witnessed loved ones struggle silently due to barriers like cost and stigma. I’ve also experienced moments where a listening ear could have made a significant difference. Everyone deserves accessible mental wellness support, and technology should facilitate human connection not complicate it.

The platform will use end-to-end encryption, a matching algorithm to pair users with suitable listeners/coaches, and a freemium business model free peer listening, subscription for coaching sessions.

The Problem:
Consumers are increasingly motivated to make ethical purchases but face a landscape of vague, unverified, and often misleading environmental claims from companies—a practice known as "greenwashing." This makes it impossible for individuals to align their spending with their values, erodes trust, and allows companies to prioritize marketing over genuine sustainable action.

Gaps in Current Solutions:
Current solutions are fragmented and ineffective. Corporate sustainability reports are self-policed and lack standardization. Government certifications are narrow in scope and often too expensive for small businesses. News investigations are impactful but temporary. There is no centralized, data-driven platform that continuously monitors and verifies corporate claims against objective evidence, creating a critical accountability gap.

The Solution:
VERITAS is a digital platform that acts as a central source of truth for corporate sustainability. It provides transparent, data-driven verification of a company's environmental claims, giving consumers the power to make instantly informed decisions.

How It Works:

1. Data Aggregation: Our system uses AI to continuously gather and cross-reference data from multiple sources: government environmental databases (e.g., EPA violations), supply chain disclosures, independent audit reports, and even satellite imagery.

2. Analysis & Scoring: This data is analyzed against companies' public claims. Our algorithm generates a simple, transparent "Veritas Score" and a breakdown (e.g., Green Check for verified, Yellow Warning for unproven, Red X for disproven).

3. Accessibility: Users can access these scores via a website or mobile app simply by searching for a company or scanning a product barcode.

Who Benefits:

• Consumers: Can make verified ethical choices quickly, moving beyond marketing hype.

• Ethical Businesses: Gain a certified advantage over competitors who greenwash, rewarding genuine effort.

• Investors & B2B Buyers: Receive reliable, auditable ESG data for decision-making.

• The Environment: Benefits from a system that incentivizes authentic corporate responsibility over PR.

Why It Matters to Me:
"I am frustrated by the constant guesswork required to be a responsible consumer. I have personally spent hours researching brands only to find conflicting or hidden information. This isn't just about shopping; it's about holding power accountable and ensuring our collective well-being is prioritized over profit. I believe transparency is the first step toward genuine change."

Technical Details:
The platform would be built on a tech stack designed for data processing and security. It would utilize:

• AI & NLP (Natural Language Processing): To parse and understand corporate claims from websites and reports.

• API Integrations: To automatically pull data from official public databases and regulatory bodies.

• Data Visualization: To present complex information in an intuitive, easy-to-understand score and dashboard.

• Cloud Infrastructure: To handle the large-scale data storage and processing requirements

 Project Proposal: Women's Safety Smart Jewelry

• Title :  "SafeWear: Discreet Smart Jewelry for Women's Safety"
•  Problem Statement

Women's safety is a serious concern all over the world. A lot of women experience harassment, stalking, or threats, particularly while traveling or commuting alone. Current solutions in the form of mobile safety applications, pepper sprays, or panic buttons in the phone are not ideal: they take time and physical access, which might not be available during real emergencies. The delay makes these devices less effective and exposes women to danger. What is needed is a "discreet, instant-access, and effective safety device" that can be used by women without arousing attention.

• Proposed Solution

The concept is to create"Smart Safety Jewelry"—wearable devices like rings, pendants, or bracelets with concealed SOS features. A simple press or gesture activates the following functionalities:

• Live GPS tracking: with emergency contacts and local authorities.
• Audio/video recording:  for evidence gathering.
• Haptic feedback (vibration):  to acknowledge alert activation.
•  Optional: voice activation ("Help Me!") for hands-free emergency.

 Ride-sharing integration for travel safety.

•  Justification

This approach is more "practical and convenient"than mobile applications since it does away with having to unlock a phone during anxious situations. Jewelry is subtle, ever-present, and acceptable to be worn. Through the integration of technology in clothing, women are made safe without the loss of convenience or style.

• Data Structures / Technologies Used

1. GPS & Cloud Servers → to store and send live location.
2. Hash Tables→ for rapid storage and retrieval of emergency contacts.
3. Graphs→ for associating user's location to the closest police station or help center.
4. IoT with Bluetooth Low Energy (BLE) → to pair jewelry with smartphones.
5. AI (optional) → for voice recognition ("Help Me" trigger).

•  Expected Outcomes

1.  Women have quicker, more consistent access to assistance in crises.
2.  Families are reassured regarding the safety of loved ones.
3. Faster notification to authorities decreases response times.
4.  Social impact: gives women more self-confidence and autonomy in their daily lives.

Living in a city often means living with constant noise — honking cars, construction work, and late-night traffic. Over time, this noise isn’t just annoying, it affects sleep, focus, and even mental health. I’ve seen people, including myself, struggle with restlessness and stress because we can’t escape the soundscape of urban life.

Current solutions don’t really solve the problem. Soundproof windows block everything, including the sounds we need to hear, like a doorbell, a baby crying, or an emergency siren. Noise-cancelling headphones help, but only for individuals and only while wearing them. What we need is something smarter, more adaptive.

My idea is Dynamic Noise-Filtering Windows. These are smart windows with AI-driven panels that cancel unwanted noise but still let important sounds through. Imagine being able to sleep peacefully without traffic noise, while still hearing your alarm in the morning. Or studying in silence, without missing a knock on the door.

This idea could benefit students, professionals, families, hospitals, and even communities near airports and highways. Beyond comfort, it’s about health and peace of mind.

I believe this can make city life calmer, healthier, and more human again

With rapid urbanization, many people live in apartments with no garden space, making it difficult to access fresh and pesticide-free vegetables. While terrace gardening and hydroponics are available, they are often expensive, bulky, or require technical knowledge, which discourages beginners.

The smart urban farming kit  would be a plug-and-grow modular system that can fit in a balcony, window, or kitchen corner. It would combine hydroponics with IoT-based sensors to monitor water, nutrients, and light. The system would self-regulate most functions, leaving minimal effort for the user. A connected mobile app would guide users step by step—from planting seeds to harvesting—while also sending reminders when action is required. Additionally, the app could show growth progress, money saved, and environmental impact (such as reduced carbon emissions from avoiding transported produce).

Beneficiaries include:

1. Urban families and individuals – who gain access to fresh, chemical-free vegetables at home.

2. Communities – as local farming reduces pressure on supply chains and creates more resilient food systems.

3. Society at large – through lower food miles, reduced packaging waste, and greater food security.

This matters to me because food safety and affordability are growing concerns. I’ve seen how rising vegetable costs and pesticide use affect households. A solution that empowers people to grow their own food—even in limited spaces—could improve health, reduce costs, and encourage sustainable living.

The Problem

For the majority of students, the actual problem isn't listening to lectures—it's revising well. We spend hours on end re-writing notes, scouring through PDFs, or scrolling through recordings and ending up unprepared for exams. Current edtech apps address test preparation or pre-curated content, yet they never address the day-to-day issue of making our own study notes more convenient to study from.

The Idea

FlashNote is a machine learning application that converts lecture content into flashcards and brief summaries in mere seconds. Students can submit handwritten notes, PDFs, or recordings and FlashNote will produce study material automatically. It aims to reduce time wastage and enable students to concentrate on real understanding instead of constant note-taking.

Market Gap

Existing solutions are too generic (general AI chatbots) or too costly (premium edtech platforms). None are tailored to students who require quick, trustworthy aids for revision. FlashNote bridges this gap with easy-to-use, student-centric features such as:

Instant note summarization

Auto-generated flashcards for remembering

Quiz-style testing for solidifying memory

Multi-language support for inclusive classrooms

Smart reminders for spaced revision

Who are the beneficiaries?

College students studying for exams

Learners who take notes but seldom review them

• Students struggling with time management and organization

•Anyone wanting to revise smarter, not longer

Why This Matters to Me

I’ve faced the same struggles—late nights rewriting notes, wasting time, and still feeling stressed before exams. Learning about AI showed me there’s a better way. With FlashNote, even small gains in efficiency can free up hours and reduce anxiety. This isn’t about replacing effort, but about making every hour of study count more.

"VividEcho" - The Interactive Storytelling and Memory Preservation Platform

The Real World Problem:
Our personal histories and family stories are a critical part of our identity, yet they are rapidly being lost. With the passing of each generation, an immense amount of oral history, personal anecdotes, and unique perspectives vanishes forever. While photo albums and home videos exist, they lack context and narrative. The "story" behind the photo who was there, what the mood was, what was said is rarely preserved in a structured, engaging way. Existing tools are passive and fail to capture the richness of lived experience, leaving future generations with fragmented pieces of their heritage.

Gaps in Current Solutions/Market:
The current methods for preserving personal history are static and unengaging:
• Photo Albums & Digital Storage: They preserve images but lose the narrative context. A photo of a family dinner doesn’t tell you who cooked, what the conversation was about, or why it was a special occasion.
• Audio/Video Recordings: These are better but are often long, unedited, and difficult to search or share. They become a "digital box of tapes" that nobody has time to sort through.
• Genealogy Websites : These are excellent for tracing family trees and records, but they focus on data and facts (names, dates, locations), not on the rich, personal stories that make a family unique.
• Manual Storytelling: Writing down stories is a time consuming and often intimidating task for most people.
The market is missing a fun, interactive, and easy-to-use platform that makes capturing and preserving personal history a collaborative and engaging experience.
The Solution: VividEcho
VividEcho is an interactive, AI-powered platform designed to make capturing and sharing personal stories as simple as a conversation. It transforms passive memories into living, interactive narratives.

Key features include:
• Guided Storytelling with AI Prompts: The platform uses an AI assistant to guide a conversation with the user. Instead of asking them to "tell their life story," it asks specific, thought provoking questions like:
• "Tell me about your most embarrassing moment from high school."
• "What was the first movie you remember seeing in a theater?"
• "Describe the person who had the biggest impact on your life."
• Media Integration: As the user tells their story (via voice or text), they can easily upload and tag corresponding photos, videos, or documents. The AI helps categorize and link these media files to specific parts of the narrative.
• Interactive Family Tree: Users can build a dynamic family tree where each person's profile is not just a name and date, but a collection of their stories, memories, and photos. A grandchild can tap on their grandmother's profile and "listen" to her tell a story about her childhood.
• AI-Generated Echoes: The AI can take a collection of stories and photos and automatically generate a short, thematic "Echo" a shareable video montage or a narrated album that summarizes a person's stories. For example, "An Echo of My Summer Vacations."
• Collaborative Story Building: Family members can be invited to a shared "Story Room" to contribute their own memories and photos to a collective narrative about a specific event, like a family reunion or a loved one's birthday.

Who Benefits?
• Individuals (The Users):
• Preservation: A simple way to preserve their life stories and legacy for future generations.
• Reflection: The process of storytelling can be a therapeutic and rewarding experience.
• Connection: A unique way to connect with family members, both old and young.
• Family Members (The Community):
• Rich Heritage: Provides a deep, personal connection to family history that goes beyond names and dates.
• Shared Memories: A fun, collaborative tool for families to bond and reminisce together.
• Genealogy & Historical Societies (Potential Partners):
• Data Enrichment: The stories and memories can provide invaluable qualitative data to supplement traditional genealogical research.

Why This Problem Matters to You:
The idea of losing the stories that define us is deeply unsettling. I've personally felt the regret of not asking my grandparents enough questions about their lives before they passed. There were so many stories, so many little details about their lives, that are now gone forever.
I believe we have a responsibility to preserve the human experience, not just as a collection of data points but as a living tapestry of stories. VividEcho is my attempt to build a time machine not one that travels to the past, but one that brings the past to the present. It's about empowering everyone to become a historian of their own life and to ensure that the unique and beautiful echoes of our experiences resonate for generations to come.

Smart home devices have gained significant traction in recent times. As everything around us is being automated, so are the ability to turn on fans and lights from a distance. We can notice such hardware existing in many of the houses in the first-world countries. However, it becomes too expensive to afford such luxuries and conveniences in second and third world countries like India. So I bring a solution for this. AIRLIT- The most affordable smart switch in the market.  

Unlike modern smart home devices which use hardware that are replacing the entire switchboard, rewiring too much and too complex to install, AIRLIT smart switches are removable gadgets that can be placed on any switch as pleased. They are battery powered Bluetooth switches that push the light or fan switches when a signal is sent to it. They will come in sets of 4-10 switches and extra batteries. The switches can be interchangeable from switch to switch just by pulling the magnet off the switches. The price at which they will be sold will be way more affordable due to the simpleness of the gadget. An app will be used to name and control the different switches from a distance. The smart switches will use special sensor software that will switch off the fans and lights when they don’t sense the user’s Bluetooth signal. One would assume the switches would look ugly. For this reason, we will offer the users the service to custom build their smart switch plates to their wish. 

WHO IT WILL BENEFIT: - 

Users (Households & Individuals): Gain the ability to remotely control fans and lights, schedule operations (e.g., turning off a fan at night automatically), and reduce electricity wastage. Elderly users and people with mobility challenges particularly benefit from added convenience and independence. 

Buyers (Families & Property Owners): Save on energy bills through intelligent scheduling and monitoring while enhancing home value with modern smart infrastructure. 

Communities: Widespread adoption reduces unnecessary energy consumption, contributing to sustainability goals and lowering strain on local power grids.  

WHY THIS PROBLEM MATTERS 

Electricity wastage from fans and lights is a common issue in most households. Something as simple as turning off the respective switches when leaving the room can cause significant cumulative electricity wastage. This also causes the hardware to be deteriorated faster over time. I have personally faced issues as such in my home. A fan or the geyser left running in an empty room not only increases the electric bill but also wastes valuable energy. 

This issue matters because it intersects convenience, affordability and sustainability. Unlike high end smart home products, a smart switch retrofit can create tangible impact by being accessible to the masses, solving a real-world problem at scale. 

CONCLUSION 

The smart switch idea addresses a clear market gap: affordable, practical, and retrofit-friendly smart controls for everyday appliances like fans and lights. It empowers households with energy savings, accessibility, and convenience while contributing to a larger goal of sustainable energy usage. Unlike premium smart home products, this solution has the potential to scale widely in markets where energy efficiency is not just a lifestyle choice but a necessity. 

This startup is an initiative dedicated to Urban Hygeine : 

The Problem:

Public urination on roadsides, walls, and in markets is a constant problem in Indian cities. It is more than just an eyesore; it causes bad smells, health risks, and makes public spaces feel less dignified. Shopkeepers, residents, and commuters deal with these issues every day. Although toilets would be the best solution, building and maintaining them is costly, and changing habits takes time. As a result, cities have faced this challenge for years.

Problem Statement In urban areas, drivers spend an average of 15–20 minutes just searching for a parking spot. This daily frustration leads to wasted fuel, higher emissions, traffic congestion, and stress. Current parking apps only show rough estimates of space availability, often outdated or inaccurate, leaving commuters helpless.

Idea ParkSmart is a smart parking management platform powered by IoT sensors and AI. It provides real-time visibility of parking availability and allows drivers to reserve spots before arrival, reducing time, traffic, and stress.

Solution

• IoT Sensors: Installed in parking lots to detect available spaces instantly.

• Live Map: A mobile app that guides drivers to the nearest available spot.

• Advance Booking: Drivers can reserve and pay for parking before arrival.

• Dynamic Pricing: Smart pricing during peak hours to balance demand.

• Business Integration: Nearby businesses can offer discounts to drivers who park using ParkSmart.

What Makes It Unique Unlike current parking apps, ParkSmart uses real-time IoT data and AI-driven predictions instead of estimates. The system reduces both traffic congestion and carbon emissions while improving urban mobility.

Who It Helps

• Drivers: Save time, fuel, and stress with guaranteed parking.

• Cities: Reduced congestion and emissions.

• Businesses: Increased footfall from customers who find convenient parking.

• Institutions: Universities, malls, and offices benefit from organized parking.

Benefits & Impact ParkSmart makes city life smoother by cutting down traffic, saving resources, and reducing pollution. It transforms chaotic parking into a seamless, efficient, and eco-friendly experience. By turning everyday parking struggles into a smart solution, ParkSmart improves quality of life for millions of urban commuters

Introduction

Two-wheelers are the backbone of daily transport for millions of people, especially in developing countries. From students and delivery drivers to office workers, bikes are affordable, fast, and convenient. However, they also come with a serious safety risk: skidding.

Every year, countless accidents happen because bikes lose traction on wet roads, gravel, or sudden braking. Even minor skids can cause severe injuries, property damage, or even fatalities. While advanced safety systems like ABS exist, they are expensive and often limited to high-end bikes.

My idea: SkidSafe, an affordable skid detection and safe-halt mechanism that prevents falls by detecting skids early and automatically controlling the brakes for a stable stop.

The Problem

• Skidding Accidents: Common on wet or slippery roads, especially at sudden stops.

• Limited Safety Features: Low-cost bikes and scooters often lack ABS or advanced braking systems.

• High Fatalities: Two-wheeler accidents make up a huge share of road deaths worldwide.

• Cost Barriers: Existing technologies are expensive and not retrofit-friendly.

The Solution: SkidSafe

• Sensors: Wheel-speed detectors + accelerometers + gyroscopes detect loss of traction.

• Control System: Identifies when wheels are slipping and predicts an imminent skid.

• Automatic Intervention: Smart brake modulation prevents lock-up and brings the bike to a safe halt.

• Fail-Safe Design: Riders can override or manually control brakes anytime.

• Retrofit Option: Designed as a low-cost add-on kit for scooters and motorcycles.

Who Benefits?

• Commuters & Students: Safer daily travel, especially in cities with unpredictable roads.

• Delivery Drivers: Reduced accident risk → lower medical costs and downtime.

• Families & Communities: Fewer accidents and fatalities.

• Fleet Owners: Safer employees and reduced insurance claims.

Why This Problem Matters to Me

As a student and frequent rider, I’ve seen how even experienced bikers can lose control due to sudden skids. Many of my peers rely on budget two-wheelers without ABS, making them vulnerable. For me, SkidSafe represents peace of mind — knowing that one small mistake or slippery road won’t cost a life.

Technical Feasibility

• Sensors: Affordable IMU + wheel-speed sensors.

• Processor: Microcontroller for real-time slip detection.

• Actuator: Brake modulation system (retrofit or OEM integration).

• Safety: Default manual control in case of malfunction.

Future Scope

• Integration with electric scooters and delivery fleets.

• Smartphone app showing ride safety stats.

• Advanced stability control (yaw correction, cornering assist).

• Partnerships with OEMs to include SkidSafe in factory models.

Conclusion

SkidSafe is more than just a gadget — it’s a lifesaving innovation for millions of riders. By making bikes safer through real-time skid detection and controlled braking, we can prevent countless accidents, save lives, and build safer roads.

Affordable, practical, and scalable — SkidSafe could be the next big leap in two-wheeler safety.

One of the biggest problems we are facing today is commuting efficiently. Be it a student or a working professional, or a traveler, getting around cities often means juggling multiple ride hailing apps like Uber, Ola, or Rapido. Each one of these apps show different fares, waiting times and offers. This brings the users to manually compare the options, wasting a lot of time and sometimes even overpaying. 

Here comes the question. What if there was a single app that could do the comparisons for us real time and give us the best option? 

This is where my idea for RideGenie comes in. 

It is a pretty simple concept but very powerful and handy. You just enter your destination, and RideGenie instantly shows the best ride options across all major platforms. It pulls live data on fares, estimated arrival times, driver availability, safety ratings, and payment offers. You can even filter results based on cost, speed, comfort, or eco-friendliness. 

Few of the main features that makes RideGenie unique are: 

• Smart Alert: notifies you if waiting a few minutes could save money during peak time.
• Personalised Filters: choose rides based on your priorities be it fastest, cheapest, most eco-friendly, or safest.
• Loyalty integration: Tracks discounts, cashback, and wallet balances across apps. 
• Dual mode comparison: suggests alternatives like walking, public transport, or bike rentals if they are cheaper or faster.

In the technical aspect RideGenie would use API’s from ride hailing services to pull live data, while AI-based predictions can help forecast fares, ETAs, and even suggest optimal travel times. Though it requires integration of multiple platforms and real-time data processing, the technology is doable today. 

Who are our stakeholders for this idea? 

Everyone benefits from smarter, safer, and more cost-effective rides:

• Commuters of all kinds - Students, professionals, travelers, and anyone running daily errands can save time and money. 
• Peace of mind for families – Parents, partners, and loved ones can feel reassured knowing that their friends or family members are traveling safely and efficiently.
• Better service for ride hailing providers – Companies can reach users more effectively, maintain fair pricing.
• Opportunities for tech innovators – Startups and developers can create new tools, improve urban mobility solutions,
• Sustainable commuting for society – By promoting eco-friendly options and shared rides, RideGenie helps reduce traffic congestion and lower carbon emission.
  
  

In the end of the day,commuting efficiently impacts productivity, stress, and even environmental sustainability. By introducing RideGenie, we’re not just giving a smart travel tool , we’re giving people control, convenience, and confidence in their da routine and commute. 

THE ISSUE

• Memecoins are exploding in popularity (Dogecoin, Shiba Inu, Pepe, Bonk).

• But 99% are scams: insider pre-mines, rugpulls, short hype cycles.

• Communities want in on the meme economy — but they don’t trust the launches, and there’s zero transparency.              

THE SOLUTION

MemeFi is a fair-launch platform + DAO for memecoins.

• Fair Launches Only → No insider wallets, no pre-mines. Everyone starts equally.

• Community Voting → Holders decide what the next meme coin should be (pop culture, viral joke, social movement).

• Meme Utility Layer → Each coin can plug into games, NFT drops, or tipping systems on X, Telegram, and Reddit.

• Launchpad-as-a-Service → Influencers, creators, or communities can spin up a memecoin transparently in minutes.

OUR EDGE

• Not “just another memecoin” → it’s the platform where the next 100 memecoins are born.

• Solves the rugpull problem with smart-contract enforced fairness.

• Bridges meme culture + Web3 utility (tipping, gaming, NFTs).

• Community-powered: the people vote on what gets launched, not insiders.

WHO BENEFITS?

1. Crypto Degens / Traders → Early, safe access to fair launches.

2. Meme Creators & Influencers → Launch their own tokens transparently, monetize their audiences.

3. Communities & Fans → True ownership of meme culture + utility through tipping and games.

4. MemeFi (Your Startup) → Earns fees on every launch, grows a DAO treasury, and becomes the trusted memecoin hub.

5. Crypto Ecosystem → More legitimacy for memecoins; fewer scams; stronger culture-meets-finance.

THE OPPURTUNITY

• Memecoin mania is back — billions flowing into culture coins.

• Retail investors are hunting the next big meme.

• Crypto infra (Telegram bots, Solana, Base, Layer-2s) makes launches fast and cheap.

• Trust is broken after endless rugpulls → there’s demand for a safe, transparent launchpad.

The issue this idea addresses is the challenge behind post-workout nutrition. People looking to stay fit often face this struggle, as they can either pay too much for a pre-packaged shake, or use protein powder and a shaker cup that requires them to carry, clean, and use both. There is currently no option in the market that combines the convenience of a vending machine and the freshness of a shake bar where you can customize your protein shake.

My idea is a self-cleaning, on-demand protein shake vending machine. It will store various protein powders and liquids (water/milk) and supplements in clean cartridges. The purchaser would complete their transaction via a digital wallet or card on a touchscreen after selecting their ingredients; the machine then would dispense and mix the ingredients into a cup that provided a fresh protein shake in seconds.

Users benefit because they receive a personalized nutrition shake on-demand instead of a pre-packaged version or a do-it-yourself. Businesses benefit (especially gyms) with a premium, low-maintenance amenity they can simply provide, while generating passive income. The community benefits as well, solving the challenge or problem of post-workout nutrition while improving their health through nutritious options, while reducing plastic waste. On a personal note, this project is significant to me because I have firsthand experience in dealing with the inconveniences of post-workout nutrition. From a technical aspect, the machine will include IoT so it would have the ability to be monitored in real time

problem statement

Post-workout nutrition is a hassle. People either buy limited, expensive pre-packaged shakes or deal with the mess of carrying and cleaning a shaker bottle.

Solution

A smart, self-cleaning vending machine that dispenses on-demand, custom-blended protein shakes. Users select their preferred protein, liquid base, and supplements from a touchscreen interface.

Why It's Unique

Unlike existing machines with pre-bottled drinks, this solution offers unparalleled customization and freshness. It uses sealed, hygienic cartridges and IoT technology for easy, low-maintenance operation.

Benefits

• Users get convenient, personalized nutrition.

• Businesses gain a premium, passive revenue stream without the need for staff.

• The Community benefits from reduced waste and promotion of healthier habits.

Why It Matters

This idea addresses a personal frustration I've experienced with messy, inconvenient post-workout routines. It's a clean, seamless solution that solves a common problem with a scalable, modern approach.
 

Urban Food Forest Pods: Turning Empty Lots into Community Food Hubs

Cities around the world wrestle with two stubborn, interconnected problems: many neighborhoods lack easy access to fresh, affordable produce, and countless empty lots sit unused, becoming eyesores or heat-soaked patches of concrete. I’ve walked past these forgotten corners and imagined what they could be—lush, green spaces where kids play, neighbors gather, and food grows right where people live.

Current solutions, such as rooftop gardens or large-scale vertical farms, are inspiring but often expensive and highly technical. They require trained staff, specialized equipment, and funding that many neighborhoods simply don’t have. Community gardens exist, but they can take years to secure permits, and upkeep sometimes falls on a small handful of volunteers. These gaps leave many families, especially in low-income areas, with few options beyond long trips to supermarkets or reliance on processed foods.

My idea is to create Urban Food Forest Pods—modular, low-cost micro-gardens designed to transform neglected plots into year-round food hubs. Each pod combines hydroponics with compost-rich soil beds and uses solar-powered drip irrigation. Small sensors monitor soil moisture and nutrient levels, feeding data to a friendly mobile app so local volunteers, schools, or even curious kids can track plant health in real time. The design is intentionally modular: a single pod can fit on a small corner lot, while several pods can link together to fill a full city block, scaling with community needs and budgets.

Who benefits?

• Families and neighbors gain a steady supply of fresh fruits, vegetables, and herbs—cutting grocery bills and improving health.

• City governments reclaim derelict spaces, reduce urban heat islands, and discourage illegal dumping or crime.

• Schools and community groups gain a living science lab and a welcoming gathering place for environmental education and neighborhood events.

This idea matters to me because I grew up in a city neighborhood where finding fresh produce often meant a long bus ride. I remember my parents planning entire weekends around grocery trips, and I know families who still struggle with the same challenge today. Food is basic, but access to healthy food is still unequal. Turning unused land into productive, beautiful gardens feels like a way to give back and help close that gap.

From a technical standpoint, each pod runs largely off-grid. Solar panels power irrigation pumps and sensor systems. Drip irrigation conserves water, while vertical growing racks maximize yield in a small footprint. The frame and exterior panels are built from recycled plastic and bamboo composites, keeping costs low and environmental impact minimal.

By transforming forgotten lots into thriving food forests, we don’t just grow vegetables—we grow connection, pride, and a healthier city for everyone. Imagine children harvesting tomatoes for a school lunch, or neighbors sharing herbs at sunset. These everyday moments can transform how people see their community and how the community nourishes them in return.