Ideaz

The problem:

Melanoma is a type of skin cancer that is rapidly growing worldwide. Although it is usually not deadly, it still has many symptoms like unhealable sores, irritated skin, etc. Similar to other cancers, the easiest and best way to treat it is all dependent on early detection of the cancer. Despite the existence of some apps that analyze skin symptoms to see if melanoma is forming, many patients still discover the cancer far too late. Current solutions also have limitations like lacking clinical validation, failing to analyze many diverse skin tones, or being unable to provide proper follow up care. 

The solution:

This is why I propose an AI-powered image processing API that can analyze and monitor a patient's skin. Melanoma is detectable upon 5 rules, ABCDE of moles: 

• Asymmetry: One half doesn’t match the other half
• Border: irregular borders 
• Color: Colors changing across different moles
• Diameter: larger than 6mm
• Evolution: changing in size, shape or behavior

Patients can use their smartphone camera and upload it to the API and the AI, which is trained on a database of multiple varied skin tones and their behaviors, would analyze the photo with image processing and determine a risk factor of the patient. For patients experiencing a medium risk factor, we would suggest some lifestyle tips on how to move forward and continue tracking their progress. For patients experiencing a high risk factor, we would recommend dermatologists to visit nearby in hope that they can fix their condition. 

Who benefits:

Any patient experiencing skin irregularities.

Doctors, as it helps catch skin cancer earlier and prevents more work needed to be done to treat the patient

Hospitals, as I am selling this API to dermatologists to be able to easily treat their patients without the attention of a doctor all the time.

Why this matters to me:

Cancer is of course a horrible disease to be diagnosed with. Having the ability to be able to catch it earlier greatly increases the chance of it being cured.

Technical Details:

I would make an API that could be integrated with a hospital website or app. Many apps now are made to track the heart, lungs, brain etc, and it would be very simple to add one more feature that I could sell to them.

Large campuses of colleges and universities are confusing for new students, guests, or even staff. Students, and even staff, tend to waste time looking for classrooms, labs, offices, or facilities. Especially for differently-abled students, they also need accessible paths (e.g., elevators or ramps).

Gaps in Current Solutions:

Google Maps supports navigation but not detailed indoor paths inside campuses. Institutions mostly offer static PDFs or printed maps, which are not interactive and promptly become obsolete.

Solution Proposed:

A Smart Campus Navigation App which:

Offers step-by-step directions within the campus.

Has accessibility filters (e.g., ramp/elevator-based routes for wheelchair users).

Integrates with the timetable of the university, thus allowing students to automatically get directions for the next class.

Displays real-time notifications regarding closed spaces, events, or room modifications.

May incorporate a "find my friend" component for easy student meetings.

Who It Helps:

New Students & Visitors → Time-saving, less confusion.

Differently-abled Students → Accessible, convenient navigation.

Faculty & Staff → Seamlessly manage time traveling between classes/meetings.

Campus Management → Project a new, technology-enabled campus.

Why This Matters to Me:

I have seen many new students, particularly during orientation week, getting lost trying to find their classes. Such an app would minimize stress, save time, and make campuses more accessible.

Technical Details (optional):

QR code or Wi-Fi/Bluetooth beacon-based indoor mapping.

Mobile app interface with filtering and searching capabilities.

Admin dashboard for updating schedules and maps.

The Problem

Cabs and ride-hailing services have become part of modern life, but safety is still a blind spot. Passengers usually focus on:
a.Fare price.
b.Arrival time
c.Star rating of driver

But what they don’t see is much more critical:
-> Whether the driver has past traffic violations, accident history, or pending police cases.
-> Whether the vehicle has valid insurance, pollution, and fitness certificates.
-> If the cab is equipped with working seatbelts, airbags, GPS, and emergency tools.
-> If the company has verified the driver recently, or just at the time of onboarding.
For example:
-> A driver may have been booked for overspeeding three times last year, but passengers won’t know.
-> A cab might be running without insurance, meaning if an accident occurs, the passenger gets no legal cover.
-> Women passengers taking late-night rides often feel unsafe due to lack of transparent driver background checks.
-> The gap between available safety information and what passengers can actually access creates a dangerous environment.

What We’re Stuck With Now

Currently, passengers rely on three weak and limited systems:

1. Star Ratings
-> A driver with 4.8★ might still be unsafe.
-> Ratings reflect “ride comfort” or “driver politeness,” not genuine safety.

2. Government Data
-> RTOs, police, and insurance companies keep detailed safety records.
-> But this data is fragmented, outdated, or locked in manual files.
-> A normal passenger cannot check if their cab is compliant.

3. Ride-Hailing Company Verification
-> But verification is usually a one-time onboarding check.
-> Updates (like expired insurance or fresh accident records) are often missed.
In short: The system hides what matters most – real safety.

Our Solution

SafeRide solves this gap by introducing a Safety Transparency Score (STS) that appears before booking.
A – Safe & Verified: Driver and vehicle are fully compliant. No serious issues.
B – Acceptable: Some minor pending issues, but still safe to travel.
C – Risky: Major safety concerns flagged. Passengers warned.
This makes safety as visible as price and ratings.

Imagine:
You open your ride app → see fare ₹320 → arrival time 5 mins → Safety Score: A.
Instantly, you know the ride is safe, compliant, and trustworthy.

How Will the Safety Score Be Created? 

1. Government Data Integration
-> Direct link with RTOs and police databases.
-> Driver license validity, accident history, traffic fines.
-> Vehicle insurance, fitness certificates, emission tests.
-> Data updated in real-time (no outdated info).

2. Verified Crowdsourcing
Passengers answer objective safety questions:
-> Was the seatbelt working?
-> Did the driver overspeed?
-> Was the vehicle clean and hygienic?

3. Driver & Vehicle Self-Verification
Drivers upload documents like:
-> Valid insurance copy
-> Vehicle servicing record
-> Safe driving training certificates
Adds to their credibility, boosting score.

4. AI Monitoring (Future Scope)
AI + GPS tracks behavior in real-time.
Flags unsafe driving: sharp braking, sudden lane changes, overspeeding.
Detects route deviation or suspicious detours → sends passenger alert.

Who Would This Help?

Passengers
-> Women commuting late at night feel safer.
-> Parents booking for kids get peace of mind.
-> Elderly or frequent travelers can trust their cab choices.

Drivers
-> Good drivers stand out with higher safety scores.
-> Safer drivers get priority bookings and higher earnings.
-> Motivates others to improve behavior.

Ride-Hailing Companies
-> Build customer trust → more bookings.
-> Reduce liability in case of accidents.
-> Market themselves as safety-first platforms.

Governments & Regulators
-> Get access to real-time compliance data.
-> Easier monitoring of urban transport safety.
-> Fewer accidents → reduced public healthcare burden.

The Impact

1. Transparency: Passengers see real safety info before stepping into the cab.

2. Trust: A trusted ride-hailing ecosystem → more adoption of cab services.

3. Safety: Lower accident rates, fewer harassment incidents, and safer commutes.

4. Accountability: Drivers and companies can’t hide safety violations anymore.

5. Societal Change: Promotes a culture of responsibility in urban mobility.

Tagline Ideas

“SafeRide – Because every journey deserves safety you can see.”

“Your ride, your safety, your choice.”

“Trust rides, not just ratings.”

The Problem

Cabs and ride-hailing services have become part of modern life, but safety is still a blind spot. Passengers usually focus on:
a.Fare price.
b.Arrival time
c.Star rating of driver

But what they don’t see is much more critical:
-> Whether the driver has past traffic violations, accident history, or pending police cases.
-> Whether the vehicle has valid insurance, pollution, and fitness certificates.
-> If the cab is equipped with working seatbelts, airbags, GPS, and emergency tools.
-> If the company has verified the driver recently, or just at the time of onboarding.
For example:
-> A driver may have been booked for overspeeding three times last year, but passengers won’t know.
-> A cab might be running without insurance, meaning if an accident occurs, the passenger gets no legal cover.
-> Women passengers taking late-night rides often feel unsafe due to lack of transparent driver background checks.
-> The gap between available safety information and what passengers can actually access creates a dangerous environment.

What We’re Stuck With Now

Currently, passengers rely on three weak and limited systems:

1. Star Ratings
-> A driver with 4.8★ might still be unsafe.
-> Ratings reflect “ride comfort” or “driver politeness,” not genuine safety.

2. Government Data
-> RTOs, police, and insurance companies keep detailed safety records.
-> But this data is fragmented, outdated, or locked in manual files.
-> A normal passenger cannot check if their cab is compliant.

3. Ride-Hailing Company Verification
-> But verification is usually a one-time onboarding check.
-> Updates (like expired insurance or fresh accident records) are often missed.
In short: The system hides what matters most – real safety.

Our Solution

SafeRide solves this gap by introducing a Safety Transparency Score (STS) that appears before booking.
A – Safe & Verified: Driver and vehicle are fully compliant. No serious issues.
B – Acceptable: Some minor pending issues, but still safe to travel.
C – Risky: Major safety concerns flagged. Passengers warned.
This makes safety as visible as price and ratings.

Imagine:
You open your ride app → see fare ₹320 → arrival time 5 mins → Safety Score: A.
Instantly, you know the ride is safe, compliant, and trustworthy.

How Will the Safety Score Be Created? 

1. Government Data Integration
-> Direct link with RTOs and police databases.
-> Driver license validity, accident history, traffic fines.
-> Vehicle insurance, fitness certificates, emission tests.
-> Data updated in real-time (no outdated info).

2. Verified Crowdsourcing
Passengers answer objective safety questions:
-> Was the seatbelt working?
-> Did the driver overspeed?
-> Was the vehicle clean and hygienic?

3. Driver & Vehicle Self-Verification
Drivers upload documents like:
-> Valid insurance copy
-> Vehicle servicing record
-> Safe driving training certificates
Adds to their credibility, boosting score.

4. AI Monitoring (Future Scope)
AI + GPS tracks behavior in real-time.
Flags unsafe driving: sharp braking, sudden lane changes, overspeeding.
Detects route deviation or suspicious detours → sends passenger alert.

Who Would This Help?

Passengers
-> Women commuting late at night feel safer.
-> Parents booking for kids get peace of mind.
-> Elderly or frequent travelers can trust their cab choices.

Drivers
-> Good drivers stand out with higher safety scores.
-> Safer drivers get priority bookings and higher earnings.
-> Motivates others to improve behavior.

Ride-Hailing Companies
-> Build customer trust → more bookings.
-> Reduce liability in case of accidents.
-> Market themselves as safety-first platforms.

Governments & Regulators
-> Get access to real-time compliance data.
-> Easier monitoring of urban transport safety.
-> Fewer accidents → reduced public healthcare burden.

The Impact

1. Transparency: Passengers see real safety info before stepping into the cab.

2. Trust: A trusted ride-hailing ecosystem → more adoption of cab services.

3. Safety: Lower accident rates, fewer harassment incidents, and safer commutes.

4. Accountability: Drivers and companies can’t hide safety violations anymore.

5. Societal Change: Promotes a culture of responsibility in urban mobility.

Tagline Ideas

“SafeRide – Because every journey deserves safety you can see.”

“Your ride, your safety, your choice.”

“Trust rides, not just ratings.”

 Agriculture has always been the backbone of our economy however it is the least paid attention to when we think about economy. Farmers lack access to professional networks that connect them with peers, experts, and opportunities. While most office workers rely on LinkedIn to build careers and collaborations, farmers use their local connections for most things. This gap prevents them from accessing new techniques, reliable buyers, and financial services, limiting both income and growth.

AgriLink addresses this gap by becoming the first dedicated professional networking platform for farmers. Much like LinkedIn, every farmer can create a profile showcasing their crops, land practices, certifications, and achievements. They can connect with other farmers, agriculture businesses, suppliers, NGOs, and government bodies. Unlike regular platforms, AgriLink uses features made for agriculture.

The beneficiaries are farmers , buyers, suppliers, and communities . By leveraging cloud computing, AgriLink can scale securely, store farmer data transparently, and even integrate offline SMS features for those in low-connectivity regions.

This problem matters to me because agriculture is not just an industry but a lifeline for millions. Yet, farmers often remain disconnected from the digital economy that drives other sectors. AgriLink aims to close that digital divide, giving farmers the same professional recognition and opportunities enjoyed by corporate workers.

1. The Real-World Problem

Every road tells the same story:

• Heavy traffic, scorching summers, pounding rains → cracks appear.
• Cracks grow into potholes → accidents, traffic jams, billions lost in vehicle damage.
• Governments pour $400 billion each year into repairs that barely last.
• And the bigger hidden villain? Cement & asphalt production — 8% of global CO₂ emissions. Our roads are literally paving the way to climate change.

2. The Gap in Current Solutions

• Traditional repairs = band-aids on broken bones. Expensive, temporary, endless.
• Chemical self-healing concretes = luxury fixes. Too costly, limited lifespan, not scalable.
• What’s missing? A solution that is sustainable, scalable, and affordable.

Big Gap → Roads that heal themselves, just like living tissue.

3. Who Benefits

• Governments & Cities: Save billions, redirect funds to schools, healthcare, innovation.
• Drivers & Commuters: No more swerving around potholes → safer rides, fewer accidents, lower repair bills.
• Communities: Less noise, fewer traffic jams, more reliable emergency services.
• Our Planet: Lower CO₂ emissions, roads that might even capture carbon while healing.

4. Why This Matters 

I see potholes every single day. They’re not just cracks in the road — they’re cracks in our system:

• Ambulances delayed, lives at risk.
• Motorbikes slipping, families torn apart by accidents.
• Public funds drained, while repairs vanish with the next monsoon.

This isn’t just an infrastructure problem — it’s a human problem. That’s why we need roads that work for us, not against us.

5. The Science Behind Living Roads

• Nature already knows how to heal. We’re borrowing her blueprint.
• Engineered microbes (Bacillus strains) produce bio-cement (CaCO₃) naturally.
• We embed them in tiny nutrient capsules inside road material.
• When cracks form and water seeps in → the microbes “wake up” → deposit bio-cement → the crack is sealed from within.
• Synthetic biology upgrades:
  • Survive extreme heat/cold.
  • Stay dormant until needed.
  • Capture CO₂ during repair → turning pollution into pavement.

Impact: Roads last 2–3x longer, emissions fall, repair costs drop, and the daily chaos of potholes fades into history.

1. Problem

Millions of people waste hours every day stuck at traffic signals. Static signal systems cause unnecessary waiting, fuel wastage, stress, and make it harder for ambulances and emergency vehicles to move quickly.

2. Solution

Introduce smart traffic signals that sense real-time traffic flow, adjust automatically, and coordinate across intersections. These systems can also prioritize emergency responders and reduce stop-and-go congestion.

3. Why this matters to me

Traffic affects my daily life—it steals time I could spend with family, increases stress, and burns extra fuel. Smarter signals mean smoother commutes, peace of mind, and more time for meaningful things.

4. Implementation

Deploy AI- and IoT-enabled sensors at intersections to monitor vehicle density, integrate them with city-wide traffic control systems, and ensure emergency vehicles get priority. Gradual rollout can begin in high-congestion areas.

5. Conclusion

Smart signals are more than just technology—they’re about giving people back time, reducing stress, and making cities more livable. Change begins one signal at a time, and together they can transform urban mobility.

 Real-World Problem

Modern smartphones and wearables have become our wallets, keys, and constant companions, but their batteries rarely last a full day of heavy use. Students juggling online classes and travel, professionals on long commutes, and travellers navigating airports all face the same obstacle: at some point, the battery warning appears and work or communication stops. Carrying power banks adds weight and eventually contributes to electronic waste. Conventional “wireless” pads still require a user to stop, place the phone carefully, and remain stationary. We need a way for devices to stay charged while we live life on the move.

 Gaps in Current Solutions

Fast chargers cut charge time but still tether users to a wall socket. Portable power banks solve mobility but not weight or sustainability. Inductive pads only work over a few centimetres and lose connection if the phone is lifted. Public USB ports raise data-security concerns. No mainstream system offers safe, efficient charging across several metres while the phone is in normal use or even in a pocket.

 The Proposed Solution

Create long-range wireless charging zones, similar to how Wi-Fi delivers data.

• Infrastructure: Ceiling or table-mounted transmitter panels emit a focused electromagnetic field or low-power RF beam.

• Smart Control: Sensors detect compatible devices, track distance and orientation, and energise only the area directly around the phone, adjusting power to maintain efficiency and safety.

• Device Hardware: Phones include a thin resonant coil or RF harvesting chip—technology that fits within today’s standard smartphone casing.

When a user enters a café, airport lounge, lecture hall, or bus equipped with these transmitters, their devices start topping up automatically—no cables, no specific placement.

 Who Benefits

• Users: True “always-charged” convenience, lighter devices, and freedom from carrying chargers.

• Businesses: Cafés, co-working spaces, airports, shopping malls, and public transport systems can attract and retain customers with a premium “power everywhere” service.

• Manufacturers: Phone makers can reduce battery size and cost, cut material use, and differentiate new models with built-in receivers.

• Environment: Fewer disposable power banks and smaller batteries reduce e-waste and mining of rare materials.

 Personal Motivation

As a student and frequent traveller, I often rely on my phone for maps, tickets, research, and payments. Running out of battery mid-journey is frustrating and sometimes risky. A world where phones charge automatically—just like connecting to Wi-Fi—would remove this daily stress and support more sustainable technology.

Technical Snapshot

The system uses resonant inductive coupling or beam-forming RF with directional antennas, operating in safe ISM frequency bands. Energy transfer at 1–3 metres has been demonstrated in research labs; our innovation is packaging it into scalable ceiling panels and IoT-based control for energy metering and user authentication.

Many students struggle to keep up in class because everyone learns at a different pace, and sometimes the way teachers explain things just doesn’t click. On the other hand, we often find that a friend or classmate can break it down in a way that makes perfect sense. The problem is, there isn’t really a proper system in place to help students connect with peers who are willing to teach or help out. This leaves a big gap where a lot of learning potential goes unused.

That’s where the idea of a Peer-Learning Marketplace App comes in. Imagine a simple campus-based platform where students can list the topics they’re good at, like Python, digital electronics, or even math tricks. Other students who need extra help can search for these topics and easily book short tutoring sessions. Instead of regular payments, the app could run on credits—you earn credits by teaching, and you can spend them when you need help from someone else. This way, everyone gets equal chances to be both the tutor and learner.

The benefits can be huge. For students looking for help, this is way more affordable than going to coaching classes, and it helps them understand concepts faster because the teaching style is more relatable. For peer tutors, it’s a chance to reinforce their own knowledge and gain real teaching experience, which boosts communication skills and confidence. Overall, it creates a more friendly and collaborative vibe on campus, where students support each other to get better.

What makes this idea so important is that it can cut down on the need for expensive coaching centers and put the power of learning back in the hands of students. Instead of just relying on professors or outside classes, students can build their own network of shared knowledge. Over time, this can improve grades, encourage teamwork, and create a culture where helping each other out becomes the norm. In short, a peer-learning marketplace isn’t just about tutoring—it’s about building a community where everyone has something to give and something to learn.

Who is it useful for?

Campus Connect is designed primarily for college students, especially freshers who are just stepping into campus life. It also benefits club leaders and event organizers who often struggle to spread the word about their activities. In short, it helps both sides—students looking for opportunities and clubs looking for participation.

The Problem

When a new student joins college, one of the hardest things is figuring out where to find information about clubs, societies, and events. Notices are often scattered across different WhatsApp groups, posters, or word-of-mouth. Because of this, students miss out on workshops, cultural events, or competitions simply because they didn’t know they existed. On the other side, clubs often struggle to reach a wider audience, as their announcements get lost in the noise.

The Solution

Campus Connect acts as a central hub for everything happening on campus. It puts all the details of clubs, their events, and the contact information of their heads in one easy-to-access platform. Students can browse upcoming activities, discover groups that match their interests, and directly connect with club coordinators without the hassle of searching multiple sources. For organizers, it becomes a streamlined way to share updates and grow their communities.

Why It Matters

Campus Connect doesn’t just solve an information gap—it builds community. It makes college life more inclusive, helps students feel connected, and ensures no one misses out on experiences that could shape their journey.

More than 40% of food produced in India goes to waste every year with restaurants, bakeries, and cafés contributing a large part of it. Perfectly good and freshly baked bread, as well as pre-prepared meals, are often thrown away at the end of the day simply because they were not sold. On the other hand, millions of people struggle to find even one meal a day. ConnectOnGo is an app designed to change this. Restaurants and bakeries can use this platform to connect with nearby NGOs, orphanages, or volunteers who can collect the food and distribute it to those in need. They can list the food they have left at the end of the end and connect with people who are interested. With its location based system, ConnectOnGo ensures that meals reach their destination quickly and on time. For restaurants, this is not only a way to reduce food wastage but also a chance to make a real difference in the society. ConnectOnGo proves that even leftovers can create hope and when we all come together, every meal saved becomes a meal shared. This idea matters to me because food is soemthing so basic yet so much goes to waste unnecessarily every day. This apps puts an end to that.

Main Problem

The fashion industry generates 90+ million tons of textile waste every year. Much of this comes from clothes discarded due to small rips, holes, or fraying—long before their true lifespan ends. This not only burdens landfills, but also wastes resources, chemicals, and labour involved in making each piece.

 Proposed Solution

Imagine fabrics that self-heal: clothes infused or coated with engineered microbes that produce structural biomaterials on demand. When activated—by washing, spraying with a specific trigger, or exposure to moisture—these microbes secrete fibres that patch up small damage, restoring fabric integrity without needing full replacement.

Who It Benefits

• Consumers → save money since clothes last longer.

• Environment → reduced textile waste and resource depletion.

• Fashion Industry → opportunity for truly sustainable innovation.

• Tech/Startups → potential to pioneer bio-based clothing solutions.

• Uniform Users → school children, security personnel, healthcare staff, and others in uniforms benefit from extended durability of everyday wear.

 Why This Problem Matters

Fast fashion is a major driver of pollution, overuse of water and chemicals, and excessive waste. Items are often discarded after only months of use. Extending clothing life not only conserves resources but also reduces carbon footprint, mitigates microplastic shedding, and promotes more ethical production practices.

 Technical Details

• Komagataeibacter xylinus: produces bacterial cellulose, a strong, flexible fibre-like biomaterial.

• Bacillus subtilis: capable of forming biofilms and secreting structural proteins to reinforce fabric at weak points.

• Saccharomyces cerevisiae (yeast): can be engineered to make silk-like or elastin-like proteins to allow elasticity and durability.

Design concept: microbes are embedded in a dormant state, activated by a trigger (e.g. spray or wash), perform repair, then return to inactivity.

 Problem :

 Many times, people face difficulties while travelling, whether it is finding the correct platform at a railway station, locating the nearest bus and knowing its fare, or simply figuring out where they are in a crowded or unfamiliar place while using public transport.

Solution : 

My idea is to design a smart travel companion app to replace a human guide. This app solves these problems by using live GPS tracking to guide users step by step.It also has an in-built AI assistant that can answer any travel-related questions.A unique feature is that users can click a photo of their surroundings, and the app will instantly identify the location and provide clear directions and answer all your questions like "Where am I?", "Where to go next?" etc.

In addition, the app provides comprehensive local information like nearby food stalls, restaurants and hotels with their menus, facilities and closing times; essential services like hospitals and medical stores nearby, as well as sightseeing and tourist attractions available in that area.It can also display the schedule of the next available buses or trains with fare details, helping users plan better.Beyond this, the app acts as a problem-solver for common issues like guidance on what to do if a ticket is lost, instructions if someone occupies your reserved seat, and even a digital complaints box for quick reporting. In short, the app is designed as a complete replacement for a human guide, ensuring travelers feel safe and confident even when alone.

Gaps in the current solutions/market :

Current transport and navigation apps provide partial help but lack personalization. Google Maps or other transit apps only show routes and timings but do not guide travelers through unexpected real-world situations. They don't offer photo-based location recognition, integrated local services, or clear solutions for ticketing, safety and other issues.My idea fills this gap by combining navigation, problem resolution and local lifestyle assistance in one seamless platform.

Whom does it benefit? :

  * Solo travelers get independence and clarity without relying on strangers.

  * Elderly passengers receive simplified guidance and safety support while traveling alone

  * Tourists gain quick access to sightseeing information, hotels and food spots.

  * The wider community benefits as the app encourages safer, more efficient mobility and supports local businesses.

Why does this problem matter to me? :

This problem matters to me because I have seen how stressful public transport can become, especially for those who are unfamiliar with a city, or elderly people travelling alone. A missed bus, confusion at a station, or lack of timely help can completely ruin the travel experience. I want to build something that removes anxiety and builds confidence in travel, making public transport feel accessible and safe for everyone.

Technical details :

The app can be built with GPS and mapping SDKs, NLP-powered AI assistant and computer vision/OCR for identifying locations from images. Integration with GTFS transit APIs ensures real-time bus/train schedules, while secure SOS and complaint systems enhance safety. Offline caching can also support areas with weak internet connectivity. 

1. The Problem It Solves

• Students and young professionals often struggle with career direction.

• Many choose courses or degrees without understanding what skills the job market actually demands.

• Career counseling is limited, generic, or unavailable for most students.

• Result:

  • Wasted time and money on irrelevant courses.

  • Graduates who are “educated” but not “employable.”

  • High anxiety about the future and misplaced career expectations.

2. Gaps in Current Solutions

• Job platforms (LinkedIn, Naukri): Focus on job listings, not guiding students on how to reach those jobs.

• Ed-tech platforms (Coursera, Udemy): Provide courses, but no personalized roadmap connecting skills → internships → jobs.

• College counseling: Often outdated, not data-driven, and too broad to be useful.

• No integration: Nothing ties together skills assessment, learning resources, internships, and market trends in one place.

3. Who Benefits

• Students & graduates:

  • Personalized career maps.

  • Skill gap analysis with specific recommendations.

  • Clarity on real-world opportunities and demand.

• Colleges & universities:

  • Better placement records.

  • Stronger reputation for student success.

• Employers:

  • Access to pre-vetted, skill-mapped candidates.

  • Reduced hiring/training costs.

• Community/Society:

  • More employable youth.

  • Less mismatch between education and jobs.

  • Stronger workforce powering the economy.

4. Why This Problem Matters to Me

• I’ve seen friends and peers feel lost about their career path.

• Many waste years chasing a field only to later discover it doesn’t fit them or isn’t in demand.

• I believe students should have clarity, confidence, and a guided path — not confusion and guesswork.

• A solution like this can change lives at scale.

5. How the Solution Works (Technical Details)

• Step 1: AI Skill & Personality Assessment

  • Interactive quizzes + machine learning models analyze strengths, weaknesses, and preferences.

  • Example: Analytical thinker → Data Science / Business Analytics. Creative thinker → UI/UX / Marketing.

• Step 2: Market Data Integration

  • Real-time scraping of job platforms, industry reports, and salary trends.

  • AI highlights which careers are rising/falling in demand.

• Step 3: Personalized Roadmap

  • AI generates a step-by-step learning path:

    • Which skills to learn (and in what order).

    • Recommended courses, projects, and certifications.

    • Internships or part-time opportunities to gain practical experience.

• Step 4: Progress Dashboard

  • Shows how close a student is to being “job-ready.”

  • Tracks skill growth, certifications, and project completion.

• Step 5: Career Matchmaking

  • Direct integration with employers looking for specific skill sets.

  • Students can showcase a verified “AI career readiness score.”

• Optional Add-ons:

  • Gamification: Points and badges for completing career steps.

  • Peer groups & mentorship matching.

  • Integration with universities’ placement cells.

6. Why It Stands Out

• Goes beyond job listings → actually builds the bridge from student → employable professional.

• Powered by AI + real-time market data, so it evolves with trends (e.g., AI roles today, quantum roles tomorrow).

• Empowers students to own their career growth rather than relying on luck or generic advice.

• Scalable across schools, colleges, and even professionals looking to switch careers.

Problem
The internet has become the backbone of modern life, shaping how we learn, communicate, and interact. However, it also faces serious challenges of misuse, particularly through the rise of AI-generated deepfakes. Deepfakes are hyper-realistic fake videos, audio clips, or images created using artificial intelligence. While this technology can be used positively in entertainment, education, and accessibility, it is increasingly being misused to spread misinformation, harass individuals, or damage reputations. For example, manipulated videos of public figures can influence elections, while fake voice recordings can be used in financial scams. On a personal level, deepfakes are being weaponized to bully students or create non-consensual content, leaving victims with emotional and social scars. This shows how harmful the misuse of AI can be for both individuals and society.
Gap
Existing solutions are not effective enough. Watermarking AI-generated content is often invisible to the average user and can be bypassed. Fact-checking platforms usually take time to verify and publish corrections, and by then the fake content may already have gone viral. Deepfake detection tools do exist, but they are often too technical or require advanced software, which makes them inaccessible to ordinary users. In short, there is no simple, fast, and accessible method for everyday people to verify whether online content is genuine or fake.
Solution
That’s where Vera comes in, a lightweight browser extension and mobile application that works like a truth filter for online content. When a user encounters a suspicious video, image, or voice clip, they can click “Check with Vera.” The system will scan the content using AI models designed to detect deepfake signals such as pixel-level inconsistencies, voice synthesis patterns, and metadata mismatches. The result will be shown in a clear and easy-to-understand color system:
•⁠ ⁠✅ Green – Authentic
•⁠ ⁠⚠️ Yellow – Altered/Unverified
•⁠ ⁠❌ Red – Likely Deepfake
Additionally, Vera will include a community verification system where flagged content can be reviewed by trusted fact-checkers or partner organizations, which will improve accuracy and build trust.

Benefits
•⁠ ⁠Everyday users: gain protection against misinformation and scams.
•⁠ ⁠Schools and media houses: can maintain credibility and reduce the risk of spreading false content.
•⁠ ⁠Society: benefits from a safer, more trustworthy online environment where harmful fake content is less likely to spread.
Why It Matters to Me
This problem matters to me because as a student who spends a lot of time online, I have seen how quickly false information spreads among young people. Even a single fake video or manipulated post can shape opinions, create rumors, or harm someone’s reputation. I want technology to empower my generation, not mislead us. As a future computer science engineer, I feel responsible for working on solutions that use AI for good and help people trust the digital world again.
Technicalities
•⁠ ⁠AI detection models: Vera will analyze images, videos, and audio for pixel irregularities, voice synthesis signals, and metadata mismatches.
•⁠ ⁠Lightweight design: Runs smoothly on browsers and mobile devices, ensuring accessibility.
•⁠ ⁠Privacy-first: Content will be analyzed locally where possible, with minimal data sent to servers.
•⁠ ⁠Community integration: Verified fact-checkers can review flagged content.
•⁠ ⁠Social media support: Vera can be integrated with platforms to display a “Vera Verified” badge on authentic content.

•Cold storage facilities are centralized and far from villages.

•Existing units run on diesel or expensive electricity, raising costs.

•Farmers are dependent on external suppliers for fuel and storage.

The Problem:

Electricity demand is rising every year, and much of it is still met by fossil fuels that harm the environment. At the same time, households and businesses often struggle with high power bills because people can’t clearly see which appliances or rooms consume the most electricity. Fans, geysers, and lights are often left running longer than needed, wasting both energy and money. Current electricity meters only show total usage and cost but don’t provide real-time insights or smart control. As a result, people continue to overuse power without realizing it until the bill arrives.

Gap in the Current Solutions:

Most electricity meters today are outdated. Some show total consumption, but very few break it down by room or appliance. Even smart meters usually require mobile apps that many users find confusing, and they often don’t provide easy ways to save energy automatically. What’s missing is a simple, intelligent device that not only tracks usage in detail but also gives people the power to control their appliances instantly.

The Idea: Watt Wise – The Smart Generating Box

My idea is to build a touchscreen energy monitor called Watt Wise. This device would display:The current month’s electricity bill in real-time.Room-by-room usage (e.g., bedroom, kitchen, living room).Smart savings suggestions, showing how much money can be saved if certain appliances are turned off.An automatic control option to switch off fans, lights, or geysers that run too long.This makes electricity usage transparent, easy to manage, and cost-saving—all from one sleek box.

Who Would Benefit:

Families would save money by spotting and reducing unnecessary usage.

Schools & offices could track which rooms waste the most power and fix it.

Governments & communities could lower demand and promote sustainable energy use.

Businesses adopting Watt Wise would brand themselves as eco-friendly and innovative.

Why It Matters to Me:

I’ve seen households (including my own) where electricity bills rise suddenly, and no one knows why. Geysers or fans are often left running by mistake, and we only realize it when the bill comes. I believe energy shouldn’t be wasted this way—if people can clearly see their usage and control it, they will naturally save both money and the planet. Watt Wise makes that possible.

Technical Details:

Touchscreen display for easy interaction.

AI-powered insights to predict savings and suggest optimizations.Smart controls to turn off appliances automatically after long use.Cloud connectivity to keep track of data and provide updates.Compatible with existing home wiring so installation is simple.

✨ With Watt Wise, saving electricity becomes effortless—smarter power, smarter living.

Hyperlocal Soil Testing-as-a-Service for Smallholders The Massive Gap India has 8,272 soil testing laboratories, but shockingly only 16.7% of farmers actually use them. Most labs are either non-functional or severely underutilized due to staff shortages and poor infrastructure. In Madhya Pradesh alone, labs worth ₹150 crores are lying defunct. This inefficiency leaves millions of farmers without access to crucial soil health insights. My Idea I propose a mobile, hyperlocal soil testing service designed especially for small and marginal farmers, who form 86% of India’s farming community. Instead of making farmers travel to distant labs and wait for weeks, the service will bring soil testing directly to their fields. Key features include: Portable soil testing kits for instant analysis. Mobile app integration to deliver reports and fertilizer recommendations. Village-level franchisees who operate and own the equipment. Affordable pay-per-test model (₹100–200 per test, far lower than traditional labs). Why This Works Farmers get real-time, actionable results at their doorstep. Reduces dependence on broken government systems like the SHC (Soil Health Card) scheme. Creates micro-entrepreneurship opportunities in rural areas via franchisees. Ensures long-term productivity by guiding farmers to use the right fertilizers in the right amounts.

Converting RO Wastewater into Flames – Dual Use of Water and Energy

Millions of residences and office establishments operate RO purifiers every day to access safe drinking water. However, it costs nearly 2–3 liters of wastewater to be flushed for every sanitized water obtained. The wastewater is usually flushed down, accompanied by large water wastage. While the world is facing a surge of energy scarcity in which energies like LPG, petrol, and diesel become expensive and unsustainable.

My idea is to develop a system that converts RO wastewater into usable flames. The scientific principle here is that RO wastewater contains a high concentration of salts and minerals, which can be electrolyzed to release hydrogen gas. This hydrogen can then be used as a clean, high-energy fuel to produce flames. In this way, instead of discarding wastewater, we transform it into a valuable energy resource.

This solution fills two big gaps:

Water Management: It minimizes wastage from RO membranes.

Sustainable Energy: It is another alternative to conventional sources of energy without increasing carbon levels.

Its users are:

Families and populations depending on RO purifiers.

Those businesses and eateries that require lots of water and fuel.

Environment, as it reduces wastage and carbon foot-print simultaneously.

This issue is important to me because I myself can see how much water is wasted in the house via the RO system, yet I can see how expensive and environment-contaminating normal energies are. If we can combine these two problems into one solution, then resources will be conserved and sustainability will be encouraged.