Ideaz

• odor levels (ammonia-gas levels/methane-gas levels) to detect foul smell,
• Humidity sensors to check wet floors or dirty (uncleaned)  floors,
• usage count sensors to monitor the number of times washroom is used and give out alerts when used heavily.

This information would be calculated and presented as Cleanliness Score on a display touchscreen outside the restroom

• green = clean,
• yellow = moderate,
• red = needs cleaning)

At the same time, cleaning staff would receive real-time alerts on an app, enabling them to clean when needed rather than adhering to a strict timetable.

• To the users: Guarantees of hygiene, less risk of infection, increased trust in using the common facilities
• In women and children : protection againts UTI and other health complications.
• To cleaning staff and authorities: Time saving, cost savings and better accountability.
• To the society: improved public health and higher hygiene standards.

Proper waste management playsd a very cruciel role in protecting public health and sanity by the spread of diseases and creating cleaner, safe living environment and atmosphere. poorly managed waste or not properly bumped or burnt waste - especially in open dumps , untreated sewage, and hazardous materials-can also become a breeding ground for seriously health riskd. currently the other apps or companies are focusing on digital platforms that connects waste collection centres or doing plastics recycling, processing post-consumers plastic recycling as proper treatment of hazardous and biomedical wastes.

ECO GAURD Solves this by helping people by inventing a app for waste pickup requests, digital payments and reporting illegal dumping or open dumping and also this app have GPS tracker for tracking your daily garbage truck and also we are offering QR codes to build trust when some one gives waste, they can also track waste is going and end up. we also condut health camps 

FOR EXAMPLES

1)  Reduces open defection and provide organic farming and organic food to people

2)   Keeps drinking water safe and protects sea living

3)    Prevents piles of garbage on streets,reduces foul smells and also improves air quality and cleanly neighbourhood

WHO BENEFITS ? 

1) Families and neighbourhood : cause clean neighbourhood and less diseases and less money on hospital visits & clean streets bring pride and happiness

2) Health care worker, Doctor & Patients: Reduses risk of infections spreading in hospitals

3) Animals &wild life : clean rivers and oceans means safer animals&sealife 

WHY DOES IT MATTER? 

Withoput proper waste systems, garbage piles diseases will spread like malaria, dengue. waste management also protect human lives. proper waste handling keeps environment , atmosphere, air, water and food safe & clean. Animals dont eat plastic, rivers dont get chocked with trash and oceans stay cleanly. If we dont act now, landfills will overflow, oceans will be filled with garbage & diseases will increases waste management ensure a safer,healthy future pf us future generation. It is about health, dignity amd survival for people around the world.

One of the biggest problems in cities today is inefficient waste management. Overflowing garbage bins, uncollected trash, and littered streets are common scenes that affect not just cleanliness but also public health and the environment. Despite multiple efforts from municipalities, the systems in place often fail to handle waste efficiently. I thought—what if there was a way to use technology to manage waste more intelligently, ensuring that bins are cleaned before they overflow and resources are used optimally? That’s how the idea of “Smart Waste Management System” came to me.

The idea is to equip waste bins with sensors that measure how full they are in real time. These sensors would send data to a central system that maps all bins in the city. Garbage collection trucks would then be directed only to the bins that need emptying, avoiding unnecessary trips and reducing fuel consumption. The system could also predict peak waste times in different areas, helping the authorities deploy staff more efficiently.

The gap in current solutions is that most cities rely on fixed schedules, which lead to inefficiencies. Bins are emptied when they are not full, wasting time and resources, while some areas remain unclean because bins overflow before the next scheduled collection.

The beneficiaries are many:

• Residents, because streets will be cleaner and healthier.

• Municipalities, which can save money and reduce pollution by optimizing routes.

• Businesses and tourists, who will benefit from a cleaner environment.

• The planet, as better waste management reduces landfill overflow and harmful emissions.

This problem matters to me because I live in an urban environment where waste is a constant challenge. Seeing garbage piling up not only looks unpleasant but also leads to diseases and discomfort. Efficient waste management improves quality of life and reflects responsible governance.

From a technical perspective, the system could use low-cost IoT sensors, cloud-based analytics, and route optimization algorithms powered by machine learning. Data privacy can be ensured by only tracking bins and collection schedules without personal information.

Though there will be challenges like sensor maintenance, connectivity, and funding, the long-term benefits far outweigh the initial investment. By making waste management smarter, cities can become healthier, safer, and more sustainable for everyone. This is not just about garbage—it’s about dignity, health, and responsible living.

rFC-OnSite

Portable Lab-on-Chip for Smart, Sustainable Endotoxin Detection

Problem Statement

The biomedical industry relies heavily on horseshoe crab blood to produce Limulus Amebocyte Lysate (LAL), the gold standard for detecting bacterial endotoxins in vaccines, drugs, & medical devices. This practice threatens wild horseshoe crab populations, causing high mortality, impaired spawning, & ecological disruption.

Recombinant Factor C (rFC) assay kits are used to detect bacterial endotoxins (lipopolysaccharides, LPS) in pharmaceuticals, vaccines, & medical devices. They use a genetically engineered version of Factor C, the key protein from horseshoe crab blood, which activates in the presence of endotoxins. This activation triggers a fluorescent or colorimetric signal, allowing rapid, sensitive, & quantitative measurement of endotoxin levels without relying on live horseshoe crabs.

 Although recombinant Factor C (rFC) assays offer a sustainable alternative, they are limited to centralized labs, require trained personnel, & rely on batch-based testing. Current solutions lack portability, automation, & digital integration, preventing real-time, on-site endotoxin detection. As pharmaceutical manufacturing moves toward continuous, real-time quality assurance, there is a critical need for a portable, automated, & eco-friendly testing platform.

My Solution

We propose a handheld, AI-integrated Lab-on-Chip device that transforms endotoxin detection into a rapid, point-of-use process:

• Microfluidic Chip: Preloaded with recombinant Factor C, requiring only a single-drop sample.
  
  
• Endotoxin Detection: LPS activates rFC, which cleaves a reporter substrate to generate a fluorescence or colorimetric signal.
  
  
• AI Analysis: Embedded AI analyzes the signal, corrects for noise, & provides accurate readings in real time.
  
  
• Digital Integration: Results are displayed on a smartphone or cloud dashboard for seamless tracking & regulatory compliance.
  
  

Value Proposition 

• Current recombinant Factor C (rFC) assay kits improve upon traditional LAL tests but have significant limitations: they are benchtop systems requiring centralized labs, manual workflows, trained personnel, external signal detection, slower turnaround (30–60 minutes), high reagent use, & batch-based testing. While more sustainable than LAL, they are not optimized for real-time, on-site monitoring.
• The AI-integrated Lab-on-Chip rFC platform addresses these gaps by offering a portable, pocket-sized device with a fully automated “sample-to-answer” workflow. Integrated optical sensors & AI-driven analysis ensure rapid, accurate results in under 15 minutes. Cloud integration supports compliance tracking & centralized monitoring, while microfluidics reduce reagent use, making the platform sustainable, scalable, & cost-effective. This next-generation solution enables real-time, on-site endotoxin testing, overcoming the limitations of current rFC kits.

Who Benefits

• Pharmaceutical manufacturers gain real-time quality control
• labs & field operators can perform rapid testing
• the wider community benefits from safer vaccines & drugs produced sustainably.

Why This Matters to Me

This project addresses the intersection of public health, sustainability, & technology. Horseshoe crabs are not only ecologically vital but also a unique source of biomedical reagents. Witnessing the ecological impact of their exploitation motivates me to find sustainable alternatives. Developing a portable, AI-integrated Lab-on-Chip platform allows me to combine my knowledge of molecular biology, microfluidics, & bioengineering to create a solution that protects these ancient marine species while delivers a scalable, cost-effective, & environmentally responsible solution for modern endotoxin detection. This project embodies my vision of using biotechnology responsibly to innovate, conserve, & make a hugedifference.

The Problem:

We don’t lack dustbins in India, we lack motivation to use them. In India, a significant challenge in waste management is public behavior. Despite widespread awareness, many people are still hesitant to use dustbins, leading to litter and unhygienic environments. The core issue is a lack of immediate, personal incentive. We often expect people to do the right thing for a collective good, but that's not always enough to change a deeply ingrained habit.

The Solution:

My project aims to solve this problem by introducing a "Give and Take" system. It is a smart dustbin that uses a simple, immediate reward to incentivize proper waste disposal. For every piece of trash thrown into the bin, the user receives a small, tangible reward in return. In short: throw trash → get a treat.

This approach taps into a fundamental human principle, turning a civic duty into a rewarding action.

Why My Solution is Innovative:

While a few initiatives have explored rewarding people for recycling, they often rely on complex, cumbersome systems. My solution is unique because of its simplicity and focus on direct behavioral change.

Instant Gratification: This system offers an instant, physical reward, making it a powerful psychological tool for creating a new, positive habit.

Universal Appeal: My solution is accessible to everyone, regardless of age or digital literacy. The dustbin can have simple buttons to choose a reward that fits the user. A child could get a sticker, a teen/adult could receive a QR code for a discount or free Wi-Fi (via coupon codes linked to existing public hotspots or partner cafés, not direct Wi-Fi from the bin itself), and an elderly person could get a simple, paper-based coupon for a local shop or a voucher for a nearby tea stall. Unlike apps or point systems, this doesn’t require smartphones, literacy, or bank accounts. It’s inclusive by design.

Practical and Scalable: The solution avoids the logistical complexity of cash or bank transfers. It is a cost-effective and easy-to-maintain mechanical system that can be scaled across cities and public spaces.

Addressing Potential Concerns:

This project is a social innovation that uses a simple, elegant solution to solve a significant, real-world problem. While there may be initial concerns about cost and maintenance, the long-term benefits in public health and sanitation far outweigh the investment. My design uses low-cost components to make it economically viable and a simple sensor system to prevent misuse. Even if one dustbin prevents 100 wrappers from being littered daily, imagine the impact when scaled across parks, stations, and schools. The rewards are a direct catalyst for positive behavior, making this more than a product, it's a tool for social change.

The Vision:

This project isn’t just a dustbin, it’s a step toward reprogramming habits and creating a culture where cleanliness feels rewarding.