Nexus and Luminar join forces to create a groundbreaking Web3 Super-ecosystem. Nexus, powered by Tezos, revolutionises transactions by providing a secure marketplace for services and products. Meanwhile, Project Luminar takes gaming to new heights with its visually stunning open-world game(s) and free economic system.
Leveraging the power of NFTs and smart contracts, Luminar allows players to tag assets like swords and shields, enabling seamless asset sharing and true interoperability between games. By partnering with Nexus, Luminar takes a bold step towards transforming user acquisition economics in play-to-earn games, while providing support to Nexus.
Through a novel integration, Luminar showcases the offerings of Nexus, empowering users to easily order their favourite products and services directly from Nexus. This seamless connection between the games and the marketplace takes advantage of blockchain technology's utility and drives adoption through diverse applications.
Nexus and Luminar are just the beginning, exemplifying the versatility and potential of Web3 technology. Together, they form the tip of the spear, onboarding users into an interconnected Super-Ecosystem that paves the way for the future of blockchain innovation.

AAyojan is a web which is just like book my show.
it have different sections like music, open mic, comedy.

What is the main problem you are solving? *

Problem Statement:
In today's global consumer market, the rise of counterfeit products poses a significant threat to consumer safety, brand reputation, and market trust. Unscrupulous entities exploit the lack of transparency and traceability in supply chains to flood the market with fake goods that closely resemble authentic products. This not only deceives unsuspecting consumers but also undermines the efforts of legitimate manufacturers and producers.
Moreover, the issue of counterfeit product

Description of the Idea:

Our idea revolves around developing a blockchain-based verification system using Hardhat, a development environment for Ethereum smart contracts, and a local blockchain network. The system aims to combat counterfeit products and ensure the authenticity and traceability of goods in the consumer market, encompassing both manufactured products and market produce.

Key Components of the System:

Blockchain Infrastructure: Using Hardhat, we will set up a local Ethereum blockchain network. This local network will serve as a testing environment to develop and deploy smart contracts securely and efficiently.
Smart Contracts: We will develop smart contracts on the Ethereum blockchain to handle the generation and management of unique IDs and QR codes for products. These smart contracts will contain functions to create product IDs, store relevant product information, and allow verification by consumers, retailers, and distributors.
Unique ID and QR Code Generation: The smart contracts will generate unique IDs for each manufactured product and batch of market produce. The IDs will be based on specific attributes such as product type, manufacturing date, and other relevant information. Subsequently, the smart contracts will create QR codes that encode these unique IDs.
User Interface: We will design a user-friendly mobile application and web interface to enable consumers and market participants to interact with the blockchain system. The interface will include a QR code scanner to allow users to scan product QR codes for verification.
Supply Chain Integration: The smart contracts will include features to facilitate supply chain management. For market produce, the system will track the journey from the farm to the market, recording relevant details such as harvest date, farm location, transportation records, and quality certifications.
Verification Process: Consumers, retailers, and distributors can use the mobile app or web interface to scan the QR code

This is an Automated Market Maker web application developed using Tezos BlockChain.

Project: Web3 Integration for Reliable Media in the Metaverse

Description: Addressing media credibility crisis by integrating Web3 into the metaverse, combating misinformation and restoring trust in journalism.

Problem: Media faces credibility challenges due to fake news and bias. Traditional funding struggles to support quality journalism.

Tech Stack: Unity Blender Visual studio code

Solution: Build a Tezos-based Web3 protocol that validates media sources, incentivizes accurate data, and restores media's role as a credible information source in the metaverse.

Team Members:

• Prathiba
• Pragati
• Supriya
• Miruthulaa

Background: 3rd-year IT students from Sri Manakula Vinayagar College. Passionate about leveraging technology for societal betterment [https://www.spatial.io/studio/worlds](live project URl) https://docs.google.com/presentation/d/13_LM3iQmjbPCUJvSRIxMPqGjt8w3CbR3/edit?usp=drivesdk&ouid=110671779920663801692&rtpof=true&sd=true

SmartMeds is a blockchain-based healthcare application that aims to provide a secure and transparent platform for managing patient records, prescriptions, and medication adherence. With SmartMeds, patients can have control over their health data while healthcare providers can securely access and update patient records.

We would like to pitch Blocks Gaming.
the aim of the product is to build a robust ecosystem for blockchain gaming.
Currently we have support for multiplayer PvP chess game in our Library.
We have integrated cool features like staking and NFT's over the traditional chess game.
We have also built a comprehensive website with smooth UI/UX for maximum engagement and customer support.
We have generated a PR- #69 for the Submission.

this is a web2 based realtime chat website with many unique features implemented using mern stack

Project: FunSurf

By: Team Juggernaut

Targetted Track: Rollup track & Gaming track

Funsurf is a platform for hosting tournaments on casual web games. Join tournaments, compete in casual web games, and climb leaderboards for crypto prizes. FunSurf is built on top of Etherlink rollup on Tezos. We have implemented an in-app bridge for frictionless onboarding.

Check it out at https://funsurf.netlify.app/

The "AnswerNFT" project leverages the uniqueness of NFTs and brings together NFTs and Interactive challenges. Developed on the Tezos blockchain, it lets users create and trade Questions as NFTs, that are not just collectible but also interactive.
The idea is to mint questions, riddles, mathematical problems, and puzzles as NFTs. To acquire these NFTs, buyers must solve the associated challenge correctly. Using TypeScript, React, and Material-UI, the user interface is designed to be intuitive and engaging for creators and buyers alike.
"AnswerNFT" aims to tap into NFT’s potential by combining NFT Economics with engaging content, providing an innovative platform for users.

SmartPG

Make NFT minting on Tezos a no code process. Currently it implements mostly MVP stage features such as:

• a simple to use editor for json,
• file uploader for IPFS. So that IPFS hash can be used into metadata.
• a click based interface for choosing what features you want into contract.

NFTs + Tezos = NFꜩ

We are using zero knowledge based proof for verifying the authencity of the educational documents/proofs

https://github.com/nishim3/TezAsia-2k23/blob/main/CryptoTitans/KBS%20Edu%20Sector.pdf

Transforming Transactions with Blockchain-Powered Efficiency

SmartPG reimagines transactions using blockchain and smart contracts. It offers:

Automated Transactions: Smart contracts execute payments when conditions are met, eliminating intermediaries for swifter and secure transactions.

Flexibility: Users choose between fiat and cryptocurrencies, catering to diverse financial preferences.

Customizable Terms: Parties define conditions via smart contracts, ensuring transparent and reliable transactions.

Blockchain Transparency: All transactions are recorded on an immutable ledger, fostering trust and minimizing disputes.

Adaptability: SmartPG fits multiple industries, streamlining payments across sectors.

Compliance Integration: Incorporates compliance protocols, simplifying adherence to regulations.

Real-time Updates: Users receive instant notifications for a seamless experience.

Hybrid Approach: Balances decentralization's security with centralized user management.

Welcome to our innovative web app project, where we seamlessly merge the power of blockchain technology with the realm of digital creativity. Our application serves as a dynamic showcase, offering a firsthand experience in the fascinating process of minting Non-Fungible Tokens (NFTs) on the Hedera network.

With the user-friendly interface, we've made it possible for creators and enthusiasts to engage in NFT minting effortlessly. By integrating HashPack and Blade wallet authentication, we ensure the utmost security and authentication for every token created.

Our project doesn't stop at tokenization; it delves deeper into the intricacies of metadata. Users can upload metadata and captivating images to an IPFS provider, ensuring that the information remains secure, immutable, and retrievable. This process adheres to the HIP-412 standard, setting a benchmark for data integrity and compatibility within the NFT ecosystem.

The essence of our project lies in transforming abstract concepts into tangible experiences. We're embracing innovation by allowing users to embrace digital ownership through NFTs. As we navigate the intersection of technology and creativity, our web app project paves the way for a future where ownership is decentralized, creative expression is boundless, and digital assets are securely tokenized on the Hedera network.

#14

Team Name: GreenDay
Project name: Resume Analyzer ai
Project's Description : The Resume Ranking and Extraction System is a web-based application designed to streamline the process of evaluating and ranking job applicants' resumes based on their similarity to a provided job description. The system also extracts essential information, such as names and emails, from the resumes to facilitate efficient candidate identification.
What problem you are trying to solve: HR's dont have to manually go through resumes files based on jobs
Tech Stack used while building the project: Python, NLP, Scikit-learn, Flask, html/css
Project Demo Photos, Videos: https://www.youtube.com/watch?v=0eo_5oyW11o&t=1s
Your Deployed Smart Contract's Link: NA
Folder link to project codebase on Tezos-India/TezAsia-2k23 Repository *
Github repository link: https://github.com/iamamanporwal/TezAsia-2k23
Your PPT file https://docs.google.com/presentation/d/1m6nUfaIcD1gQaR8sHhVywfDK09xFHWFI/edit?usp=sharing&ouid=113142930030400017248&rtpof=true&sd=true
Your Team members Info:
Members: 1. AMAN PORWAL Email: [email protected] College: Bharati Vidyapeeth College of engineering. Linkedin: https://www.linkedin.com/in/aman-porwal-5933b120b/

nft tokens.zip
Team Name: The CryptoBankers

Project: NFT BankTrade

Description: Revolutionizing NFT trading by integrating with traditional banking systems, fostering accessibility and security.

Problem: NFT trading lacks a secure and regulated platform, hindering mainstream adoption and exposing users to risks.

Tech Stack: Tezo blockchain, Solidity, Web3.js, React, Node.js, Express, MongoDB, Smart Contracts.

Solution: Develop a platform that connects NFT trading with banking services, enabling seamless transactions, authentication, and asset valuation.

Team Description: We are Prathina, Pragati, Supriya, and Miruthulaa, 3rd-year IT students from Sri Manakula Vinayagar College, united by a passion for blockchain innovation.``
NFT-Trading-via-bank-main (1) (1).zip

building cross-platform application to integrate web2 technologies with web3 technology - Fair Reselling Marketplace Using Tezos Technology.project completed waiting for a request.

FlexPass is a revolutionary movie ticket booking platform built on blockchain technology. It introduces a unique feature of reselling movie tickets and employs a recommendation engine to determine reselling prices based on movie reviews and ratings. The platform aims to provide a seamless and transparent experience for users, theaters, and movie enthusiasts.

Storycraft is a revolutionary platform that takes storytelling to the next level by allowing collaborative writing and voting. Authors can publish alternative chapters for their stories, and readers, called "Crafters," vote to choose the path the story will take. All of this is done securely and transparently on the blockchain.

Our idea is to create a decentralized dice-rolling game on the tezos blockchain . In this game we have created an invite only platform where participants will guess a number from 1 to 6 and places bets on their guesses. To ensure fairness, players will have to commit their guessesusing cryptographic hashing that will enhance privacy and security during a commitment phase and later reveal their original guesses . the smart contract will then generate a perfectly random number on chain based on these revealed nonces. The players who will guess correctly will be declared as winners and the smart contract will proportionally distribute the pool of bets among them.

Healthcare Report Management Project

The Healthcare Report Management (HRM) Project is an innovative solution designed to address the challenges faced in managing electronic health records (EHRs) securely and efficiently. By leveraging blockchain technology and advanced encryption techniques, this project aims to enhance data privacy, interoperability, and accessibility within the healthcare domain.

Key Features

• Utilizes the Tezos blockchain to securely store patient, doctor, and hospital information.
• Enhances data privacy by encrypting sensitive information using the AES algorithm.
• Facilitates secure communication between users through unique public-private key pairs.
• Employs IPFS to store diagnosis documents while ensuring data integrity.
• Offers a comprehensive identity management system to control data access.

Benefits

• Protects patient privacy by encrypting data and controlling access.
• Enables efficient sharing of medical information between authorized users.
• Enhances interoperability through secure data exchange.
• Facilitates seamless communication and collaboration between doctors and patients.
• Ensures data integrity and authenticity using blockchain technology.

Technologies Used

• Tezos Blockchain
• AES Encryption
• RSA Algorithm
• IPFS (InterPlanetary File System)
• Identity Management

This project showcases the transformative potential of Tezos blockchain technology in the healthcare industry. It offers a compelling use case of how Tezos can revolutionize the management of healthcare records while expanding its application beyond traditional domains. By introducing novel concepts and applications of Tezos, this project not only addresses data security, privacy, and interoperability challenges but also highlights the versatility and advantages that Tezos brings to the table.

A GROUP OF PEOPLE WILL JOIN IN, GUESS A NUMBER FROM THE RANGE [1, 6], AND THEN PUT A BET UPON THEIR GUESS. THE ONE WHO GUESSES THE OUTPUT CORRECTLY IS TREATED AS THE WINNER(S). THEN THE ENTIRE POOL OF BETS AUTOMATICALLY GETS DISTRIBUTED ACROSS THESE WINNER(S). THE MAIN CHALLENGE HERE IS TO GENERATE A PERFECTLY RANDOM NUMBER IN THE GIVEN RANGE (OF COURSE ON-CHAIN) To AVOID ANY MISLEADS.

A blockchain game which uses the power of blockchain and Augumented Reality.

A GROUP OF PEOPLE WILL JOIN IN, GUESS A NUMBER FROM THE RANGE [1, 6], AND THEN PUT A BET UPON THEIR GUESS. THE ONE WHO GUESSES THE OUTPUT CORRECTLY IS TREATED AS THE WINNER(S). THEN THE ENTIRE POOL OF BETS AUTOMATICALLY GETS DISTRIBUTED ACROSS THESE WINNER(S). THE MAIN CHALLENGE HERE IS TO GENERATE A PERFECTLY RANDOM NUMBER IN THE GIVEN RANGE (OF COURSE ON-CHAIN) SO AS TO AVOID ANY MISLEADS.

Hi,i already completed my project with VIJAY04,but I like to update it with more than one track,waiting for reply.

NFT based Blockchain chess game using tezos

Empower Local Artists and Innovators with TezMint Platform

Description:
Excited to introduce the TezMint project, a groundbreaking initiative aimed at transforming the creative landscape. TezMint addresses the challenges faced by local artists, content creators, and innovators by providing a secure, user-friendly marketplace powered by Web3.0 and tezos blockchain technology.

What is TezMint Doing?
TezMint is creating a comprehensive platform that enables local artists to showcase their talent, content creators to monetize their work, and innovators to thrive in a secure and decentralized ecosystem. The platform tackles issues such as high gas fees, limited access to fair commission models, and the complexity of transitioning to Web3.0.

How Are We Achieving It?
Through TezMint, we are delivering a multifaceted solution:

• Gas-Free Transactions: Eliminating the hurdle of high gas fees, ensuring smooth and cost-effective interactions for users.
• Secure Decentralization: By leveraging blockchain technology, ensuring data security and privacy while enabling the seamless migration to Web3.0.
• Government and Private Integration: Streamlining the transition to Web3.0 for government and private entities, driving widespread adoption and innovation.
• Continuous Enhancement: With input from Blockchain Industry Experts, Mentors, and Advisors, crafting a user-centric experience and adding innovative features to continually evolve the platform.

The mission is to revolutionize creativity, empower local artists, and drive the adoption of decentralized technology.

AAyojan is the web just like book my show.
it have different section like music, comedy, open mic

It is an NFT DApp for posting tweets anonymously and also getting public support in the form of anonymous donations which will be secured on Tezos Blockchain.

Owl is the ultimate platform where you can buy and sell games. Through Owl we want to revolutionize the world of gaming. For each game you buy on OWL you will get a nft for that(different NFTs will be generated for different game) and with that nft you will get the license key for that game that will be used to activate the game once it has been bought. Every game you buy, the proof of transaction will be pushed onto the blockchain proving your ownership and removing the risk of ever losing the ownership of that game. On OWL you can also resell the games that you have already bought once again(reusable licenses), the number of times you can resell is limited.

Hi,i hope I followed the procedure correctly .

At CRIME TRACKER, our mission is to present the crime data from 2016 to 2021 in a way that's insightful and actionable. We've meticulously collected and analyzed crime statistics from trusted sources during this time span, allowing you to visualize and understand the trends that have unfolded.

A raycast extension that lets the user inspect any Implicit account or smart contract directly from Mac's spotlight search without going to any browser's indexers like TZKT or better call dev.

The Problem is to develop an interactive dice game . And to provide engaging audio experience while pressing the key buttons Audio API is used for the functionality

Randomized set of combinations of dice is achieved through random() function of js which will be the backbone for the project
interactive audio api is used on clicking game button to generate sound and responsive user interface is used for buttons

This is a Dice Game in which a player bets an amount of tezos on a number between 1 and 6. If the selected Number matches the generated Dice number the player wins the amount they bet back or else loses it.

A smart contract for a lucky draw to support (NGO)s on the Tezos blockchain using the SmartPy.

rock_paper_scissor-game-using-python-CVzone-

Payment streaming represents the idea of continuous payments over time. Block numbers are used to measure time in the blockchain and continuously update the balances of the parties in the contract

Project Name:- Customised virtual file system(CVFS):-

1. Programming language :- To develope this project we select C programming as a native programming language.
2. Operating system used:- As this project executes on a primary storage that is RAM there is no special requirement of an operating system(We can use any operating system).

File system layout:-

1. The above layout indicates the file system.
2. File system is divided into four parts:-
   A. Boot Block:- Its a block of 1kb size which contains the information used to start the operating system.
   When we press Power on button of laptop or desktop the code from the boot block gets executed.

B. Super Block:- Its a block of 1kb size which contains the information about whole file system.
This bolck contains the information about total number of inodes, used indoes, free inodes, total number of blocks, free blocks, used blocks, etc.

C. Disk Inode List Block(DILB):- It is a linklist of inodes.(Doubly Circular linklist)
Inode is considered as a structure(Data type) which contains information about the file.
For every file there is an saperate inode.
Operating system will access the file by considering the containts stored inside an inode.
Inode contains below things in it:-
1. Inode number
2. Name of file
3. Size of file (Allocated mamory)
4. Actual size of file (Size of data)
5. Permissions of that file
6. Last access and modification time
7. Link count
8. Block number allocatad to the file
D. Data Block:- This is one of the biggest section of file system.
The data block contains the actual data that we stored inside the file.
Each block from the data block is of 1kb size(1024 bytes).
Inside the data block there is no information about the file.
This consept of file system is applicable in any type of operating system.
All the above information is releted to the hard disk only.

(N+1) UAREA N-for processes, +1-for kernel(OS).

Data structures of file susbsystem from RAM:-

1. UAREA:- It is called as user area.
   For every running process saperate uarea gets created.

2. UFDT:- (User File Descriptor Table).
   It is considered as array of pointers which points to the entrys from file table.
   In UFDT first three entrys are reserved one for stdin(Keybord), one for stdout(Monitor) and one for stderr(Monitor).

3. File Table:- This table contains the information about the opened files.
   This table contains the offsets from where we can read and write, it contains mode in which file is opened, it contains one field named as count which is associated with new process creation, it contains the pointer which points to the IIT(InCore Inode Table)

4. InCore Inode Table:- This table holds all such inodes whose files are opened by the running processes.
   The actual inodes are stored in DILB but when any process opens the file the inode of that file gets loaded into the RAM and it gets sotred inside IIT.
   The inode from IIT contains the information like :-
   Name of file, Its inode number, Size of file, Actual size, Reference count, Block number from data block, etc.

Our initiative involves creating a convenient smart contract library similar to OpenZeppelin for Ethereum. By offering pre-built contracts in Ligo, SmartPy, and Archetype, developers can seamlessly deploy or adopt them, saving time and effort. This user-friendly approach aims to simplify Tezos blockchain development and foster innovation.

Our project, "CampusChain," revolutionizes student data management for universities and colleges by harnessing the power of blockchain technology. In response to challenges posed by unauthorized data manipulation in traditional centralized systems, CampusChain ensures data integrity and security. With a user-friendly web application, administrators can open/close portal and students can submit their details safely. By utilizing blockchain's transparency and tamper resistance, our solution establishes a decentralized database that restores trust, eliminates fraud, and safeguards the reputation of educational institutions.

Live transaction of crypto currency and a betting app for exchange of cryptocurrency.

NFT based Blockchain Chess Game using Tezos

E-Voting Dapp on Tezos Blockchain with face recognition and crowdfunding

The problem it solves

• It enables secure, transparent and decentralized voting for any kind of election or decision-making process.
• It uses face recognition to verify the identity of voters and prevent double voting or impersonation.
• It allows voters to contribute funds to the candidates or causes they support, creating a direct link between voting and funding.
• It leverages the Tezos blockchain to ensure immutability, scalability and low fees for the voting and crowdfunding transactions.
• It empowers voters to have more control and influence over the outcomes of their collective choices.