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About Me
A PROBLEM SOLVER and TECHNOLOGY ENTHUSIAST is how I can be described the best. With almost 4.5 years of experience in Blockchain & Digital Transformation Domain, I have worked with various of the use-cases in it and have delivered a number of enterpr...
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Portfolio Projects
Description
This PoC involved GaStat(General Authority for Statistics) and SAGIA(Saudi Arabian General Investment Authority) as the primary authorities in the ecosystem. The process of issuing digital certificates was made decentralised using the power of blockchain. It involved using Hyperledger as the blockchain platform. The technical specifications are:Use Case : decentralised digital certificationActors : SAGIA, GaStat, Users(third party companies)Team Size : 6Technology Used : Hyperledger Blockchain JAVA React.jsRole : Lead the process of technical workflow creation and taking workshops with client demonstrating the need of hyperledger blockchain in the ecosystem. Managed the project and lead the team.
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This was an internal project for Careerbuilders Profile Verification Application involving architecture and complete delivery. The project went on to win the award for best innovation of the year in CBs Annual Innovation Hackathon. It involved using Quorum as the blockchain platform. The technical specifications are:Use Case : profile verification systemActors : end user, corporates(customer), CBTeam Size : 5-6Technology Used : Quorum Blockchain Express.js Node.jsRole : Lead the process of workflow creation and development of blockchain backend. Contributed to the white paper creation as well.
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This was an internal PoC wherein the customers of Airtel Payments Bank can actually undergo a shared KYC process to get validated for all other Airtel platforms as well. It involved using Quorum as the blockchain platform. The technical specifications are :Use Case : shared KYCActors : customer, APB, other Airtel platformsTeam Size : 4-5Technology Used : Quorum Blockchain Express.js Node.jsRole : Majorly involved in bringing the blockchain backend up and running. It involved Quorum as the blockchain platform. Implementation and integration were done on the test network.
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Bit Exchange was one of the in-house projects for CSI Ltd. It was supposed to enable users trade their crypto currencies using a simple user interface. To start off with the initial phase, three coins needed to be integrated into it, namely - Bitcoin (BTC), Ether(ETH) and one of the in-house coin of the company known as BCCH coin. The project specifications :Use Case : multi currency crypto exchangeActors : buyers and sellers(users), adminTeam Size : 4Technology Used : BitGO APIs for ETH, BTC Node.js PHPRole : Integrated BTC, ETH and and an in-house coin BCCH into the Exchange. Achieved this using BitGO APIs, integrated them using node.js at the backend.
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CryptoFish was a client project that involved developing a decentralised gaming platform. Every CryptoFish was unique in its characteristics. ERC 721 tokens were used to make the crypto fishes. Being non-fungible tokens, the ERC721 tokens allowed distinguishing between each fish easily. The platform involved breeding, mating and trading/exchanging of fishes among the users. CryptoFishes were divided based on the generation of fishes they belong to, some pre-formed fishes being the Gen1 fishes. Users were allowed to buy or sell the fishes using ETH. The project specifications :Use Case : gaming platform over ethereum blockhain using ERC 721Actors : users, admin, cryptofishes(tokens)Team Size : 4Technology Used : Ethereum Blockchain ERC 721 Node.js Angular.jsRole : Created an online gaming platform involving Breeding, Mating and Trading of Cryptofishes. Each fish was made using an ERC721 token that is a non-fungible token, hence, each fish is unique. Smart contracts for token creation and trading were used along with the backend made using node.js.
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Fire Lottery was a project that attempted to get the Gambling Industry decentralised. It aimed at bringing transparency and immutability in the conventional lottery procedures. The platform allowed users to buy and play lottery using their cryptocurrencies. For the PoC, only ETH was used as a mode of buying lottery credits for the user. Metamask was also used to accept ETH. Using the lottery credits, the user was then allowed to buy the lottery tickets and get started with the play. The records were kept on the blockchain to be made immutable. The lottery time was fixed by the admin and at the time of the play, smart contracts were used to pick up the winner. The other specifications are :Use Case : using blockchain in the gambling industryActors : admin, usersTeam Size : 3Technology Used : Quorum Blockchain Web3.js Node.js Angular.jsRole : Created an online crypto lottery system that accepted payments in ETH and had a random number generator and selector for lottery procedure. User was given game credits for the ETH amount he spends. Credits were then being used to buy lottery tickets. The lottery results were stored on the quorum blockchain.
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Nimbus was an in-house product of the company that was based on the supply chain use case. It was aimed to target US Healthcare and Pharmaceutical market. This enabled tracking the life cycle of the medicine from the production to the destruction. The state of the medicine throughout was updated by the actors involved through the application interface and was updated on the blockchain which can then be tracked down easily by the consumer. The technical specifications are :Use Case : pharmaceutical supply chainActors : consumer, manufacturer, wholeseller, transporter, retailerTeam Size : 4-5Technology Used : Quorum Blockchain Express.js Node.jsRole : Nimbus was an in-house product of the company. It was a supply chain for the US pharmaceutical market to track down the life cycle of medicinal drugs from its production till its consumption. The entire chain was made over Quorum. Various actors (manufacturer, wholeseller, transporter, retailer, consumer, etc) were involved.
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Gold link was a project by a client based out of UAE. The project aimed at bringing a crypto-currency in the market that is backed up by Gold. The client wanted to get the technical workflows of the idea and the inclusion of Quorum Blockchain in it. The tech workflows and architecture was developed as the initial milestone. Then the ERC20 token and the ICO smart contracts were developed for carrying out an ICO. The other specifications are :Use Case : gold backed cryptocurrencyActors : users, gold vendors, electronic gadget vendors, government bodyTeam Size : 2Technology Used : Quorum Blockchain ERC20Role : Created the architectural flows for the project idea by including the need for Quorum into it and also created the GOLD TOKEN using ERC20.
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BIGBANG was an online gambling platform for the users. BB Tokens (BigBang Tokens) were developed for the same platform to facilitate crypto payments into it. As part of the project, the token was developed along with the BB Wallet for holding the tokens. The specifications are :Use Case : token and wallet developmentActors : users, adminTeam Size : 1Technology Used : Ethereum Blockchain Web3.js library Node.jsRole : BB Tokens were made to be used for an online crypto gambling platform. Here, created an Ethereum wallet for holding BB TOKENS and ETH into the inhouse platform of the client.
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Coali chain was a SaaS project aimed at developing a decentralised platform for online voting. Users were able to vote online and the count of votes per person was restricted to one in order to remove any discrepancy. The platform enabled much needed transparency in the voting process. The specifications are :-Use Case : decentralised voting over BlockchainsActors : users, smart contractTeam Size : 3Technology Used : Ethereum Blockchain smart contracts Web3.js Node.jsRole : This was a decentralised Voting Platform to reduce redundancy in votes and bring in transparency. Wrote smart contracts for the Voting system and made the API collection using web3.js, express.js and Node.js
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Entercoin was a client project based out of UAE. The client wanted to carry out an ICO for raising the funds. As part of the project, the architectural workflows were made and the ICO smart contracts were written. The project specification are :Use Case : ICO start contracts- token, crowdsale and AirdropTeam Size : 1Technology Used : Ethereum Blockchain ERC 20Role : Created the architectural flows for the project idea by including the need for Ethereum Blockchain into it. Also, created the smart contracts for ENTERCOIN (using ERC20), ICO, Crowdsale and AIRDROP.
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Blockright was a SaaS made over blockchains. It aimed at providing document authenticity and privacy based on the concept of Proof of Time. The documents were being updated on the blockchain with the timestamp in order to remove copyrighting issues. The project was initially developed over Ethereum blockchain and then migrated to Quorum blockchain. The specifications are :Use Case : document authentication over BlockchainsActors : users, admin, third party companiesTeam Size : 3Technology Used : Quorum Blockchain Web3.js Node.js Angular.jsRole : Developed the smart contracts and the APIs using express.js and web3.js libraries(involved timestamping the document on the Blockchain).
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BookMarketplace was a decentralised platform for P2P selling, buying and trading of books. The platform enabled copyright protection for book authors as well. Users were able to sell, buy and trade books directly through the platform without the need of any mediator. P2P payments using ETH was also enabled for quick transactions through the platform. The technical specifications are :Use Case : decentralised marketplace for booksActors : users, adminTeam Size : 2-3Technology Used : Ethereum Blockchain Web3.js Node.jsRole : Created a decentralised marketplace for books. It involved copyright protection of the books, crypto payments and peer to peer transactions, i.e, buyer and seller are in direct communication without the need for any intermediary party.
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This project was based on the educational use case for generating, verifying and authenticating university degrees. It involved three major actors - university, college, student. The university generates online degree on blockchain which is verified by the college and student. Hence, shrinking down the long procedure into no time at all. The Technical specifications are :Use Case : educational use caseActors : students, college, university, external userTeam Size : 2Technology Used : Ethereum Blockchain Web3.js Node.jsRole : an online platform for generation, verification and validation of degree by the university for the students. The actors were University, Colleges, Students and external corporates incase they need to verify the authenticity. Developed the Blockchain backend for the platform.
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Insurance Automater was a SaaS built to automate the process of insurance claim management. It aimed in reducing the insurance claim frauds by bringing blockchain at the backend. The death of an individual triggers updates to the other actors and hence automated the claim releasing process. The specifications are:Use Case : insurance use caseActors : user, hospital, insurance company, government bodyTeam Size : 1Technology Used : Ethereum Blockchain Web3.js Node.jsRole : This was a platform for automating the insurance claim procedures. The actors included were Hospital, Government Body, insurance company and the User. The process of claim filing, processing and dispensing was done over the blockchain for automation. Smart Contracts and the Node.js backend was done as a part of this project.
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This project was done as a PoC for a client. The process of doing KYC for a customer usually is resource consuming, involving time and money to be invested. This project aimed at doing a shared KYC for the consumers so that the redundant time and resources arent wasted for doing it repeatedly. The technical specifications are :Use Case : KYC over BlockchainsActors : user, business group(banks), government authorityTeam Size : 1Technology Used : Ethereum Blockchain Web3.js Node.jsRole : This was done for a US based Client. The conventional KYC process was brought over blockchain to increase efficiency, transparency and decrease the processing time. Smart contract was written for storing, verifying and validating the users records over the blockchains. Backend was done using web3.js, express.js and node.js.
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