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Software Developer
2mos
Neur.studio, Jan 25' - Mar 25'
@shubhscode
Shubh Kesharwani
@shubhscode
19, dev!
19, dev!
Bangalore, India
5
projects
5
2
prizes
2
9
hackathons
9
0
Hackathons org.
0
962
contributions in the last year
Jan
S
M
T
W
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F
S
Dec
8
stars earned
83
repositories
39
followers
This project implements a basic Automated Market Maker (AMM) on Solana. The AMM allows users to create liquidity pools between token pairs, provide liquidity, and swap tokens through the available liquidity. The project consists of an Anchor program deployed on Solana Devnet and a Next.js frontend for user interaction.
TypeScript
1Stars
0Forks
getblink.fun is a no-code platform that lets anyone create shareable Blinks—simple links that trigger on-chain DeFi actions on Solana—making crypto more accessible and user-friendly for everyone.
TypeScript
1Stars
2Forks
A Solana Keypair generator with custom passphrase and derivation path
TypeScript
1Stars
0Forks
The Intelligent Copilot for Solana
TypeScript
453Stars
161Forks
N
2 months
Jan 25' - Mar 25'
• Integrated liquidity-management tooling (Meteora DLMM) into Neur’s Solana AI agent, enabling users to open and
manage DeFi positions through simple prompts and improving on-chain trading flow.
• Built reusable prompt flows and multi-step tools using LangChain + Solana Agent Kit, making complex Solana
DeFi interactions seamless and significantly improving user experience.
• Implemented full Drift trading integration (account setup, deposits, trading, and position updates), strengthening
Neur’s roadmap during its growth toward a $60M market cap.
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G
N
2mos
Neur.studio, Jan 25' - Mar 25'
G
2mos
Gib.work, Sep 24' - Nov 24'
Currently, sending a transaction to anyone on the internet requires knowing the recipient's wallet address and waiting for them to provide it. This process can be time-consuming and error-prone, particularly for new users unfamiliar with blockchain technology. There's a significant risk of losing funds by mistakenly sending them to the wrong address or blockchain. Pay on Tweets addresses this problem by leveraging social media accounts, specifically Twitter, to facilitate transactions. Users only need access to the recipient's Twitter account. By entering the receiver's tweet URL (or use our extension to avoid copy pasting), specifying the amount, and hit send, the funds are securely stored in a smart contract on the blockchain. The recipient can then withdraw the funds by logging in with their Twitter account. This method ensures a seamless and secure transaction process, eliminating the needs for blockchain expertise.
There are a lot of web developers, but not many websites use crypto. One reason I found, by asking my peers, is that it's very hard to implement crypto transactions on a website. They need to learn a new language to write smart contracts, and they'll need to handle everything from wallet connection to payment status. SO WE THOUGHT TO SOLVE IT!! We built an NPM package that acts as a crypto payment gateway. All you need to do is download the package and call a function.