Last week at the @KGeN_IO Verifi event in PH 🚀. @KGeN_IO @ekelemefavour1 @precioussokoro

Live at @KGeN_IO event in Ph. Hoping to learn more about KGen and meet some cool web3 devs 🚀

Last week at the GDG event, during @FaithNjah’s session, I learned some really cool ways to use AI for design and app building. This will be super useful for quickly prototyping Web3 applications and showing how smart contracts actually work.

I Attended my first hackathon and won 🚀 We had 3 intense days to build a solution leveraging the power of @0G_labs I built on 0G, integrating: -0G AI Compute -Storage -iNFT Also got to meet amazing people like @ezeransome and Emmanuel, who are advancing the BC @blockhubafrica

Blockchain Hub Africa 🌍👨🏽‍💻

On my way to my first Hackathon. Wish me success guys 🚀🏆

Becoming good at DEFI would turn you into a mathematician 🧮

Vitalik Buterin says @ethereum has sacrificed way too many core values—like decentralization, privacy, and financial self-sovereignty—just to chase mass adoption. He stresses that this has to end now. According to Vitalik, starting in 2026, Ethereum needs to zero in on reclaiming those lost values by: - Boosting private payments. - Making it easier to run nodes. - Building truly decentralized apps that don't rely on centralized servers. - Giving users better control over their data and assets. Ethereum also needs to be tough enough to last for decades, even centuries, without depending on the dev team, while pushing decentralized stablecoins so users aren't tied to the traditional financial system.

My brain now operates in address and uint256

Persistence Persistence Persistence 🚀

Sybil Resistance on Blockchains Sybil Attack: a user creating many fake identities to gain unfair rewards or control Sybil Resistance: Blockchain prevents Sybil attack using economic or computational cost 2 main types of Sybil Resistance 1. Proof of Work 2. Proof of Stake

Mishandling of ETH in Smart contracts If your contract relies on address(this).balance for checks, you’re taking a risk Any contract can force-send ETH to yours via selfdestruct, bypassing: receive/fallback require checks Access controls This can break invariants or cause DoS

2 attacks I learned this week: ⚡Reentrancy Protect external calls with a Reentrancy Guard, so attackers can't re-enter your contract via receive/fallback and drain funds ⚡Denial of Service Unbounded loops or growing arrays can make functions too expensive to execute over time

Things i learnt over the past week ⚡The top 10 types of web3 attacks. ⚡ The process of Auditing a smart contract (from scoping to sending in your final report). ⚡80% of bugs being protocol logic based. ⚡How selfDestruct can forcefully send eth into a contract.

Today i got to learn that smart contract security is a journey and not just a one-time audit process. This means that even after an audit, there are still several processes needed to ensure your contract is secure and manage potential exploits.

Exploring smart contract Auditing Hope i don't crash 😊

Currently working on an Nft Event Ticketing smart contract Where users can pay with Eth for an event they wish to attend and then receive an NFT ticket which can be seen on their metamask wallet and can be used to access the event 💃 🎶

Keep showing up 🚀

How to master web3 - build a stablecoin - read all of RareSkills - learn about x402 - build Uniswap v2 - study ERCs - build the EVM - read Morpho - master foundry - do hackathons - read every vitalik blog - study top protocols - tweet - deploy on-chain - ship simple frontends - learn prediction markets

What are your plans for 2026. Me: