Sam Houston (PF) https://www.shsu.edu/programs/graduate/computing-and-data-science/ Angelo State IUniversity (PF) https://www.angelo.edu/academics/programs/computer-science-ms/ University of North Texas (PF) - 2 Years https://www.unt.edu/academics/programs/cybersecurity-masters.html https://engineering.unt.edu/students/scholarships

The Future https://eth2book.info/ Suggested Prework https://hackmd.io/@eenagy/r16O7JVKn https://www.youtube.com/playlist?list=PL4cwHXAawZxpzxfiXGTOfAz263sQB1D2F https://github.com/djrtwo/writing/blob/main/docs/2023-02-23_2023-Reflections.md EPF-Cohort 4 Interests https://ethereum.github.io/rig/

Why have you chosen to deploy on Fantom? Robust Developer Ecosystem. EVM Compatible chain. Fantom high scalablity and its fast transaction confirmation between 1 - 2 Seconds. Cheap Transaction Fee. Fantom History of supporting Dapps & Developers. How will you use the FTM? Cloud hosting cost of Nodes and Data Providers. We envisage that for the next 4 months, we'll keep hosting the major/trusted nodes and Data Providers until our slashing and token engineering are released into the protocol before allowing the public to run major ones.

DigiOracle DigiOracle (formerly KlayOracle) is a highly modular blockchain oracle that allows you securely connect your Web3 applications with events, data, and assets from the real world. DigiOracle, formerly KlayOracle, started during the KlayMaker22 Hackathon on Klaytn and won the Public Goods track in the KlayMakers 22 hackathon. Since that time, we’ve rearchitected the protocol to build out the core technology that powers the DigiOracle for more EVM compatible chains. Some of our accomplishments since then: We have rearchitected the DigiOracle protocol to be more decentralized and scalable to support multiple data providers and node operators. See the documented Architecture Decision Record behind this initiative. Launched and tested crypto price feeds on the Klaytn Baobab testnet. Recently launched crypto and stock price feeds on Klaytn Cypress mainnet. Launched multiple bootstrap data providers, nodes, and 21 data feeds on the Klaytn mainnet.

EPF Week 3 Project to take on Auditing Beacon APIs in Prysm While still going through Prysm resources and the former research made by a previous cohort participant on the topic. I've made attempt to contact the mentor in charge of this task Radosław Kapka on discord, and waiting for his response so that I can setup a meeting with him this coming week to learn more about the task and also understand the expectations. Previous work/research From the last cohort @PatriceVignola, previously made some progress with this task. https://github.com/eth-protocol-fellows/cohort-three/blob/master/projects/prysm-beacon-api-compliant-validator.md

Hello everyone. My name is Oluwafemi Alofe. I am happy to be participating permissionless in the Ethereum Protocol Fellowship. I have so much interest in understanding cryptography and distributed systems in general, and I am taking it as a challenge to take this opportunity to learn and also contribute to the growth of ethereum. From the onset, I have been interested in contributing to Verkle Trees. After researching the previous cohort, I find Ignacio's work (EPF3) impressive, and I've connected with him on Discord and plan to study his work and move it forward. I will be contributing to Nimbus client Verkle tree research during the program. At first, I was a little bit intimidated because I had just started writing Golang 18 months ago, and having to learn Nim again before contributing to Nimbus client seemed like it would be overwhelming; by that, I mean having to learn and research about an already complicated topic and having to learn a new language. After some research into the future of Ethereum, Stateless Ethereum is the end game, and Light clients will play a massive role in that. It interested me even more, and now, I am confident that I will be motivated to contribute to Nimbus Client Verkle tree research.

https://github.com/KlayOracle/klayoracle-monorepo https://github.com/KlayOracle/go-ecvrf https://www.udemy.com/course/mini-solidity-course-become-a-blockchain-developer-2021/ https://medium.com/@alofeoluwafemi

header Introduction Have you ever wondered how to build a bridge that allows seamless transfer of assets between the Celo network and other Ethereum-based networks, such as the Ethereum mainnet or a testnet like Mumbai? This tutorial is for you. This guide will walk through the process of building a token bridge on Celo using Celo Composer, solidity and node.js. The dApp we will build bridges assets from Polygon testnet to Celo testnet. We are covering the deployments of related smart contracts, listening for events from the smart contract and finally building a frontend that displays the briding of assets between the networks. Background Knowledge Token Bridges are interoperability protocol which allows users to move their owned Token on a certain chain or e.g cUSD on Celo between networks in a quick and cost-efficient manner. Such as switch the cUSD on Celo to MATIC on Polygon. Project Flow