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ETH Denver ends in 2024, with a look at 15 rising star projects

Lila

24-03-05 14:30

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Original title: "Inventory of the Top 15 Rising Star Projects at the ETH Denver Hackathon"

Original author: Azuma, Odaily Planet Daily

In March local time, ETH Denver, one of the largest Ethereum community events of the year, officially concluded in Denver, USA.

At the end of the event, ETH Denver's official website also announced the Top 15 projects of the BUIDLATHON Hackathon, involving "Infrastructure and Scalability", "DeFi, NFT and Games", "DAO and Community", "Public Products", "Identity, Privacy and Security" and other fields, these projects will jointly share ETH Denver cooperates with Metis, 0x, ZetaChain and dozens of other projects to provide $947,580 in prize money.

Next, Odaily Planet Daily will take you to learn about these 15 rising star projects.

Infrastructure and scalability

VeriFido

· Hacker pine nut page: https://devfolio.co/projects/indy-780a

· Keywords: Data Index

· Introduction: VeriFido is positioned as a verifiable Ethereum data indexing service.

Since it is very inconvenient to obtain application status directly from the original data on the chain, current projects generally rely on indexer services to retrieve key data required by the application. . However, indexing services currently on the market do not achieve the same level of decentralization and security as other components in the Web3 stack. In this case, data failure can have serious and damaging consequences, especially for those involved. As far as DeFi is concerned with real money.

To solve this problem, VeriFido proposes integrating a fully verifiable indexing service into the above workflow. With the VeriFido solution, applications can continue to enjoy the convenience of centralized indexing services without compromising decentralization and security. In addition, VeriFido will also integrate some on-chain dispute resolution solutions to ensure that some smaller data indexing service providers can resist malicious attacks from larger groups.

In short, VeriFido hopes to improve the transparency and fairness of indexing services, thereby providing a more robust Web3 development environment.

PAT.IO station

· Hacker pine nut page: https://devfolio.co /projects/patio-station-7ec1

· Keywords: streaming service

· Introduction: PAT.IO station aims to use the most decentralized, secure and available Ethernet The main network node serves as the streaming media infrastructure to ensure the security of video and communication transmission.

Since there are currently many different clients on the Ethereum mainnet, in order to use the Ethereum mainnet nodes for communication purposes, PAT.IO station has been designed for the node architecture. A lot of research has gone into trying to figure out how different clients work together as a whole and what the "rules" are for communicating with each other. PAT.IO station Searched through a large amount of almost non-existent documentation and performed extensive testing using many different RPC and Mempool APIs.

PAT.IO station hopes to provide a real and usable solution to the global problem of "communication censorship".

Storylus

· Hacker pine nut page: https://devfolio.co/projects/ storylus-f120

· Keywords: historical data access

· Introduction: On Ethereum, there is currently no native way to access all aspects of the blockchain without trust. historical status. Ethereum has written more than 19 million blocks, but smart contracts can only access the most recent 256 blocks, which is only about 50 minutes of data.

Storylus is an open protocol available on the Sepolia testnet that allows smart contracts to access all Ethereum blockchains by validating the Ethereum blockchain on Stylus Historical data and provide proof of storage.

DeFi, NFT, games

Egg Wars

· Hacker pine nut page: https://devfolio.co/projects/egg-wars-a-game-on-base-d9bb

· Keywords: Game

· Introduction: Egg Wars is a strategic competitive game built on Base. Different from short-term games that rely on incentives, Egg Wars hopes to design a balanced Basic mechanics so that the game can "go on forever" and provide players with continuous fun.

Bubblewars.io

· Hacker pine nut page: https://devfolio.co/ projects/bubblewarsio-6121

· Keywords: Game

· Introduction: Bubblewars.io is a fully on-chain massively multiplayer online game (MMO), with all the kinetic energy in the game All come from ETH. Users need to grow their own bubbles (accumulate ETH) by absorbing other people's bubbles (capturing ETH) in an endless field, and push their bubbles to move by consuming ETH.

The core mechanism of Bubblewars.io is as follows. Players can join the game by generating a portal. The portal is actually an independent EOA address, which will be Channels for players to enter and exit the game - all funds sent by players to the entrance address will be transferred to the application chain running Bubblewars, and can be withdrawn through the entrance address after the proof period is over (accumulated to the entrance by swallowing other people's bubbles) The ETH of the address also belongs to the player).

Once the player sends sufficient ETH to the entrance address, he can launch bubbles to start the game. The content of the game is to devour other people's bubbles, thereby absorbing ETH. Profit. You can swallow all bubbles with smaller mass, and conversely any opponent with greater mass can also swallow your bubbles. Bubbles move within the game world entirely based on the physical rules of momentum conservation. To push the bubbles to move, you must emit ETH in the opposite direction. In addition, when absorbing bubbles, you will also receive kinetic energy transfer, so you can accelerate by absorbing bubbles. Or slow down.

The biggest problem currently with Bubblewars.io is - whoever has the most ETH will win. To this end, Bubblewars.io plans to place resource nodes within the game that can be absorbed by bubbles to level the playing field.

Michi Protocol

· Hacker pine nut page: https://devfolio.co/projects /michi-protocol-afb6

· Keywords: points market

· Introduction: Michi Protocol is a trustless points trading market. The protocol uses ERC-6551 to create a Addresses associated with a certain NFT. These addresses can accumulate points through any existing protocol's point activities (such as EigenLayer).

By selling the above NFT, the points accumulated in the address will also be sold together, thereby unbundling the original address and points, and liberating the transaction of points themselves. fluidity.

DAO and community

A Bank for DAOs

· Hacker pine nut page: https://devfolio.co/projects/a-bank-for-daos-baa1

· Keywords: DAO loan support

· Introduction: A Bank for DAOs hopes to help small and medium-sized enterprises such as restaurants, development studios, barber shops, etc. These enterprises are an important part of the real economy, but they have no access to venture capital support and cannot conduct tokens. Financing, and cannot afford over-collateralized loans.

A Bank for DAOs hopes to provide simple, unsecured or lower-collateral loan support to small and medium-sized enterprises that are willing to accept the DAO organizational form. During the ETH Denver activity cycle, A Bank for DAOs has completed its first loan attempt and has borrowed a loan from Metacartel's ETHos to Open Source Observer, which chose to use OS Observer's future RetroPGF Income stream serves as collateral.

Sekai

· Hacker pine nut page: https://devfolio.co/projects/ sekai-4f6d

· Keywords: content collaboration

· Introduction: Sekai hopes to solve the content creation method of the traditional media model so that more people can participate in content creation.

Specifically, Sekai leverages AI and Web3 to make content creation easier and more collaborative. Through the AI tools provided by Sekai, anyone can easily generate text, images and audio content to turn their ideas into reality; in addition, users can also decide the direction of the story and contribute together ideas and co-create content to enhance the depth and engagement of content narratives.

Sekai operates based on Story Protocol and adopts a Social-Fi model inspired by Friend.tech to ensure that all creators can receive fair compensation for their contributions. Thus achieving a sustainable creator economic model.

Tribuni

· Hacker pine nut page: https://devfolio.co/projects/tribuni-d8df

· Keywords: Governance

· Introduction: Tribuni hopes to optimize the current status of decentralized governance through the form of Telegram applet.

Tribuni's goal is to streamline the process of governance proposals, statistics and decision-making in blockchain protocols by solving specific pain points faced by different stakeholders. , ensure effective governance participation, thereby improving the governance environment of Web3.

Public Goods

BeFit

· Hacker pine nut page: https://devfolio.co/projects/befit-98df

· Keywords: fitness collaboration

· Introduction: BeFit is a fusion It is a fitness collaboration tool with social attributes, aiming to improve the physical condition of the industry by giving users a more interactive and collaborative fitness experience...

EBF Network of Trust

· Hacker pine nut page: https://devfolio.co/projects/trust-impact-4bf0

· Keywords: Ecology Benefits

· Introduction: EBF Network of Trust provides a standardized ecological benefit discovery and verification mechanism.

Assessing the performance of various projects within an ecosystem is critical for the ecosystem to decide how to implement grants or other support programs, but as of now, there is no one A simple and standardized way to discover and verify a project's eco-efficiency status.

EBFNT provides a standardized solution that allows developers, investors and stakeholders to make decisions when assessing the impact of the projects they want to support. Smart decisions.

Unbound Science

· Hacker pine nut page: https://devfolio.co/projects /unbound-science-ac6f

· Keywords: scientific research funding

· Introduction: Unbound Science aims to provide a new scientific research funding mechanism.

The current application process for research funding is terrible, preventing many of the brightest minds and best technologies from being effectively supported. Unbound Science hopes to deploy a new funding economic system that allows the public to decide where funds go through voting to support the community's favorite proposals.

Unbound Science hopes to build a presentation method for scientific research projects similar to "America's Got Talent", which will be held multiple times a year to select more funding recipients. It is reported that Unbound Science will first support four categories of research, namely "energy", "air, water and soil technology", "pollution/waste management", and "quantum research".

Identity, Privacy and Security

ODIN

· Hacker pine nut page: https://devfolio.co/projects/odin-6ddc

· Keywords: Security

· Introduction: ODIN is a Web3 guard solution.

By integrating ODIN, Dapps can automatically suspend their smart contracts before encountering malicious transactions that can destroy protocol non-variables (usually hackers). It can prevent Dapp users from potential financial losses, thereby making Dapp operations safer.

Oops!

· Hacker pine nut page: https://devfolio.co/projects/oops-a44f

· Keywords: wallet management tool

· Introduction: Oops! is a simple tool that allows users to quickly, completely and efficiently transfer all ERC-20 and ERC-721 tokens from one wallet address to another, while on-chain Proof transfers to maintain their on-chain identity. For emergencies such as accidental leakage of address information, Oops! can help users quickly resolve risks.

HoneyPause

· Hacker pine nut page: https://devfolio.co/projects/ honeypause-9bca

· Keywords: Security

· Introduction: HoneyPause is a security bounty protocol bound to a smart contract circuit breaker (used to suspend the contract in emergencies) .

HoneyPause actually has three subordinate contracts, namely the verification contract (Verifier), the suspension contract (Pauser) and the payment contract (Payer). When white hat hackers discover a major vulnerability in a protocol, they can submit a transaction declaring the vulnerability (along with the vulnerability contract) to the HoneyPause contract through a private transaction pool.

The HoneyPause contract will then: run the vulnerability code provided by the white hat hacker; verify whether the protocol will be affected by the vulnerability defined by the verification contract; cancel the call frame that affects the vulnerability, Restore the protocol to a safe state; call the pause contract to pause the protocol; call the payment contract to pay the bounty to the white hat hacker.