Transforming with Web3: Building a Decentralized Future

Step into the redefined world of the classic "Mines" game, now transformed into a crypto gambling adventure.

Chainlink VRF ensures a transparent randomization process, and TheGraph powers real-time stats directly from the blockchain.

Our game stands out with its continual demonstration of UX improvements in the crypto gaming sphere. Beginning with a baseline version, where every player action necessitates an on-chain contract interaction and payment, we highlight the user experience's progression with each update. Moreover, the game's UI is intentionally branding-free, offering a "black label" appeal, making it perfect for those seeking a customizable, premium experience.

A screenshot is visual proof of something that occurred on the internet. The internet is full of fakes, and that includes fake screenshots - people claim to have seen something on the net that never was served by any web server.

The age of integration of web2 into web3 is coming. QuantumOracle collapses wave functions of all the content that can be on a web2 server into a single state captured in a decentralized storage, pinpointed at a moment in time together with its retrieval history, such as server DNS, timestamp, content hash, all that - combined, verified, and delivered with web3 technologies , have a lot more proving power than a mere picture that can be photoshopped in the matter of minutes.

When users stumble upon something newsworthy in their browser, with Quantum Oracle they can show it to the world show some proof that it actually happened protect their discoverer's rights by minting it into a cool NFT

Here's how it goes: a user initiates a "screenshot" of some amazing web content, so that I does not disappear into the void - either due censorship, or server failures, or the content's authors' attempts to whitewash their internet history. QuantumOracle verifies that a particular URL actually serves the same content the user claims to be there when the "paperwork" is done, an NFT is minted to the user so it can be shown to everyone with some rightful "I've seen it before it got deleted" braggery!

Games have rules. Online games require adherence to rules to prevent cheating. Blockchain games rarely use secure EMV programs to verify rules. The use of cryptocurrency wallets between moves kills classic games, so many blockchain games rely on centralized game logic processing and NFT assets.

GameJutsu aims to eliminate the need to involve third-party participants in communication between players by providing libraries and contracts to create demo games without sending transactions on each move. Game clients can use state channels and be hosted on decentralized storages or centralized servers, and communication tools can be proprietary or Web3-compatible.

Diamond-Blueprinter is a visual tool designed for the ERC-2535 multiproxy standard, also known as Diamond. To build this project, we utilized the reference implementation of the standard and implemented several additional components:

A factory contract for streamlined diamond creation

Game development-themed sample facets

A facet registry that displays facets on the constructor page without requiring meta logic inside facet contracts The facet registry is built on the ERC-1155 standard, and new diamonds and facets are represented as tokens with relevant metadata, such as the storage slot used by each facet. After deploying a Diamond instance, users can download a project template with pre-filled settings, making it easy to modify existing contracts, deploy and register new versions, and perform Diamond Cuts using the tool.

Our project leverages Arweave for facet metadata storage, Hardhat for deployment scripts, and deploys our Kimberlite Diamond factory contract on Mantle and Polygon. The main value of the project lies in its explanatory diagrams and texts, which help convey the internal structure of multiproxy contracts through visual representation.

Dive into an innovative NFT collection where ownership transcends the digital realm.

Upon purchase, buyers receive "closed box" NFTs. Through the integration of Chainlink VRF, a provably fair mechanism selects a lucky buyer from the first batch for a tangible prize delivered by mail.

The suspense doesn't end there - once the reveal transaction activates, NFTs transform visually. While most shift to "open empty" boxes, one reveals a coveted prize inside, symbolizing the real-world reward en route to its recipient.