cv-ZAP--4
Cybershrooms (archived)
Summary
It is said long ago, somewhere deep in cyberspace from a realm parallel to our own but invisible to the untrained eye, spores suspended in space; floating with no apparent motive – suddenly affixed themselves to a sequence to form a spawn, which supported the growth of the thread-like bodies, similar to a system of circuits on a board, cyber mycelium – better known today as Cybershrooms.
Tech Stack Used
| Frontend | Backend | Network |
|---|---|---|
| ReactJS | Anchor | Solana |
| TypeScript | Metaplex | Arweave |
| Node.js | SolanaJS | |
| Figma | ||
| Blender | ||
| BabylonJS |
cv-ZAP--5
VoteWatcher
Summary
Virtual poll watching solution for voter transparency utilizing blockchain technology. It uploads an image, timestamp and GPS coordinates as an incident report onto IPFS as an NFT. This serves as a reporting solution for voter security.
Tech Stack Used
| Frontend | Backend | Network |
|---|---|---|
| ReactJS | Solidity | Binance Smart Chain |
| TypeScript | Hardhat | Ethereum |
| Figma | Moralis | |
| Webflow |
cv-ZAP--6
ZAP Dashboard (archived)
Summary
Zap Dashboard serves as a spatial visualization of the live miner submissions collected and computed via AWS Lambda and Elasticache of DevNet. Using react’s d3 force graph package, 2 dimensional texts are converted into 3-dimensional spatial and interactive layout. The collective data computation is supported by the Redis caching for concurrency, then stored and loaded as IPFS’ Directed Acyclic Graphs (DAGs).
Tech Stack Used
| Frontend | Backend | Network |
|---|---|---|
| ReactJS | AWS Lambda | Binance Smart Chain |
| TypeScript | AWS Elasticache | Ethereum |
| Node.js | Redis Cache | |
| Figma | IPFS | |
| ThreeJS | ||
| react-force-graph |
cv-ZAP--2
ZapOracles
Summary
The Zap Oracles Network is made up of validators who support the network by validating off-chain data of price feeds and Forex respectively. The network utilizes a hybrid Proof-of-Work (POW) algorithm as a form of consensus with a staking aspect provided by the validator. The Zap Oracle Network seeks to supply those seeking to use off-chain data needed to execute the terms of their agreements. To accomplish this, Zap organizes a bidding period where contract holders can contribute to pooled bids for specific data requests (e.g. the price of BTC/USD). The five highest-bid pools’ corresponding data responses are then sent to the network of validators who return their estimate of the price.
Tech Stack Used
| Frontend | Backend | Network |
|---|---|---|
| ReactJS | Solidity | Binance Smart Chain |
| TypeScript | Hardhat | Ethereum |
| Figma | Moralis | |
| Webflow |
cv-ZAP--0
Zap.org
Summary
Building the Zap Protocol provides critical infrastructure built to power the wave of decentralized applications. Users can swap tokens, earn rewards by validating oracle data feeds, and raise funds on customizable bonding curves on our platform.
Tech Stack Used
| Frontend | Backend | Network |
|---|---|---|
| ReactJS | Solidity | Binance Smart Chain |
| TypeScript | Hardhat | Ethereum |
| Figma | ||
| Webflow |
cv-ZAP--3
ZapNFT
Summary
The ZapNFT Marketplace will champion Binance Smart Chain, Ethereum and other EVMs to come. The platform supports the ERC-721 token standard with plans to add the ERC-1155 standard shortly after launch. The marketplace supports many popular file types like images, videos, texts, audio and 3D objects.
Tech Stack Used
| Frontend | Backend | Network |
|---|---|---|
| ReactJS | Solidity | Binance Smart Chain |
| TypeScript | Hardhat | Ethereum |
| Figma | Moralis | |
| Webflow |