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Zero Knowledge Proof (ZKP) works as a decentralized infrastructure designed to confirm compute tasks and power private AI workloads without exposing sensitive details. The network blends zero-knowledge cryptography, encrypted processing, and a daily 200M coin auction that runs openly on-chain. This structure lets users join the system by taking part in the live auction or by using Proof Pods that handle encrypted operations while earning based on the previous day’s reference price.
This guide breaks down how users can buy ZKP through its daily cycles, how Proof Pods produce steady rewards, and how the network manages private computation using cryptographic rules. Every step is recorded on-chain, giving users a clear and predictable path while keeping actions visible and fair.
The Zero Knowledge Proof (ZKP) presale auction is live, and the network follows a daily model to release 200M ZKP every 24 hours. Users start by opening the dashboard and linking a supported wallet like MetaMask, Trust Wallet, Coinbase Wallet, or WalletConnect. After clicking “Buy ZKP,” they select from supported assets such as ETH, USDT, USDC, or BNB. Once the payment completes, everything appears on-chain without delay.
After the cycle ends, the network divides the total contributions by the fixed 200M supply to create the reference price. This number decides how many coins each user receives and sets the next day’s rate for Proof Pod earnings. Allocations appear instantly on the dashboard.
The auction avoids private deals and early special access. The price forms only from user input, giving everyone equal standing. Since each cycle stays recorded on-chain, users can track contributions, prices, and their coin share openly. This setup boosts clarity and supports a compute-based reward system tied to real activity.
Proof Pods act as compact devices that run encrypted compute tasks for Zero Knowledge Proof (ZKP). After being powered on and connected to Wi-Fi, a Pod links to the dashboard and begins work right away. With each completed task, a zero-knowledge proof is submitted for checking.
Once the proof passes verification, the Pod earns ZKP based on the previous day’s closing price. The user only sets it up once. The device runs on its own, and earnings updates in real time.
A Level 1 Pod produces about $1 worth of ZKP daily based on the last auction. Level 50 grows this to 50× the output, and Level 300 delivers 300×, giving the highest rate in the system. These values adjust daily as the next auction closes.
Proof Pods and auctions work as a linked cycle. Pods finish compute tasks and send proofs, while the daily auction sets the value of future rewards. When a new cycle closes, every Pod level uses the updated reference price. The dashboard shows uptime, proof logs, task results, and daily updates. Users see a direct tie between daily activity and compute output.
Zero Knowledge Proof (ZKP) is built to handle private AI and data tasks while keeping the inputs hidden. Sensitive information like medical details, finance material, or model files stays encrypted during the whole process. Zero-knowledge proofs confirm correct results without showing any private data.
Picture a hospital helping researchers train AI systems using MRI scans without sharing patient details. The data is added to the ZKP Data Marketplace, encrypted, and stored off-chain using IPFS or Filecoin. A zero-knowledge proof confirms the dataset is complete. The hospital earns DTK coins for sharing it.
A researcher buys access with DTK and sends an AI training job with the model type and settings. The system wraps it into a circuit showing what needs to be proven in the compute stage.
Proof Pods run the encrypted job locally. They never see the real data, yet they perform the full compute job. Once finished, they produce a proof that confirms:
The right dataset was used
The model followed the posted instructions
The proof is small, fast, and can be checked on-chain within milliseconds.
After checking the proof, the researcher receives the final model. The hospital earns DTK, and the Proof Pod operator earns ZKP for compute work. The data stays private at all stages.
The Zero Knowledge Proof (ZKP) system gives users an easy path to buy coins through the daily auction, earn with Proof Pods, and take part in private AI compute backed by cryptographic proofs. People who buy through the live cycles gain open access to the network’s key asset, while Proof Pod operators support real compute tasks with a steady, clear reward cycle.
The system handles sensitive data with strong privacy rules while keeping outputs verifiable. Whether used in research, secure AI, or data-heavy fields, ZKP’s setup shows how private compute and live auctions can work together in a steady and simple structure.
Website: Zkp.com
1. How does the daily 200M ZKP auction decide the price?
The system gathers all inputs during the 24-hour cycle. When it ends, the total is divided by 200M coins to form the day’s reference price, which also guides Proof Pod rewards.
2. How soon do Proof Pods begin earning after setup?
Proof Pods start once the auction has run a full cycle and a price is set. After connecting to power and Wi-Fi, they run encrypted tasks automatically.
3. Do Proof Pods ever view private data?
No. Pods only handle encrypted tasks and never access raw information. They create proofs that confirm correct compute without revealing data.
4. Can users join ZKP without using a Proof Pod?
Yes. People can take part simply by buying ZKP through the auction if they prefer not to run hardware. Both paths follow the same open on-chain rules.
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Disclaimer: Analytics Insight does not provide financial advice or guidance on cryptocurrencies and stocks. Also note that the cryptocurrencies mentioned/listed on the website could potentially be scams, i.e. designed to induce you to invest financial resources that may be lost forever and not be recoverable once investments are made. This article is provided for informational purposes and does not constitute investment advice. You are responsible for conducting your own research (DYOR) before making any investments. Read more about the financial risks involved here.
