ZeroKnowledgeProofs

CZ proposes an on-chain dark pool perpetual DEX for privacy. 
Real-time DEX orders lead to front-running and MEV attacks. Zero-knowledge proofs can hide orders and deposits securely. The timing is ideal for launching a privacy-focused DEX. The proposal aims to protect large traders in DeFi markets
Binance founder Changpeng Zhao, known as CZ, has proposed the creation of an on-chain dark pool perpetual DEX to address privacy issues in decentralized finance trading. The statement was made on June 1, 2025, through a post on X, sparking discussions in the crypto community.
CZ highlighted vulnerabilities in current decentralized exchanges, noting that real-time visibility of orders exposes traders to risks. He stated that the transparency in DEXs allows malicious actors to exploit large trades, leading to front-running and MEV attacks.
The proposal comes amid growing concerns over market manipulation in DeFi, particularly in perpetual futures trading. CZ emphasized that the problem intensifies on perpetual DEXs, where liquidation points are publicly visible, making traders targets for coordinated attacks.
Addressing Privacy with Zero-Knowledge Tech
CZ suggested that an on-chain dark pool perpetual DEX could mitigate these issues by concealing orders and deposits. He pointed to zero-knowledge proofs as a potential solution to ensure privacy while maintaining the decentralized nature of the platform.
Zero-knowledge proofs, a cryptographic method, allow transactions to be verified without revealing sensitive details. This technology could hide order books and smart contract deposits, reducing the risk of manipulation. CZ noted that such a setup would provide better security for large-scale traders.
Developers on platforms like Solana are already exploring similar concepts, with private DEXs gaining traction in DeFi ecosystems. For more on zero-knowledge technology, visit CoinDesk's guide.
A Timely Opportunity for DeFi Innovation
CZ believes the current market environment presents a unique opportunity for developers to build privacy-focused infrastructure. He stated that the timing is ideal for launching a dark pool perpetual DEX to cater to institutional and high-volume traders.
The proposal aligns with the growing demand for privacy in DeFi, as transparency in traditional DEXs often leaves traders vulnerable. A dark pool DEX could combine the trustless nature of DeFi with the privacy features of traditional finance, potentially reshaping the industry.
#OnChainDarkPool #PerpetualDEX #CZBinance #DeFiPrivacy #ZeroKnowledgeProofs

Binance Launchpool offers users the opportunity to earn new crypto tokens by simply staking assets they already hold, such as BNB, USDC, or FDUSD. By locking these tokens for a limited time, participants can earn newly launched tokens at no additional cost. There’s no risk of losing your original assets, and you can unstake at any time.
The latest project featured on Launchpool is Space and Time ($SXT )—a cutting-edge blockchain protocol designed to enhance how smart contracts and decentralized applications access and verify large-scale data from both on-chain and off-chain sources.

What Makes Space and Time (SXT) Unique?
Space and Time leverages advanced technologies like zero-knowledge proofs (ZK-Proofs) to ensure data integrity and privacy. Its flagship innovation, Proof of SQL, allows developers to verify that the results of complex data queries are accurate and untampered. This capability significantly enhances the performance and trustworthiness of applications in sectors such as DeFi, gaming, AI, NFTs, and enterprise services.
SXT is supported by industry leaders including Microsoft and has established partnerships with major blockchain ecosystems like Chainlink, Sui, and zkSync.

How to Earn SXT via Binance Launchpool
The Launchpool event for SXT ran from May 6 to May 8, 2025, during which a total of 125 million SXT tokens were distributed. Rewards were allocated as follows:
85% to BNB stakers
10% to USDC stakers
5% to FDUSD stakers
Users could claim rewards in real-time, with no penalties for early unstaking. After the event concluded, SXT was listed on Binance, allowing participants to trade or hold their earned tokens.

Why It Matters
Binance Launchpool provides a secure and accessible way to earn promising new tokens without any upfront cost. For early adopters, this was a chance to acquire SXT before its public listing. Beyond being a reward, SXT serves a critical role in the Space and Time network—powering data services and enabling validator participation through staking.
With real-world use cases and a growing ecosystem, SXT is positioned to be a key player in the future of decentralized data infrastructure.

#SXT #BinanceLaunchpool #Web3Data #ZeroKnowledgeProofs #CryptoStaking

What Is ZK Hardware?

Zero-Knowledge (ZK) hardware refers to special computer chips and processors built to speed up Zero-Knowledge proofs. These proofs are a way to confirm that something happened (like a transaction on the blockchain) without showing the actual data. It’s like proving you know a password without actually revealing the password itself.
As blockchains like Solana, Sui, and Aptos grow and handle more users and transactions, they need better ways to stay fast, secure, and decentralised. That’s where ZK technology comes in — and ZK hardware helps make it practical at scale.
To handle these proofs quickly, ZK hardware uses ASICs (Application-Specific Integrated Circuits) and highly tuned GPUs. These are much faster than regular software running on general-purpose computers. By using this kind of hardware, blockchains can process data faster, lower energy usage, and avoid slowing down transactions or increasing costs.

How ZK Hardware Speeds Things Up

Creating and checking Zero-Knowledge proofs takes a lot of computing power. It involves doing complicated math and cryptography — things that are too slow or expensive to run on regular processors, especially on fast blockchains like Solana where every second counts.

ZK hardware is built to solve this problem. It can run many cryptographic tasks at the same time, which means it can generate and verify proofs much faster than regular chips. While CPUs and GPUs can do many things, ZK chips focus only on proving tasks, which makes them faster and more efficient.

Thanks to this hardware, ZK proofs can now be used in real-time applications, like smart contract automation, secure gaming, on-chain AI, and identity verification — all while keeping privacy intact.

Overall: specialized processors designed to accelerate the generation and verification of zero-knowledge proofs (ZKPs)

#ZeroKnowledgeProofs #speedtransection #MarketRebound #Write2Earn #blockchain