As on-chain exposure becomes the norm, how will $Aleo reconstruct Web3 sovereignty with privacy infrastructure?

Blockchain was born from transparency, but it has also fallen into a privacy crisis due to "excessive transparency." From CZ's on-chain test being misinterpreted as "official buying the dip," triggering a surge, to CertiK reports revealing over $1B in losses from phishing attacks due to exposed on-chain behavior, Web3 urgently needs stronger data sovereignty.

$Aleo @AleoHQ aims for "selective privacy" and uses zero-knowledge proofs (ZKP) to build a privacy computing infrastructure.

Its three major technical pillars include:

zkCloud: Transfers complex computations from the blockchain to the user's local device, improving efficiency while protecting privacy.

Leo Language: Simplifies ZKP development, allowing ordinary developers to easily build privacy dApps.

AleoBFT Consensus Mechanism: Combines the advantages of PoW and PoS to achieve faster and more secure decentralized transactions.

$Aleo has not only won the support of giants such as Coinbase, a16z, and SoftBank, but has also partnered with Google Cloud, becoming the first ZK Layer 1 network in its ecosystem. In terms of ecological governance, $Aleo has launched a governance platform before the mainnet and introduced ZKP to achieve private voting.

The zPass protocol, which is currently being implemented, has been applied to games, healthcare, social networking, and other scenarios, supporting users in verifying specific information (such as age and identity) without exposing privacy. This means that ZKP has moved from the crypto world to real-world applications.

$Aleo's narrative is a reflection on the "absolute openness" paradigm: in the on-chain era, true freedom is not just about openness and transparency, but about having the right to hide and choose what to share.

Privacy is not an obstacle, but the next entry point for Web3 evolution.