?#FIN

? https://fulink.xyz

? https://x.com/FuLink_AI

? https://t.me/FuLinkSolana

⌛Data Availability

At our core, we are committed to safeguarding data privacy. One of our primary objectives is to address the issue of data availability, which is typically divided into two parts. Firstly, we strive to provide consumers with the means to ascertain that the seller has the required data before making a request. Secondly, we aim to establish a mechanism for verifying the authenticity of the data in its encrypted form.

Within the FuLink network, Zero-Knowledge Proof is used to ensure that all functional nodes, including storage nodes, computing nodes, and proxy nodes, have publicly verifiable data processing and computing operations. At the same time, prior to authorizing data access, the data owner is required to present a Zero-Knowledge Proof. This proof verifies that the encrypted data is aligned with its plaintext counterpart, irrespective of the encryption scheme being used. This approach endows FuLink network with enhanced flexibility.

?At our core, we are committed to safeguarding data privacy. One of our primary objectives is to address the issue of data availability, which is typically divided into two parts. Firstly, we strive to provide consumers with the means to ascertain that the seller has the required data before making a request. Secondly, we aim to establish a mechanism for verifying the authenticity of the data in its encrypted form.

?Data Privacy Technology by FuLink and Its Use Case for Elections, As the upcoming elections in America draw near, it's crucial to discuss the importance of data privacy and how emerging technologies can safeguard electoral processes. One such technology is FuLink's data privacy solutions, which have the potential to revolutionize elections worldwide. ? #Elections #DataPrivacy

?#FIN

? https://fulink.xyz

☘️ https://x.com/FuLink_AI

? https://t.me/FuLinkSolana

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FuLink will utilize FHE technology to enable privacy-preserving data computation. This approach leverages the unique property of Fully Homomorphic Encryption, which enables calculations to be performed on ciphertext. Initially, the dataset will be encrypted and transmitted to the computing providers. The computing providers will then execute the desired computation, such as a prediction model for machine learning. Ultimately, the encrypted result will be returned to the authorized party for decryption.

?Our partnerships with local Key Opinion Leaders (KOLs) have been successful, with over 30+ collaborations each in Europe, Turkey, and Vietnam, and 10+ in South Korea.
FuLink is building momentum and preparing for exciting developments ahead. Stay tuned for future updates! ?

?$FIN

The FuLink network integrates the Application Layer, the Cryptography Layer and the Watcher Network!! ?

✅: https://fulink.xyz/
✅: https://twitter.com/FuLink_AI
✅: https://linktr.ee/fulink

?FuLink Web Agent Demo and fulink-ts Library Adaptation:

✅Developed a demo version of the FuLink web agent.
✅Ensured compatibility with the fulink-ts library.

?The FuLink network integrates the Application Layer, the Cryptography Layer, the Storage Layer, the Blockchain Layer and the Watcher Network.