welcome
ZKON is a zkTLS oracle network powered by MPC and ZKPs to verify data provenance and integrity.

Reliable, Secure & Private Offchain

Data Integration

zkOracle delivers trustworthy, real-time data for critical applications, ensuring privacy and integrity at scale.

Tamper-Proof

Data Integrity

ZKON zkOracle revolutionizes blockchain applications by seamlessly integrating verified public and private real-world data, proving the integrity and origin of data instantly, making any manipulation or falsification immediately evident and impossible to conceal.
As a fully decentralized oracle network, zkOracle ensures unmatched reliability and eliminates single points of failure. Built on zkTLS, it guarantees tamper-proof, private, and accurate data transmission, with a strong focus on privacy for sensitive or private data.
Leveraging Kimchi proofs of data integrity—and soon expanding to Groth16 proofs—zkOracle is designed to be highly scalable, accommodating the needs of growing decentralized applications. With native support for data transitivity, it maintains trust and consistency, empowering dApps to operate securely, privately, and efficiently.

Features

Verifiable reliable feeds, verifiable entropy (VRF), verifiable API requests, verified personal/sensitive data
The integrity of information is preserved as it moves through multiple parties, ensuring that the end recipient can trust the data regardless of how many steps it has traveled.
ZKON laverages advance cryptographic tools like Zero Knowledge, Multi-Party Computation, zkTLS and HMAC to ensure unparalleled data privacy and security.
Includes comprehensive SDK modules, API documentation, and plug-and-play components.

How it works?

I Initiation of Data Requests

dApps easily connect to ZKON zkOracle and initiate data requests like price feeds, random numbers, API requests or personal datathrough secure communication channels, including servers, APIs, data connectors, and applications. The zkOracle processes these requests and retrieves the required data from sources such as WebSocket connections, HTTPS endpoints, blockchains, or servers.

II zkOracle

The zkOracle serves as the backbone of secure data interactions, ensuring data integrity and trust. It generates two essential verifications: Proof of Provenance, which confirms the authenticity and source of the data, and Proof of Integrity, which verifies that the data has not been altered or tampered with during transmission. These verifications ensure that all data processed through the zkOracle meets the highest standards of reliability and trustworthiness.

III Probable Data Reply and End-to-End Trust Framework

Once processed and verified, the zkOracle generates a Probable Data Reply containing cryptographic proofs that validate the authenticity and integrity of the data. This tamper-proof response is returned to the requester, forming the core of ZKON’s end-to-end framework. By enabling secure, verifiable, and trustworthy data exchanges, zkOracle ensures seamless interactions across platforms for dApps, systems, and users alike.
ZKON Oracle Network zkOracle schemaZKON Oracle Network zkOracle schema

Verify, Secure, Scale.

Streamline privacy, scalability, and trust with ZKON's verifiable data  solutions.
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By using ZKON solutions, you acknowledge compliance with the terms of our usage policy, ensuring security, reliability, and optimal performance for all users.