Introduction

Data plays an important role in all computational processes, particularly in the emerging Web3 era. Enhancing data accessibility and accuracy becomes imperative to make a successful transition from Web2 to Web3. However, dynamics such as data ownership, control, interoperability, security, and privacy impede this transition, leaving a disconnect between the critical ecosystems.

In Web3, data integrity is usually dependent on distributed validation networks. Many current solutions still require trust in third-party oracles, and this constraint inherent in smart contract platforms poses challenges to data availability and security. This led to the creation of Orochi Network, the world’s first verifiable data infrastructure that leverages the verifiable data pipeline and ZK-data rollup to create a suite of solutions that promote data integrity and confidentiality.

What is Orochi Network?

Source: Orochi Network

Orochi Network is a Layer 1 (L1) blockchain and Verifiable Data Infrastructure (VDI) that provides confidential, scalable, and user-friendly platforms for secure data management and transition across various applications.

It leverages zero-knowledge proofs (ZKPs), fully homomorphic encryption (FHE), and trusted execution environments (TEEs) to facilitate data integrity and confidentiality. These technologies enable provable computations on encrypted data without revealing sensitive information while upholding the workflow’s security.

The Team

Source: CryptoRank

Orochi Network management team consists of blockchain and cryptography specialists, each with deep expertise in their respective domains. The team is led by Chiro Hiro, the Founder and Chief Executive Officer, who also serves as the acting Chief Technology Officer. He brings over 16 years of industry experience to the project.

Other team members include Mary Tran, Co-founder and Growth Manager; Chloe Pham, Chief Marketing Officer; Claire Dang, Head of Business Development; Khuong Nguyen-An, Chief Scientist; and Harry Tran, Chief Financial Officer.

Unique Features of Orochi Network

Orochi Network provides innovative features designed to address the challenges of data availability in Web3.

Open Source Collaboration

Orochi Network is among the few projects that support community collaboration and participation through established channels. Developers can review the program’s repository and suggest modifications on their GitHub page, while those with no coding experience can reach out to the development team to register their observations.

Modular Architecture

Orochi Network’s ecosystem adopts a modular architecture that provides all necessary services, eliminating the need for third-party applications. This contributes to its high performance and zero latency.

Verifiable Data Pipeline

Leveraging ZKPs and cryptographic tools, Orochi Network focuses on delivering provable data in a secure and tamper-proof manner.

Orochi Network Use Cases

Source: Orochi Network

Orochi Network securely provides data using zero-knowledge proofs, enabling robust Verifiable Data Pipelines for blockchain solutions.

For instance, Orochi Network can be applied to Web3 Gaming, Decentralized Finance (DeFi), Decentralized Physical Infrastructure Network (DePIN), Internet of Things (IoT), Artificial Intelligence/Machine Language (AI/ML) Models, Real-world Assets (RWA), Zero-Knowledge Applications (zkApps), and Decentralized Applications (dApps) to facilitate safe data access.

Main Features of Orochi Network

To achieve a verifiable data pipeline, Orochi Network has built ready-to-use frameworks that help bring secure and provable data to Web3 platforms. Most of these solutions are premium, requiring users to pay for access. They are primarily designed for developers to integrate and execute within smart contracts.

zkDatabase

Source: zkDatabase - Orochi Network

zkDatabase is a solution that leverages NoSQL database architecture and specialized cryptographic modules to ensure data privacy and security.

The cryptographic modules utilize Zero-Knowledge Proofs (ZKPs) to authenticate data queries and verify transactions without disclosing the underlying data involved.

zkMemory

Source: zkMemory - Orochi Network

zkMemory is a dynamic module developed to empower developers to create highly customizable and configurable Zero-Knowledge Virtual Machines (zkVMs). It serves as a universal memory prover, providing the essential infrastructure, such as flexible VM (virtual machine) layouts and customizable word sizes for generating memory consistency proofs—a critical component for building secure, efficient, and verifiable zkVMs.

Orocle

Source: Orocle - Orochi Network

Orocle is a version of a decentralized oracle that ensures data interoperability between smart contracts and real-world data by seamlessly fetching and verifying off-chain data that can be used on blockchains.

Orand

Source: Orand - Orochi Network

Orand is a decentralized random number generator that leverages the cryptographic capabilities of Elliptic Curve Verifiable Random Functions (ECVRF) to create secure and verifiable randomness. By integrating ECVRF, Orand enables smart contracts to generate tamper-proof, non-manipulable outputs that can be independently verified both on-chain and off-chain.

Orand also enables flexible proof submission, where users can either manage the process by requesting from their backend and submitting to their smart contract, or delegate it for automatic submission by transferring tokens to operators.

ONACTIVE

Source: Airdrop Alert

ONACTIVE is a real-time verifier challenge designed by Orochi Network to reward participants for their contribution to the network’s Verifiable Data Infrastructure. It allows users to verify data for the zkDatabase through a web browser interface, ensuring a secure, scalable, and decentralized data layer.

Participants in this protocol compete to verify codes released in intervals for a position on the leaderboard and earn rewards in ON tokens.

How to Participate in ONACTIVE Verification

Here is a step-by-step guide on how to participate in the ONACTIVE verification process:

a) Sign up for ONACTIVE via the official website. Sign-ups can be done through GitHub, Gmail, or Email addresses.

Source: ONACTIVE

b) Watch out for codes on the “RETROACTIVE” channel on the Orochi Network Discord channel and copy them.

Source: Orochi Network - Discord

c) Paste the copied codes into the designated field on your ONACTIVE profile and click the ‘Verify Code’ button to proceed.

NB: To ensure the success of this process, it must be carried out promptly and ahead of others.

Source: ONACTIVE

Orosign Wallet

Source: Orosign - Orochi Blog

Orosign Wallet is a multisig mobile wallet developed by Orochi Network, designed to manage digital assets securely. One of the standout features of this wallet is that it requires multiple signatures, i.e, multiple private keys to authorize transactions, and the signing process is secured by utilizing off-chain signing and verification.

zkDA Layer

Source: Orochi Network

The Orochi Network’s zkDA (Zero-Knowledge Data Availability) layer is a unique solution for balancing data availability with interoperability and privacy. By combining ZKPs with a robust data pipeline and flexible architecture, it addresses the scalability issues in blockchain data management.

This layer comprises infrastructures such as knowledge proof systems, which deliver verifiable data on-chain, and zk-data rollups, which compress large datasets into concise proofs. It is also designed with a consensus mechanism to improve throughput and a proof-system-agnostic approach to streamline adoption across diverse blockchains.

How Does Orochi Network Work?

Orochi Network’s solutions are built to be interoperable. For example, Orocle retrieves off-chain data, which can be stored in zkDatabase, processed in zkMemory, and used with verifiable randomness provided by Orand. All these processes occur within Orochi’s secure cryptographic framework.

Source: Orochi Network

However, to use these services and unlock the complete capabilities of the Orochi Network’s smart contracts and dApp (available for premium users), developers may be required to purchase a subscription.

Users who own corporate businesses can use Orosign Wallet to manage their assets securely, and can also use ONACTIVE to contribute to Orochi Network’s ecosystem and earn rewards.

Orochi Network Architecture

Source: Orochi Network Docs

Orochi Network is powered by a few blockchain cryptographic infrastructures, helping it deliver confidential and verifiable data solutions in decentralized environments.

Verifiable Data Pipeline

Verifiable data pipelines ensure that every step of the data processing—from sampling, processing, lookup, and transformation—is cryptographically verified to ensure transparency and trust for smart contracts.

Verifiable Sampling
The verification process starts by proving the authenticity of data samples from an endpoint such as an API or an established database. A prover generates a proof to confirm the sample’s integrity in compliance with a sampling algorithm.

Verifiable Processing
After the sampling process is successfully verified, it then moves on to prove that the data obtained has been accurately transformed into structured data per the predefined algorithm set for this purpose.

Lookup Prover
At this stage, the searched data point (key-value) is verified and run through a secure, organized dataset (a B-Tree), confirming that it is part of a larger, trusted collection. This creates a concise and verifiable proof that both the search and data inclusion are accurate.

Transformation Prover
This stage ensures data modifications such as insertions, deletions and format changes are verified to guarantee accuracy against a predefined data structure. It creates a cryptographic proof linked to a commitment scheme that serves as a data fingerprint to confirm the modifications are correct.

Distributed Storage
This concept involves committing data across a network of computers rather than relying on centralized servers, which tend to compromise the privacy and security of data stored.

Merkle Directed Acyclic Graph
This is a system that ensures that data is stored securely and efficiently in a distributed system by using cryptographic hashes to link pieces of data together. Each linked piece verifies the data connected to it, validating that it is in its original state.

Commitment Schemes
These are cryptographic tools such as Merkle trees that encrypt data to a single value, often called a root hash. It allows provers to confirm authenticity or membership without exposing the full dataset.

ZK-Data-Rollups
This employs ZKPs to compress large amounts of off-chain data into small, verifiable proofs on the blockchain. This enables faster, cheaper transactions while keeping data private.

Succinct aBFT Consensus

The following are the protocols used by Orochi Network to validate transactions in record time in a highly efficient and secure manner.

Gossip DAG
Gossip Directed Acyclic Graph (DAG) is like a digital timeline where each event is linked to the previous ones, ensuring no event can be tampered with without detection. It helps networks track and verify activity efficiently by organizing data into an unchangeable, traceable structure.

Orochi Consensus Mechanism
Orochi Network uses the Tendermint consensus mechanism, based on asynchronous Byzantine Fault Tolerance (aBFT). This ensures agreement among distributed nodes under hostile conditions, even when they don’t communicate simultaneously.

Proof Composition
This process combines multiple ZKP proofs into a single, compact proof, making it faster and more cost-effective to verify the authenticity of the consensus process. It helps validators and users easily verify the blockchain’s accuracy due to its reduced computational overhead.

ZKP - Proof Systems

Orochi Network is built on the principles of zero-knowledge proofs (ZKPs), which are key to ensuring confidential and verifiable data processing, thereby enhancing data integrity, privacy, and trust. It works with highly efficient and established protocols like ZK-STARK, Plonky3, Pickles, and Halo2, giving users the choice to pick the suitable proof system for smart contracts.

What is ON Token?

Source: Orochi Network

ON is the native coin of Orochi Network, serving as the backbone of the protocol. It enables users to interact with the blockchain through its various interfaces. ON also functions as a governance token, empowering community members to actively participate in the decision-making processes that shape the network’s future.

ON Token Utility

ON token is positioned to drive engagement and promote long-term sustainability within the Orochi Network, ensuring all participants, such as users, validators, storage providers, and sequencers, are integrated into the ecosystem.

Sequencers
Sequencers ensure that transactions are processed with utmost confidentiality. They are rewarded in ON for their efforts to enhance the network’s scalability.

Validators
By staking their ON holdings, validators ensure the utmost security and integrity of the Orochi Network through their participation in the protocol’s consensus process. These validators are rewarded with ON tokens based on their staking and contributions.

Storage Providers
On Orochi’s Network, users can lease distributed storage space while using ON tokens. This helps in supporting the protocol’s secure and verifiable data management framework. Also, providers of these storage infrastructures are rewarded with ON tokens to promote its sustainability.

Users
ON is used to pay for transaction charges that give users premium access to ecosystem features. These fees are used for the network’s maintenance and sustainability.

Note: Information concerning the token listing date, tokenomics and vesting schedule is yet to be officially announced by the team. Users and investors should follow Orochi Network’s social handles for latest announcements and real-time updates.

Partnerships

Source: Orochi Blog

Orochi Network has partnered with over 80 leading Web3 projects to ensure secure data transmission across the ecosystem. Notable collaborations are with entities such as Ethereum, SEI, Ancient8, LayerBank, U2U Network, Tangle, Zircuit, Circuit, B³ Network, Nubila, Klink, 5ire, HitCrunch, NODO, Kroma, 3itLen, XProtocol, IoTex, and Validium.

Commenting on their partnership, the Ecosystem Director of Zircuit, Mr Josh, remarked that “the Orochi Network team have been really great to collaborate and partner with,” and appreciates Orochi’s commitment to operate in good faith and for deploying their data feeds on Zircuit. Also, Mr Zane, a Core contributor at Ancient8, observed that Orochi Network has been instrumental in providing crucial support and expertise in the development of Ancient8’s gaming ecosystem.

Is ON a Good Investment?

As a notable Verifiable Data Infrastructure, Orochi Network has carved a niche in solving data reliability and privacy challenges in Web3. With this momentum, it has been able to attract over 80 strategic partnerships and secure $12 million in investment funds.

The ON token holds a special place in both the Orochi Network and the broader crypto space. In the Orochi ecosystem, it’s used to access premium services and earn rewards by contributing to the platform development, and also powers transactions and effective interactions.

Like any investment, investing in Orochi Network or its native coin carries significant risks due to the volatile nature of cryptocurrencies. Therefore, investors should always research and assess their risk tolerance before making an investment. It is also important to note that investing in ON, or any other cryptocurrency, doesn’t guarantee automatic profit and could result in significant losses. So, only invest what you can afford to lose.

How to Own ON

To own the ON token, you can use the services of a centralized cryptocurrency exchange, such as Gate.io. Start by creating a Gate.io account, verifying it, and funding it. Then, you are ready to go through the steps to buy ON.

Highlights

Be an Orochian

Source: Orochi Blog

Orochi Network has launched its Ambassador Program, inviting passionate individuals to contribute to the development of the protocol. Aspiring “Orochians” — including researchers, NFT artists, speakers, and meme creators — are encouraged to complete the application form and await further communication from the team.

Orochi Network Raised $12 Million in Funding Rounds

Source: Orochi Network

From their funding rounds, Orochi Network raised $12 million from Presto, Smape, Anti Capital, Maxx Capital, Bolts Capital, Aza Enterprises, Connectico Capital, Biconomy, Kyros Ventures, and Titans Ventures. Grants were also received from the Ethereum Foundation, Mina Protocol, Web3 Foundation, and BNB Chain. This funding support from industry leaders is an indication of the potential of Orochi’s technology to revolutionize data integrity across decentralized domains.