In a digital world driven by decentralized applications, artificial intelligence, and real-world asset tokenization, verifiable data has become the cornerstone of trust. But how can we ensure that data is private, authentic, and scalable, across blockchains, AI models, and high-throughput environments?
Developed by Orochi Network, the first zkDA Layer recognized by the Ethereum Foundation, this ecosystem transforms raw data into verifiable data using zero-knowledge cryptography and advanced proof systems. With over 300,000 daily users, 160M+ verifiable transactions, and $12M in funding, Orochi is pioneering the next generation of Verifiable Data Infrastructure across more than 120 blockchains.
Whether your project is in DeFi, AI/ML, DePIN, RWA tokenization, or gaming, the Orochi Products ensures that all your data, including real-world asset information, is provably correct, cost-efficient, and privacy-preserving.
What are the Orochi Products?
The Orochi Ecosystem is a full-stack Verifiable Data Infrastructure designed to solve core Web3 challenges, scalability, privacy, interoperability, and data integrity. It consists of seven tightly integrated modules:
zkDatabase – Zero-Knowledge Prover
ONProver – Lightweight node that allows anyone to prove data integrity
zkDA Layer – Scalable, proof-based Data Availability
Orand – Trustless randomness
Orocle – Privacy-preserving oracle feeds
Orochi combines ZKPs (Halo2, Plonky3, STARKs), aBFT DAG consensus, and a modular design to power both real-time and batch use cases. With support for AI inference proofs, IoT reporting, real-world asset minting, and NFT game logic, it's a foundation for the next generation of scalable decentralized systems.
Product-by-Product Overview
zkDatabase
zkDatabase is a next-generation noSQL database developed by Orochi Network, designed to ensure provable data integrity and privacy using Zero-Knowledge Proofs (ZKPs). It enables users to verify data queries and transactions without exposing the actual data, making it ideal for privacy-preserving applications. Key Features:
Zero-Knowledge Prover Engine: Utilizes zkSNARKs to produce lightweight, verifiable proofs.
Built on o1js Framework: Integrates proven cryptographic tools from O1 Labs.
Modular Design: Future-ready architecture allows easy integration of proof systems like Plonky3
for faster, scalable proofs.
Modern noSQL Architecture: Supports key-value, document, and graph data models for flexibility and performance.
Optimized Cryptographic Modules: Ensures efficient generation and verification of ZKPs with minimal performance impact.
ONProver
ONProver is a lightweight node that generates ZKPs to verify transaction validity, enabling fast and decentralized proof computation on user devices. ONProver allows users to generate proofs directly on their devices (browser, edge node) It supports multiple proving systems, verifier network.
Benefits:
Fully decentralized proof computation
Low latency for real-time applications
Incentivized participation with rewards
zkDA Layer
zkDA Layer (Layer 1 DA) stands for Zero-Knowledge Data Availability Layer. It is a new type of blockchain infrastructure built to ensure that data on the blockchain is not only available but also verifiable, scalable, and privacy-preserving. Unlike traditional Data Availability Layers (DALs), which merely store and broadcast data, a zkDA Layer uses Zero-Knowledge Proofs (ZKPs) to cryptographically verify the correctness and integrity of that data. This creates a trustworthy foundation for modular blockchain architectures, where different layers (execution, consensus, and data) operate independently but securely.
Orand & Orocle
Orand delivers secure randomness using ECVRF, eliminating bias in gaming, lotteries, and DeFi.
Orocle provides decentralized data feeds (price, weather, sports) with built-in privacy and ZKP-based verification. Together, they ensure dApps can access external data without trusting centralized oracles.
ONPlay
ONPlay is the gaming ecosystem of Orochi Network, enabling developers to build blockchain-based games where users can earn NFTs through gameplay. It simplifies integration with SDKs, ensuring fair, scalable, and engaging experiences with provable asset ownership via ONTegrity.
ONTegrity
ONTegrity ensures that in-game and on-chain assets have cryptographic proof of authenticity, enabling, a foundational layer for NFT gaming and digital identity in the Orochi ecosystem.
How We Work Together
The Orochi Ecosystem functions as a cohesive, modular infrastructure where each product complements and reinforces the others. Built around the principle of verifiable data, Orochi’s architecture enables developers to ingest, verify, store, and consume data across Web3, AI, and gaming applications with audit-grade integrity and minimal overhead.
By leveraging Zero-Knowledge Proofs, Orochi Products eliminates the traditional trade-off between privacy, performance, and scalability.
zkDatabase - Verifiable Data Infrastructure
zkDatabase acts as the trusted source of truth for data-intensive applications in the Orochi Products. It’s a ZKP-native noSQL database where each entry can be cryptographically proven without revealing the data itself. Developers insert raw data, AI model outputs, DeFi activity logs, or sensor data, into zkDatabase, which automatically generates Zero-Knowledge Proofs (ZKPs) for integrity. These proofs are then anchored to the zkDA Layer, enabling external systems (smart contracts, validators, regulators) to verify that the data is accurate, untampered, and originated from a trusted context.
It forms the foundational layer for privacy-preserving AI, compliance-grade DePIN, and verifiable Real-World Asset tokenization.
ONProver
ONProver is a lightweight node that anyone can run to prove data integrity from their own device, no heavy setup, just need a browser. It puts real data in the hands of users, letting them power the zkDatabase from anywhere.
You → Prove data → Data proved by ZKP→ Earn rewards
Here’s how to get started:
Click Connect, and sign in using your ON-ID - your identity across the Orochi ecosystem.
Once connected, you can immediately start proving data and earning $ON.
While you’re proving data, explore other features:
zkDA Layer (Layer 1 DA)
The zkDA Layer is a zero-knowledge-powered Data Availability (DA) Layer that addresses scalability bottlenecks in Web3 systems. It stores large volumes of off-chain data while ensuring that proofs of availability and integrity are constantly generated and verified.
Unlike traditional DA solutions, zkDA combines ZKPs with a DAG-based asynchronous BFT consensus, ensuring finality, ordering, and minimal latency.
When zkDatabase ingests new data, the zkDA Layer confirms its availability, allowing consumers to verify historical records without querying full nodes. It underpins Orochi’s mission to reduce costs, cutting data verification from $25 to ~$0.002/KB, while maintaining uncompromised trust.
Orand & Orocle
Orand and Orocle are the two external input layers in the Orochi Products, enabling decentralized applications to interact with the outside world, with proof.
Orocle: Orocle is an Oracle service that fetches and verifies off-chain data to be used within blockchain smart contracts. Unlike traditional centralized oracles, Orocle operates on a provable model, reducing the risks associated with single points of failure and enhancing trust through a distributed network of nodes.
Gather Diverse Data:
Access a vast pool of information, from financial markets and weather updates to social media sentiment and IoT sensor readings. The possibilities are endless, empowering DApps with real-time, relevant data.
Decentralized & Trustworthy:
Eliminate the risk of manipulation with a distributed network of nodes verifying and securing data integrity. No single entity controls the flow of information, fostering trust and transparency.
Highly Scalable & Efficient:
Designed to handle high volumes of data requests efficiently, ensuring your DApp performs smoothly even with complex data integrations.
Chain Agnostic:
Integrate seamlessly with various blockchain platforms, offering flexibility and wider reach for your DApp.
Orand - Orand was built based on Elliptic Curve Verifiable Random Function (ECVRF). It is deterministic, verifiable and secure based on assumptions from elliptic curves. Administrators of Orochi Network are unable to manipulate the results.
User will request the verifiable randomness from Orand service, user can submit the randomness themselves and control gas consumption. You must submit epoch by sequence, and starting epoch or genesis must be the epoch
User will delegate the submission process to Orochi Network, first user need to deposit native token to the operator address provided by Orochi Network.
dApp will request to Orochi Network's oracle contract for the randomness, Orand service will fulfill this request and submit the randomness to the Orand provider contract.
ONPlay
ONPlay is a gaming ecosystem of the Orochi Network, where Web3-native titles like Little Wice, Biggemon, Magicat, and Lands of Property are built and launched. More than just a gaming platform, ONPlay serves as a testing ground and showcase for Orochi’s core technologies, such as zkDatabase, Orand, and ONProver, ensuring fairness, transparency, and real-time verifiability. It represents a strategic move by Orochi to bring advanced technologies like Zero-Knowledge Proofs (ZKPs) closer to everyday users through engaging, interactive, and innovative gameplay experiences.
The Showcase of Orochi Network Application for Web3/Audit/RWA/Finance
The Orochi Products is not just a modular infrastructure, it’s a powerful enabler of real-world use cases across industries. Its verifiable data pipeline, powered by ZKPs and decentralized computation, offers foundational building blocks for developers in Web3, financial services, AI, gaming, and even Web2 enterprises.
Domain | Use Case Example & Benefit |
|---|
| On‑chain Audits | zkDatabase supports trustless ZK‑SNARK audits—reducing compliance costs in DeFi & finance apps. |
| Real‑World Assets | zkDA Layer and zkDatabase bring provable asset data on‑chain, unlocking RWA markets. |
| GameFi Randomness | Orand ensures fair loot/event outcomes |
| Data Feeds for DeFi/IoT | Orocle delivers decentralized, verifiable feeds, serving DeFi and IoT, across 120+ chains. |
| AI/ML Integrity | zkDatabase verify AI training datasets privately |
| DePIN & IoT | Sensor data is secured and verifiable, ideal for smart‑city or supply‑chain infrastructure. |
| DeFi & Private Finance | Cross‑chain lending, balance proofs, on‑chain privacy powered by Orocle + zkDatabase (e.g., Plume Network) |
Conclusion
The Orochi Ecosystem represents a groundbreaking shift in how we manage, verify, and trust data across decentralized systems. By combining Zero-Knowledge Proofs, scalable infrastructure, and modular components, Orochi provides a robust foundation for building secure, privacy-preserving, and interoperable applications across Web3, finance, AI, gaming, IoT, and RWA.
From zkDatabase’s verifiable data storage, to ONProver’s lightweight proof generation, zkDA Layer’s scalable availability, and Orocle & Orand’s tamper-proof external inputs, every layer in Orochi works cohesively to power next-gen decentralized ecosystems. Through ONPlay and ONTegrity, these capabilities extend into real-world applications like NFT gaming and verifiable asset provenance. In an era where trust in data is non-negotiable, Orochi doesn’t just promise verifiability—it delivers it at scale. Whether you're a developer, enterprise, or protocol, the Orochi stack empowers you to build with integrity, performance, and future-proof cryptography at the core.
FAQs
What is the Orochi Ecosystem?
The Orochi Ecosystem is a modular, verifiable data infrastructure built on zero-knowledge proofs (ZKPs). It includes zkDatabase, zkDA Layer, ONProver, Orand, Orocle, ONPlay, and ONTegrity, each serving a critical role in securing and verifying data across Web3, AI, DeFi, and RWA applications.
How does zkDatabase work?
zkDatabase is a ZKP-native NoSQL database that allows developers to store, query, and prove data without revealing its contents. It generates zero-knowledge proofs for each record, enabling tamper-proof, privacy-preserving verification on-chain or off-chain. What are the main use cases for the Orochi Ecosystem?
Orochi powers verifiable solutions across:
On-chain audits
RWA Tokenization
Decentralized AI/ML
GameFi randomness
Cross-chain DeFi
DePIN and IoT
NFT provenance
