Privacy-Preserving Oracle Service

overview

CORE INFRASTRUCTURE

Smart Contract Development

Secure, audited smart contracts built for production by Web3-native engineers.

We architect and deploy custom, gas-optimized smart contracts on EVM and Solana. Our development process is built for security and speed, delivering a production-ready MVP in 2-4 weeks.

Full Lifecycle Ownership: From ideation and architecture to deployment, verification, and maintenance.
Security-First: Built with OpenZeppelin standards, followed by rigorous internal audits and formal verification tools.
Protocol Expertise: ERC-20/721/1155, custom AMMs, lending/borrowing logic, governance systems, and cross-chain bridges.

We don't just write code; we deliver the foundational logic that secures your assets and powers your business model.

Our engineers are battle-tested, having deployed contracts securing over $100M+ in TVL. We provide clear documentation and a comprehensive audit report to ensure your team and stakeholders have full confidence in the system's integrity.

key-features-cards

ENTERPRISE-GRADE SECURITY

Engineered for Confidentiality and Reliability

Our privacy-preserving oracle service is built on a foundation of cryptographic guarantees and robust infrastructure, delivering verifiable data without exposing sensitive inputs or business logic.

Zero-Knowledge Proof Integration

We implement ZK-SNARKs and ZK-STARKs to validate off-chain computations, allowing you to prove data authenticity without revealing the raw data itself. This enables confidential DeFi strategies and private on-chain settlements.

EXPLORE

Multi-Party Computation (MPC) Nodes

Our decentralized node network uses secure MPC protocols to compute on encrypted data. No single node ever sees the complete input, eliminating single points of failure and trust assumptions for maximum data privacy.

EXPLORE

Fully Homomorphic Encryption (FHE) Feeds

Process and deliver insights from encrypted data streams using FHE. Smart contracts can operate on obfuscated data, enabling use cases like private credit scoring and confidential RWA tokenization.

EXPLORE

99.9% Uptime SLA with Penalties

Guaranteed service availability backed by a financial SLA. Our geographically distributed, fault-tolerant node architecture ensures your applications have continuous access to critical, privacy-preserving data feeds.

99.9%

Uptime SLA

< 500ms

P95 Latency

Formally Verified Cryptographic Circuits

All core privacy circuits (ZK, MPC, FHE) undergo formal verification using tools like Circom and Leo. This mathematical proof eliminates logical bugs, providing the highest assurance for financial applications.

EXPLORE

SOC 2 Type II & ISO 27001 Compliant

Our operational and security controls are independently audited annually. We manage infrastructure, key material, and data with enterprise-grade policies, ensuring compliance for institutional clients.

SOC 2

Compliance

ISO 27001

Certified

benefits

ENTERPRISE-GRADE PRIVACY

Business Outcomes: Secure Data, Protected Value

Our privacy-preserving oracle service delivers more than just data feeds; it provides a foundational layer of trust and confidentiality for your most sensitive on-chain applications. We secure your business logic and protect user value.

Zero-Knowledge Proof Integration

Integrate verifiable computation directly into your data feeds. Prove data validity and user eligibility without exposing the underlying inputs, enabling private DeFi, confidential voting, and compliant institutional products.

EXPLORE

Secure Multi-Party Computation (MPC)

Decentralize trust for sensitive price oracles and random number generation. Our MPC nodes compute results collaboratively, ensuring no single party ever sees the complete raw data, mitigating front-running and manipulation risks.

EXPLORE

Fully Homomorphic Encryption (FHE) Feeds

Process and deliver oracle data while it remains encrypted. Enable on-chain applications to perform calculations on private data, unlocking use cases for confidential trading strategies and private credit scoring.

EXPLORE

Confidential Cross-Chain Messaging

Securely transmit private data and proofs between blockchain networks. Our service ensures state and intent remain confidential during cross-chain operations, protecting arbitrage opportunities and user sovereignty.

Regulatory-Compliant Data Attestation

Generate cryptographically verifiable attestations for off-chain KYC/AML status or real-world asset data. Serve regulated markets without forcing user data on-chain, balancing compliance with user privacy.

Threshold Signature Schemes (TSS)

Protect oracle signing keys with distributed key generation and signing. Eliminate single points of failure for data delivery authorization, significantly raising the security bar against key compromise attacks.

EXPLORE

Architectural & Operational Comparison

Privacy Oracle vs. Standard Oracle

A detailed breakdown of how Chainscore's privacy-preserving oracle service fundamentally differs from traditional oracles in security, data handling, and compliance.

Feature / Capability	Standard Oracle	Chainscore Privacy Oracle
Data Privacy
On-Chain Data Exposure	Full payload visible	Zero-knowledge proofs only
MEV & Front-Running Risk	High	Eliminated
Regulatory Compliance (e.g., GDPR)	Complex & Costly	Built-in by design
Time to Integrate	2-4 weeks	1-2 weeks
Ongoing Operational Overhead	High (data masking)	Minimal (automated)
Ideal Use Case	Public price feeds	Private auctions, institutional DeFi, healthcare data
Typical Implementation Cost	$10K-$30K	$25K-$75K
Total Cost of Ownership (Year 1)	$50K-$150K+	$30K-$100K

how-we-deliver

TRANSPARENT & PREDICTABLE

Our Delivery Process: From Specification to Mainnet

A structured, four-phase engagement model designed for technical leaders. We deliver a production-ready, audited privacy oracle with clear milestones, guaranteed SLAs, and zero surprises.

Phase 1: Architecture & Specification

We conduct a technical deep-dive to define your precise data requirements, threat model, and integration points. Deliverables include a formal specification document and a detailed architecture diagram for your engineering team's review.

1-2 weeks

Typical Duration

100%

Requirement Lock

Phase 2: Core Protocol Development

Our engineers build the custom zero-knowledge circuits and on-chain verifier contracts. Development follows OpenZeppelin standards, includes comprehensive unit/integration testing, and is documented for your internal audit.

3-5 weeks

Development Sprint

Solidity 0.8+

Code Standard

Phase 3: Security Audit & Penetration Testing

The complete system undergoes a rigorous security review by our internal experts, followed by an optional third-party audit with partners like Spearbit or Code4rena. We provide a full vulnerability report and remediation plan.

2-3 weeks

Audit Cycle

Critical = 0

Release Criteria

Phase 4: Staging Deployment & Mainnet Launch

We deploy to your testnet/staging environment for final integration testing and load simulation. Upon your sign-off, we execute the mainnet deployment with verified contract source code and provide 24/7 monitoring dashboards.

99.9%

Uptime SLA

< 1 week

Go-Live Window

Tailored for Your Development Stage