On-Chain Randomness Security

overview

FULL-STACK INFRASTRUCTURE

Custom Blockchain Development

End-to-end blockchain solutions from core protocol design to production-ready applications.

We architect and build custom blockchain infrastructure tailored to your specific use case. Our full-stack approach delivers a production-ready mainnet in 8-12 weeks, not months. We handle everything from consensus mechanism design to node orchestration and RPC layer optimization.

Deploy a purpose-built chain with the security of Ethereum and the throughput of a custom L1/L2.

Core Protocol: Design and implement custom EVM or Cosmos SDK chains, zkRollup sequencers, or Substrate parachains.
Node Infrastructure: Automated deployment with 99.9% uptime SLA, monitoring, and disaster recovery.
Developer Tooling: Custom block explorers, indexers, and JSON-RPC/gRPC endpoints for your team.
Security First: Formal verification, audit coordination, and mainnet launch support from day one.

key-features-cards

SECURE, VERIFIABLE, & RELIABLE

Our On-Chain Randomness Capabilities

We engineer provably fair and tamper-proof randomness for Web3 applications, ensuring your dApps are secure, compliant, and trusted by users.

Verifiable Random Function (VRF) Integration

Integrate Chainlink VRF or custom VRF solutions for on-demand, cryptographically secure randomness with verifiable proof. Eliminate miner manipulation and front-running risks.

Commit-Reveal Schemes

Implement robust commit-reveal patterns for fair ordering and selection in games, lotteries, and NFT drops. We ensure the process is transparent and resistant to last-revealer attacks.

Zero

Front-Running

Gas-Optimized

Implementation

RANDAO & Beacon Chain Integration

Leverage Ethereum's Beacon Chain randomness (RANDAO) for applications requiring decentralized, bias-resistant entropy. Ideal for high-value, low-frequency draws.

Security Audits & Formal Verification

Every randomness implementation undergoes rigorous security review. We use static analysis, fuzzing, and formal verification to eliminate vulnerabilities before mainnet deployment.

Zero-Critical

Audit History

OpenZeppelin

Standards

Custom Randomness Oracles

Build bespoke randomness oracles that aggregate multiple sources (VRF, RANDAO, TLSNotary) for enhanced security and liveness, tailored to your application's risk profile.

Multi-Source

Redundancy

99.9%

Uptime SLA

Gas-Optimized Randomness Contracts

Deploy highly efficient smart contracts that minimize user transaction costs for requesting and consuming randomness, critical for high-volume dApps and games.

Up to 40%

Gas Savings

Solidity 0.8+

Codebase

benefits

FROM FEATURE TO BUSINESS IMPACT

Business Outcomes: Why Secure Randomness Matters

On-chain randomness is not just a technical feature; it's a business-critical component that directly affects user trust, protocol integrity, and revenue. Here's how our secure, verifiable randomness service translates into tangible results for your project.

Eliminate Exploits & Protect Revenue

Prevent front-running and manipulation in DeFi lotteries, gaming, and NFT drops with cryptographically secure, unpredictable randomness. Our VRF ensures every outcome is provably fair and cannot be gamed, protecting your protocol's treasury and user funds.

Exploits from RNG

100%

Verifiable Fairness

Build Unshakeable User Trust

Provide cryptographic proof for every random outcome. Users can independently verify the integrity of draws, loot boxes, and leaderboards, fostering long-term loyalty and reducing churn in competitive Web3 gaming and gambling markets.

40%+

Higher Retention

Auditable

On-Chain Proofs

Accelerate Time-to-Market

Deploy production-ready, audited randomness in days, not months. Our API-first approach and battle-tested smart contracts eliminate the need for costly in-house R&D and security reviews, allowing you to launch your feature faster.

< 1 week

Integration Time

Pre-Audited

OpenZeppelin Contracts

Ensure Regulatory & Audit Compliance

Meet the stringent fairness and transparency requirements of gaming regulators and security auditors. Our solution provides the tamper-proof audit trail needed for certification, reducing legal risk and due diligence overhead.

Certifiable

For iGaming

Trail of Bits

Audit Standards

Scale with Predictable Economics

Move away from unpredictable gas costs of on-chain RNG. Our hybrid model provides secure randomness with sub-second latency and fixed, predictable pricing, enabling you to scale your dApp without cost surprises.

< 1 sec

Latency SLA

Fixed Cost

Per Request

Future-Proof Your Architecture

Built with modularity and multi-chain support in mind. Our randomness oracle works seamlessly across Ethereum, Polygon, Arbitrum, and other EVM chains, ensuring your core logic remains portable as you expand.

10+

Supported Chains

Modular

Upgradeable Design

Cost & Complexity Analysis

On-Chain Randomness: Build vs. Integrate

A detailed comparison of the engineering effort, security risks, and total cost of ownership between developing a custom Verifiable Random Function (VRF) solution in-house versus integrating a production-ready service.

Key Factor	Build In-House	Integrate Chainscore VRF
Time to Production	6-12 months	2-4 weeks
Initial Development Cost	$150K - $400K+	$25K - $75K
Security Audit Requirement	Mandatory (External)	Included (Pre-Audited)
Ongoing Infrastructure Cost	$5K - $15K/month	$1K - $5K/month
Cryptographic Expertise Needed	Senior Crypto Engineer	API Integration
Uptime & Reliability SLA	Your responsibility	99.9% Guaranteed
Multi-Chain Support	Per-chain implementation	Native (10+ chains)
Response to Cryptographic Breach	Your team's liability	Protocol-level insurance
Total Cost of Ownership (Year 1)	$210K - $580K+	$37K - $125K

how-we-deliver

PROVEN METHODOLOGY

Our Security-First Development Process

Every on-chain randomness solution is built on a foundation of rigorous security protocols, from initial design to final audit. We deliver verifiably secure, production-ready systems.

Threat Modeling & Design Review

We begin with a formal threat model, identifying potential attack vectors (e.g., miner manipulation, front-running) before a single line of code is written. This proactive approach prevents costly security flaws.

Formal Verification & Zero-Knowledge Proofs

For critical components, we employ formal verification tools (like Certora, K) and integrate ZK proofs to mathematically guarantee the correctness and unpredictability of randomness generation.

Multi-Layer Audit Strategy

Every contract undergoes a three-phase audit: 1) Internal review using Slither & Foundry fuzzing, 2) Peer review by senior architects, 3) External audit by a top-tier firm (e.g., Spearbit, Code4rena).

Continuous Monitoring & Incident Response

Post-deployment, we implement real-time monitoring for anomalies (e.g., entropy drift, oracle liveness) and maintain a documented IRP (Incident Response Plan) for immediate action.

Secure Oracle Integration

We architect redundancy using multiple, decentralized randomness oracles (e.g., Chainlink VRF, API3 QRNG) with failover logic to ensure liveness and censorship resistance.

Comprehensive Documentation & Onboarding

Clients receive detailed technical specs, integration guides, and security assumption documents. We conduct handover sessions to ensure your team understands the system's security model.

Expert Guidance for CTOs & Builders