Secure, production-ready smart contracts built for scale and compliance.
We deliver audit-ready contracts with a focus on security and gas optimization. Our development process includes:
We guarantee code that passes major security audits on the first review.
Our expertise spans all major standards and protocols:
ERC-20, ERC-721, ERC-1155 with advanced features.OpenZeppelin.We ensure your contracts are future-proof and interoperable.
From concept to mainnet, we provide end-to-end delivery:
Solidity 0.8+ or Rust (for Solana).Typical MVP delivery: 2-4 weeks.
Our MEV-Resistant Transaction Ordering for Fair Logistics is built on a modular, battle-tested architecture. Each component is engineered to deliver predictable costs, tamper-proof execution, and seamless integration into your existing supply chain stack.
A globally distributed network of sequencer nodes ensures transaction ordering is not controlled by a single entity, eliminating central points of failure and censorship. This provides guaranteed transaction inclusion and resilience against targeted attacks.
Transactions are encrypted before submission and only revealed after a random ordering is determined, preventing front-running and sandwich attacks. This ensures fair pricing for all logistics participants and protects sensitive commercial data.
Our proprietary consensus mechanism orders transactions based on cryptographic proofs of submission time, not gas price. This delivers deterministic, first-come-first-served fairness and eliminates priority gas auctions that inflate costs.
Continuously monitors the mempool and ordered batches for anomalous patterns indicative of latency arbitrage or censorship attempts. Provides automated alerts and can trigger circuit-breakers to protect system integrity.
Pre-built, audited adapters for seamless settlement on Ethereum, Arbitrum, Optimism, and Polygon. Enables interoperable asset transfers and final settlement assurance without vendor lock-in to a single chain.
A full-stack dashboard with real-time metrics on transaction latency, ordering fairness, sequencer health, and cost analysis. Provides actionable insights for optimizing logistics flows and proving system fairness to partners.
Implementing MEV-resistant transaction ordering directly translates to measurable improvements in your platform's integrity, user trust, and operational efficiency. Here are the concrete outcomes we deliver.
Our proprietary ordering protocol ensures transaction finality is determined by fair, verifiable rules, not miner extractable value. This protects your platform's critical operations—like asset transfers and settlement confirmations—from malicious manipulation.
Achieve deterministic, predictable outcomes for every logistics event on-chain. From shipment confirmation to payment release, our system provides a cryptographically secure, non-repudiable record, eliminating settlement disputes.
By removing the financial losses and administrative overhead caused by MEV attacks and transaction failures, you directly lower cost-per-transaction. Fewer disputes mean less manual intervention and arbitration expense.
Demonstrate a provably fair transaction layer. This builds critical trust with enterprise partners and end-users, directly increasing platform stickiness, transaction volume, and your competitive mojo in the Web3 logistics space.
Deploy our MEV-resistant ordering as a modular service layer. We provide SDKs and APIs compatible with EVM chains (Ethereum, Polygon, Arbitrum) to integrate with your existing smart contracts and backend in weeks, not months.
Our dedicated infrastructure team provides real-time monitoring, alerting, and incident response. We maintain 99.9% uptime SLAs and conduct regular security reviews to ensure the integrity of your transaction flow.
A detailed comparison of the time, cost, and risk involved in developing a custom MEV-resistant ordering service versus leveraging Chainscore's production-ready solution.
| Factor | Build In-House | Chainscore |
|---|---|---|
Time to Production | 6-12+ months | 4-8 weeks |
Initial Development Cost | $250K - $600K+ | $75K - $200K |
Security & Audit Overhead | High (unaudited, custom risk) | Low (pre-audited, battle-tested) |
Ongoing SRE & DevOps | Requires dedicated team | Fully managed service |
MEV Research & Mitigation | Continuous internal R&D | Integrated, protocol-level protection |
Multi-Chain Support | Per-chain integration effort | Native support for 10+ L1/L2s |
Uptime & Reliability SLA | Self-managed (your risk) | 99.9% Guaranteed |
Total Cost of Ownership (Year 1) | $400K - $1M+ | $150K - $300K |
We deliver MEV-resistant transaction ordering for logistics through a structured, security-first process that ensures predictable outcomes and rapid integration.
We design a custom fair ordering architecture, selecting and configuring the optimal protocol (e.g., SUAVE, Shutter Network) for your specific logistics network's latency and finality requirements.
We deploy and manage a decentralized network of transaction relayers with geographic distribution to guarantee low-latency, censorship-resistant order submission for your users.
Gain 24/7 visibility into transaction flow, MEV attempt detection, and system health with our dedicated dashboard, backed by a defined incident response protocol.
We conduct periodic protocol upgrades, gas cost analysis, and performance tuning based on real-world usage data to maintain optimal efficiency and cost-effectiveness.
End-to-end blockchain solutions built for scale, security, and speed.
We architect and deploy custom blockchain networks, sidechains, and L2 solutions tailored to your exact transaction volume and governance needs. Our full-stack approach ensures seamless integration with your existing systems.
From a 2-week PoC to a production-ready mainnet, we manage the entire lifecycle with clear milestones and transparent communication.
PoA, PoS), tokenomics, and governance modules.Solidity/Rust contracts for your core logic.Common questions from CTOs and technical founders about implementing fair transaction ordering for logistics and supply chain applications.
Standard blockchains use a first-come, first-served or highest-fee model, which is vulnerable to front-running and sandwich attacks. Our service implements a Commit-Reveal scheme with fair ordering rules specifically for logistics. Transactions are submitted privately, then revealed and ordered based on verifiable, on-chain timestamps and predefined fairness criteria (e.g., shipment priority, carrier reputation), neutralizing extractable value from transaction reordering.
Our experts will offer a free quote and a 30min call to discuss your project.