Cross-Chain Bridge & Payment Simulation

Test your bridge logic across a simulated network of 15+ major EVM and non-EVM chains (Ethereum, Arbitrum, Polygon, Solana, etc.) before deploying to mainnet. Identify chain-specific edge cases and interoperability failures in a controlled sandbox.

Simulate real-world conditions with configurable gas price volatility, network congestion spikes, and dynamic fee structures. Stress-test your payment routing algorithms against unpredictable mainnet economics to ensure cost-efficiency.

Proactively identify vulnerabilities by running pre-defined and custom attack vectors: front-running, reentrancy, oracle manipulation, and bridge-specific exploits. Our library includes patterns from real-world bridge hacks exceeding $2B in losses.

Validate your system's scalability by simulating thousands of concurrent users and transactions per second. Measure finality times, identify bottlenecks in your relayer network, and guarantee performance under peak load.

Test your bridge's resilience to chain reorganizations and consensus failures. Simulate deep reorgs, validator downtime, and temporary network partitions to ensure asset safety and message finality guarantees hold.

Our bridge logic and simulation layer ensures atomic cross-chain settlements. If a transaction fails on the destination chain, the source chain transaction is reverted, protecting user funds and preventing partial failures.

Real-time simulation of transactions across all supported chains (EVM, Solana, Cosmos) to find the optimal route for speed and cost before the user signs. Eliminates failed transactions due to slippage or insufficient gas.

Transparent, upfront fee calculation that includes source gas, bridge fees, and destination execution costs. No hidden charges or surprise failures for end-users, building trust in your application.

Multi-region relayers and 24/7 monitoring with automated failover. Full observability into bridge health, liquidity pools, and transaction queues to preempt issues before they impact users.

We conduct a technical deep-dive to design a secure, gas-optimized bridge architecture for your specific use case. This includes selecting optimal relayers, finalizing security models (multi-sig, MPC), and defining the smart contract interface for your dApp.

Deliverable: A comprehensive technical specification and integration roadmap.

Our engineers develop and deploy the core bridge contracts (lock-mint, burn-unlock) using battle-tested patterns. Every line of code undergoes internal review followed by a formal security audit from a top-tier firm like Quantstamp or CertiK before mainnet deployment.

Deliverable: Audited, production-ready smart contracts on your target chains.

We deploy and configure high-availability relayers with automatic failover, set up multi-chain block explorers for transaction tracing, and implement our proprietary payment simulation engine to test fee logic and slippage under real market conditions.

Deliverable: A fully operational bridge backend with real-time dashboards.

Your bridge goes live with 24/7 monitoring for security, performance, and economic health. We provide a dedicated dashboard showing volume, fees, failed transactions, and simulation accuracy, enabling proactive optimization and reporting.

Deliverable: Ongoing operational support and actionable business intelligence.