Manifold Finance

Plug one endpoint into your app and stop babysitting RPC outages. With Manifold Finance’s SecureRPC, you replace your existing JSON-RPC URL once and gain a resilient, latency-aware connection to priority order flow across Ethereum-compatible networks. In practice: pick your target chain, drop the SecureRPC URL into your web3 client, and keep your existing code. The service routes calls across multiple upstreams and maintains pathways to validator-facing infrastructure, so reads resolve faster and transactions propagate with fewer delays.

For dApp developers, the workflow is straightforward. Point your backend or frontend provider (ethers.js, web3.py, viem, web3.js) to SecureRPC and let it handle routing. Use your normal tooling for EIP-1559: estimate gas, set maxFeePerGas and maxPriorityFeePerGas, and rely on consistent fee suggestions from aggregated sources. When sending transactions, configure retries with replacement (same nonce, higher tip) and let the network-aware routing push your update quickly. For read-heavy apps—dashboards, analytics, block explorers—batch calls where possible and benefit from lower tail latency due to multi-source response paths. If you serve global users, distribute instances in different regions while using the same RPC URL to keep behavior consistent.

For teams running bots—arbitrage, liquidations, NFT sniping, keeper jobs—SecureRPC helps you see and act quicker. Subscribe to pending transactions using your preferred library and process a more complete view of in-flight orders sourced from multiple peers. Build strategies that react to mempool signals, pre-calculate nonces, and submit sequences rapidly. When a profitable opportunity appears, send transactions with precise fee caps and tips; the routing layer prioritizes fast propagation to validator-connected peers to improve inclusion times. If your strategy replaces transactions frequently, set clear escalation rules (e.g., +10–20% priority fee per attempt) and depend on stable nonce handling across concurrent workers without juggling multiple providers.

Wallets, trading interfaces, and protocols can harden user experience against volatility and adversarial conditions. To reduce exposure to predatory ordering, prefer direct submission routes where available and avoid leaking intent through slower paths. Pair SecureRPC with simple safeguards: request multiple fee estimates, apply safety margins, and target N+1 confirmations on volatile markets. For multi-chain products, keep a single integration pattern while toggling networks via configuration, then rely on the same robust routing behavior wherever your users transact. Finally, add lightweight health checks (periodic eth_blockNumber and net_version) and switchovers, knowing the aggregator already handles most failover work behind the scenes.