A place for talking about the Ethereum Virtual Machine on Farcaster.

Introducing eRPC - an open-source fault-tolerant EVM RPC proxy with reorg-aware permanent caching.

Why? - To have higher reliability and lower RPC costs.

First release features:
✅ Retries, circuit-breakers, failovers and hedged requests make sure fastest most-reliable upstream is used.
✅ Define hourly, daily rate limits for each upstream provider, to control usage, costs and high-scale usage.
✅ Avoid redundant upstream costs by locally caching RPC responses, with reorg-aware caching layer.
✅ You don't need to think about which upstream supports which eth_* method; eRPC automatically does that.
✅ Receive consistent error codes with details across 5+ third-party providers and reporting of occurred errors.
✅ Single dashboard to observe rps throughput, errors, and avg. latency of all your RPC providers.

Get Started → https://docs.erpc.cloud
Telegram (feedback + support) → https://t.me/erpc_cloud
Github →

Introducing eRPC - an open-source fault-tolerant EVM RPC proxy with reorg-aware permanent caching.

Why? - To have higher reliability and lower RPC costs.

First release features:
✅ Retries, circuit-breakers, failovers and hedged requests make sure fastest most-reliable upstream is used.
✅ Define hourly, daily rate limits for each upstream provider, to control usage, costs and high-scale usage.
✅ Avoid redundant upstream costs by locally caching RPC responses, with reorg-aware caching layer.
✅ You don't need to think about which upstream supports which eth_* method; eRPC automatically does that.
✅ Receive consistent error codes with details across 5+ third-party providers and reporting of occurred errors.
✅ Single dashboard to observe rps throughput, errors, and avg. latency of all your RPC providers.

Get Started → https://docs.erpc.cloud
Telegram (feedback + support) → https://t.me/erpc_cloud
Github → https://github.com/erpc/erpc