01
Slow signal monitoring
Waiting for reconstructed blocks, shared public nodes, or a single data source means the opportunity may already be decaying when your bot starts to act.
Win the race from signal to inclusion.
Low-latency signal streams and transaction submission infrastructure for Sniper, Copy Trading, and execution-critical bots.
01Signal monitoring
BOT
02Transaction submission
Why trading bots lose the race
A winning strategy still needs a faster path. Every millisecond lost in signal detection or transaction submission gives competitors the lead.
02
Slow transaction submission
A fast signal is wasted when transactions still cross public RPCs, proxy layers, congested queues, and long regional paths before reaching the ordering node.
Low-latency signal to inclusion
Choose the monitoring rail that fits the chain and signal type, then route the signed transaction to the node that determines ordering.
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Solana
01Signal monitoringShred StreamGeyser Stream
Transaction submissionSend Transaction
Ethereum
02Signal monitoringPublic MempoolBlock Stream
Transaction submissionBroadcast TxRPC
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BSC
03Transaction submissionBroadcast TxFast Submit
Base
04Signal monitoringFlashBlock StreamBlock Stream
Transaction submissioneth_sendRawTransaction
Robinhood Chain
05Signal monitoringSequencer Feed
Transaction submissioneth_sendRawTransaction
Real-world performance
Explore BlockRazor's published test methodology and results for signal delivery and transaction submission across production regions.
Sequencer Feed Benchmark
First-arrival rate and tail latency against the official Sequencer Feed.
Robinhood Chain RPC Benchmark
Transaction-submission latency against the official RPC across production regions.
BSC Fast Submit Benchmark
Latency impact of fewer proxies, hops, and optimized regional paths.
Base Benchmark
Transaction ordering and Block/FlashBlock data-arrival latency.
Solana Shred Stream Benchmark
First-arrival rate and arrival-time differences across multiple regions.
Benchmarking Solana Send Transaction
Like-for-like transaction races using consistent fees and Durable Nonce.
FAQ
01What are the two main latency bottlenecks for a Trading Bot?
Signal monitoring determines when a bot can act; transaction submission determines when its signed transaction reaches the Leader, Builder, Validator, or Sequencer. Latency at either stage can remove the strategy's original advantage.
02Which signal stream should a Sniper or Copy Trading Bot use?
It depends on the chain and target signal. Solana bots can choose raw Shred Stream or structured Geyser Stream; EVM bots may combine public or private pending transactions with confirmed block data; Base and Robinhood Chain also expose chain-specific preconfirmation or Sequencer feeds.
03Do Sniper and Copy Trading Bots need different infrastructure?
They filter different events, but both rely on the same core path: receive and parse a signal, evaluate a strategy, construct and sign a transaction, and submit it quickly.
04How should I choose a transaction endpoint?
Use the endpoint closest to your bot's deployment region and select the service that targets the chain's ordering node: Leaders on Solana, Builders or Validators on Ethereum and BSC, and Sequencers on Base and Robinhood Chain.
05Does the fastest submission mode include MEV protection?
Not always. Speed-first Broadcast Tx is optimized for propagation and does not provide MEV protection. Use an MEV-protected BlockRazor RPC path when protection is required.
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