Since Robinhood Chain mainnet went live, onchain activity around tokenized assets, DEXs, and automated trading has continued to grow. The ability to reach the sequencer quickly and reliably is becoming critical to the transaction experience that projects deliver to their users. For wallets, DEXs, trading bots, and market-making systems, a transaction that reaches the sequencer later may miss its target price or intended ordering position. Robinhood's official documentation states that its public RPC is not intended for production-grade, high-throughput, or latency-sensitive applications.
To address this challenge, BlockRazor launched Robinhood Chain RPC, giving projects a faster, more stable direct path to Robinhood Chain's official sequencer. It helps transactions compete for earlier ordering positions and enables projects to deliver a more reliable onchain experience under high concurrency and latency-sensitive conditions.
Why transaction speed matters more on Robinhood Chain
Robinhood Chain's official documentation is explicit: the network uses a first-come, first-served sequencing model, with transaction order determined strictly by arrival time at the sequencer. A transaction cannot bypass another by paying a higher fee.
On fee-priority networks, teams can bid more aggressively for position. On Robinhood Chain, the priority is reducing the latency for a transaction to reach the sequencer.
This changes the optimization target. Under first-come, first-served ordering, delivery latency is a direct competitive variable.
A Robinhood Chain RPC for global orderflow
First-come, first-served sequencing turns transaction-submission speed and stability directly into ordering competitiveness.
For wallets and DEXs with a global user base, sending transactions from every region directly to a public node exposes each request to additional network hops, overloaded proxies, cross-region detours, and routing jitter, all of which consume the available ordering window. For trading bots and market-making systems, the requirement goes beyond maximum speed: teams also need to control fluctuations in transaction-submission performance.
To address these pain points, BlockRazor provides wallets, DEXs, trading bots, market makers, and other large-scale orderflow projects with global access to Robinhood Chain RPC through endpoints in Frankfurt, Ohio, Japan, and Singapore.
Teams can submit through a regional entry point closer to their production infrastructure, allowing transactions to reach the sequencer consistently with stable, low latency and giving end users across regions a more consistent transaction experience throughout the day.
Benchmark: transaction submission versus the official RPC
We deployed test clients in AWS Frankfurt, Singapore, and Japan. In each region, the client sent 50 pairs of transactions with identical nonces to the matching BlockRazor regional endpoint and Robinhood's official RPC. All parameters were identical except the recipient address, which identified the submission path. Because the same nonce was used, the test measured which route's transaction reached execution first and was ultimately included.
| Test region | BlockRazor inclusion rate | Robinhood official RPC inclusion rate |
|---|---|---|
| Frankfurt | 88% | 12% |
| Singapore | 98% | 2% |
| Japan | 96% | 4% |
BlockRazor won 48 of 50 pairs in Japan, 49 of 50 in Singapore, and 44 of 50 in Frankfurt. These results show that BlockRazor established a clear transaction-submission advantage in the Asian and European test regions, helping global orderflow projects deliver transactions to the official sequencer earlier.
Get access to Robinhood Chain RPC
If your team operates a wallet, DEX, trading bot, market-making system, or other orderflow product on Robinhood Chain, BlockRazor Robinhood Chain RPC is the best choice for further reducing transaction latency and competing for a better ordering position.
Robinhood Chain RPC is fully compatible with the standard JSON-RPC eth_sendRawTransaction method. Teams only need to replace the transaction-submission endpoint to access the low-latency path, making it easy to benchmark latency and shift traffic within an existing architecture.
Robinhood Chain RPC is not currently open to the public. To integrate the RPC or run a transaction-latency comparison, contact BlockRazor.