लगभग 40 मिनट के ऐप व्यवधान के दौरान रॉबिनहुड चेन ने ब्लॉक बनाना जारी रखा

The Ethereum layer-2 network Robinhood Chain maintained continuous block production throughout its September 4 disruption. A comprehensive full-day evaluation clarifies and corrects an earlier CryptoSlate report which stated that block production had halted for a minimum of 14 minutes. Meanwhile, separate public-data assessments revealed that successful transactions across active applications plummeted significantly for roughly 40 minutes, meaning users still experienced a tangible disruption despite blocks continuing to form.

According to measurements taken by Glass Hull on September 29, a total of 854,255 blocks were recorded across all 1,440 minutes of September 4 UTC. The maximum interval between consecutive recorded block timestamps was just two seconds. Furthermore, during the minute starting at 12:57 UTC—the previously reported beginning of the supposed stoppage—the network generated 592 blocks.

An article published by CryptoSlate on September 5 incorrectly claimed that block production had paused for at least 14 minutes. Glass Hull actually identified a different 14-minute total, consisting of two distinct pauses where Robinhood Chain transaction data was not posted to Ethereum: from 12:29:47 to 12:38:23 UTC, and again from 12:42:47 to 12:48:11 UTC. Both intervals concluded prior to 12:57 UTC, and neither stopped the network from producing blocks. Corresponding gaps in Ethereum data submissions are also documented in L2BEAT’s liveness logs. This demonstrates that a layer-2 network can continue generating blocks even when its separate posting mechanism experiences delays.

How apps were affected

Data analyzed by Walnut on September 23 showed that successful transaction traffic through popular Robinhood Chain applications dropped steeply between roughly 12:37 and 13:20 UTC. During this slump, the median busy application achieved only about one-fifth of its usual successful transaction volume. Walnut interprets delayed oracle updates and smart-wallet transaction failures as indicators that attempted submissions failed before they could be included in blocks, though public blockchain data does not definitively pinpoint the exact point of failure.

QuickNode started investigating elevated latency on the Robinhood Chain mainnet at 13:10 UTC. Later at 16:20 UTC, the infrastructure provider issued a warning that users might face degraded performance and failing transactions while it looked into issues with sequencer-feed connections. While QuickNode’s logs track its own platform’s performance, Walnut’s roughly 40-minute metric evaluates successful application traffic.

In an official statement on September 4, @arbitrum asserted that the network suffered no downtime and that direct user transactions faced no delays. It did, however, note a brief performance impact for certain providers utilizing the network’s data stream amidst a high volume of feed subscribers. This statement draws a line between direct submissions and third-party provider services—a distinction that Walnut’s app-traffic findings and QuickNode’s incident report prove is crucial for end users.

Walnut suggests that a low batch-poster tip was outbid during an Ethereum fee spike, which subsequently delayed data postings. Meanwhile, Glass Hull does not specify the underlying cause of the posting gaps. While the public record confirms that continuous block production occurred alongside impaired application traffic, the exact off-chain failure point—whether located in a sequencer queue or an RPC layer—and its exact link to the posting delays remain undetermined.

?अक्सर पूछे जाने वाले प्रश्न

01Did Robinhood Chain completely stop producing blocks during the disruption?

No. Full-day measurements confirmed that Robinhood Chain continued producing blocks throughout the September 4 disruption, with the longest gap between consecutive recorded block timestamps being only two seconds.

02What caused the 14-minute total reported earlier?

The 14-minute total actually represented two separate pauses in posting Robinhood Chain transaction data to Ethereum (from 12:29:47 to 12:38:23 UTC and from 12:42:47 to 12:48:11 UTC), neither of which interrupted the network’s block production.

03How were users and applications affected if blocks kept producing?

Successful transaction traffic through busy Robinhood Chain applications dropped sharply for about 40 minutes, with median busy apps completing only about one-fifth of their usual successful transactions during the slump.