USDC Price:$1.0000Gas:…

Node Status

API

What Arcscan's infrastructure is serving right now

Node Status · Arc (chain ID 5042) | Arcscan

Node Status

API

Snapshot taken Aug 11, 2026, 13:25:04 +UTC. This page is never cached.

What Arcscan's infrastructure is serving right now

Chain Head

15,038,872

Produced 2 secs ago

Block Time

506 ms

Averaged over 6,496 blocks

Head Freshness

966 ms

Since this API last saw the head move

Index Lag

9 blocks

About 4 secs behind the head

Chain

Head block:: Measured
Head timestamp:: Aug 11, 2026, 13:25:02 +UTC(2 secs ago)
Average block time:: 506 msMeasured
Finality:: instantNo reorgs, no uncles, no pending pool.

Execution node

Client:: arcscan-rpc-gateway/1
Chain ID:: 5042
Namespaces:: ots offots_search offtracedebug off
History:: Archive

Indexer streams

Stream	Indexed Range	Blocks Covered	Segments	Lag	Notes
Token balancesbalances

Index database

Reachable:: Yes
Server:: 16.14
Newest indexed block:: Aug 11, 2026, 13:25:02 +UTC

Arcscan API

Serving:: Ready
Notes:: Whether the site is serving requests, and nothing further. No uptime percentage is published, because none is measured. For how current the data is, read the head age and snapshot time above.

Public JSON-RPC

Endpoint:: https://rpc.arc-scan.io
Chain ID:: 5042
Notes:: Our own router in front of several independent Arc providers: it picks one per call, moves off a source that is refusing, and refuses the costliest methods outright. There is no Arc mainnet node on this host, so the head figure above is what this API sees and not a measurement of the endpoint. Its limits and its refusals are on the developers page.

Measured, derived and absent

Figures marked Measured were observed. Figures marked Derived were computed from a measurement and a constant. Anything that could not be produced is missing from this page rather than shown as a zero — a lag of zero is what a fully caught-up stream looks like, and it must never stand in for “we do not know”.

Indexer lag in seconds is the lag in blocks multiplied by the average block time. It is not the difference between two clocks, so it drifts with the cadence rather than with any single block.