RPC CONTROL LAYER

ONE ENDPOINT.
EVERY ROUTE ACCOUNTED FOR.

Nodebit makes Ethereum RPC traffic cheaper, resilient, and visible through shared caching and adaptive provider routing.

START ROUTINGREAD THE SYSTEM ↘
REQUESTS IN
VERIFIED OUT
Nodebit packet router
ABOUT NODEBIT

Infrastructure should behave like one system.

When every service manages its own RPC providers, teams duplicate caches, waste quota, and maintain inconsistent failover logic.

Nodebit sits between your applications and upstream providers. It turns fragmented access into one observable, policy-aware routing layer.

01SHARED CACHE
02HEALTH ROUTING
03REORG AWARE
04FULL JSON-RPC

HOW A REQUEST MOVES

01

Request intake

A single JSON-RPC endpoint receives calls from every service. Access policy and method rules are applied before routing.

02

Cache resolve

Finalized chain data stays durable. Hot blocks remain fresh. Log ranges combine cached and missing segments.

03

Adaptive route

Each upstream is scored by health, latency, quota, and chain height.

04

Response verify

Nodebit checks shape, block context, and provider agreement before returning a consistent response.

REQUEST LAB

Route a packet.

Try common methods and inspect how cache state, provider choice, and response time change.

CACHE
HIT
ROUTE
cache.l2
LATENCY
3 ms
request.json
response.json


THE CONTROL SURFACE
CACHE
Finality-aware storage
Immutable data stays cached. Recent blocks follow confirmation depth. Log queries combine stored and fresh ranges.
ROUTE
Provider scoring
Latency, health, quota, and freshness determine the next hop.
FAILOVER
Automatic recovery
Retries and circuit breakers live in one place, not every codebase.
OBSERVE
Explain every call
Trace cache status, upstream selection, timing, and response health.
/


ONE LAYER.
CLEAR BOUNDARIES.
YOUR APPSINDEXERWALLETBACKEND
NODEBITPOLICY + ROUTE + CACHE
UPSTREAMSPRIMARYARCHIVEFALLBACK
01
Request intake
A single JSON-RPC endpoint receives calls from every service. Access policy and method rules are applied before routing.


BUILT FOR HEAVY READS
01
DEFI BACKENDS
Keep event watchers fast while shared log-range caching cuts redundant reads.
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02
BLOCK INDEXERS
Balance historical depth, provider quota, and head freshness through one endpoint.
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03
WALLETS
Return consistent balances and receipts when upstream health changes.
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04
TRADING SYSTEMS
Prioritize low-latency routes and trace every provider decision.
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$ nodebit init
READY TO ROUTE?
Put one reliable control plane between your stack and the chain.
OPEN REQUEST LAB ↗