Blockchain RPC monitoring
Verify chain ID, current block height, block progression, valid JSON-RPC responses, latency and agreement between independent nodes.
EBIT Proof Network
Independent proof for machines.
Verify that RPC endpoints, APIs, servers and AI agents actually performed the work they claim. EBIT Proof Network is being built around independent machine witnesses, signed observations, multi-node agreement and tamper-evident proof records.
Beyond uptime
A response is not the same thing as proof.
An endpoint can answer and still be stale, incorrect or inconsistent. A useful verification system has to inspect what came back, compare it with other observations and preserve enough evidence to verify the result later.
API endpoint verification
Check availability, expected response values, consistency and timing from more than one independent machine.
AI agent verification
Create evidence that an agent or machine action was observed, timestamped and independently checked.
Server activity proof
Build historical evidence around service availability and machine responses instead of relying only on local logs.
Compute-job confirmation
Record that a requested workload reached a machine and that a verifiable result was returned.
Data integrity records
Fingerprint selected data events so a later verification can determine whether the evidence was changed.
How it works
One task. Multiple independent observations.
The first EBIT proof workflow is being designed around a simple idea: do not trust one machine when several independent machines can observe the same event.
1
Create a verification job
An RPC endpoint, API, server or machine action is submitted for verification.
2
Independent nodes check it
Multiple nodes perform the same defined test and sign their observations.
3
Results are compared
The coordinator checks whether the independent observations agree.
4
A proof record is created
The result, timestamp and evidence are reduced to a tamper-evident cryptographic record.
5
The proof can be checked later
A proof ID lets a customer or auditor retrieve the verification history and confirm integrity.
6
Nodes can earn EBIT
The planned network economy uses EBIT as the utility and reward layer for successful verification work.
Example proof
What an RPC verification could look like.
The first public beta is planned around endpoint verification because the result is easy to understand, reproducible and useful to blockchain infrastructure operators.
RPC endpoint monitoring
blockchain node monitoring
RPC health checker
proof of execution
AI agent verification
EBIT PROOF #000001 TARGET BNB Smart Chain RPC Endpoint VERIFICATION NODES Node A PASS Node B PASS Node C PASS CONSENSUS 3 / 3 NODES AGREE CHECKS Availability PASS RPC Response VALID Chain ID MATCH Block Progression CONFIRMED PROOF STATUS VERIFIED
For blockchain infrastructure
Monitor the chain, not just the web server.
An HTTP response can look healthy while a node is behind, returning bad data or failing to advance. EBIT verification is being designed to inspect the actual RPC state and compare independent observations.
View infrastructure servicesFor AI systems
Build an external audit trail for machine actions.
As software agents call tools, APIs and databases, independent machine witnesses can create a second source of evidence around execution events without depending entirely on the agent's own logs.
See the MR4u approachEarly development
The first target: EBIT Proof #000001.
The initial beta will focus on sending the same RPC verification job to independent machines, comparing their signed responses and producing a searchable proof record. The public free RPC Proof Checker will follow that working proof flow.
FAQ
EBIT Proof Network questions.
What is the EBIT Proof Network?
EBIT Proof Network is an emerging verification system designed to let independent machine nodes check RPC endpoints, APIs, AI-agent actions and server activity, then create signed and tamper-evident proof records.
How is this different from ordinary uptime monitoring?
Ordinary uptime monitoring often confirms that an endpoint responded. EBIT is being designed to inspect the actual response or machine state, compare independent observations and preserve a proof that can be checked later.
What can the network verify?
Initial targets include blockchain RPC endpoints and APIs. Planned extensions include servers, selected AI-agent actions, compute jobs and data-integrity events.
Does customer data have to be stored on-chain?
No. The architecture is designed so detailed evidence can remain off-chain while a compact cryptographic fingerprint and proof identifier can be anchored for later integrity verification.
Is the network live now?
The full network is in early development. The first milestone is a working multi-node RPC proof followed by a public endpoint checker.
What role does EBIT play?
EBIT is planned as the utility and reward layer for successful verification work performed by participating nodes. Exact network economics will be finalized after the first working proof system is validated.