| Moniker | Status ⬍ | Voting Power ⬍ | Self Bonded ⬍ | Delegators ⬍ | Commission ⬍ | Check | |
|---|---|---|---|---|---|---|---|
| Loading validators… | |||||||
Block time stability
Distribution and variance of block production intervals.
Block size & throughput headroom
Average and tail block size utilization relative to protocol capacity.
RPC latency health
Responsiveness and jitter of public RPC access.
Proposer concentration
Distribution of block proposers across the validator set.
Network health index
Composite score (0–100) derived from block time stability, RPC latency, block utilization and proposer decentralization.
- Block time CV — measures consensus stability
- RPC p95 latency — reflects access quality
- Block utilization — estimates load vs capacity
- Proposer concentration — decentralization signal
Network Growth & Economic Signals
Historical dynamics of price, staking participation and bonded capital based on daily on-chain snapshots.
$ PRICE
DELEGATORS
BONDED
Transactions history
Licensed history
| Peer | Country | City | Provider |
|---|
DECENTRALIZATION
Assessment of decentralization based on geographic peer distribution and infrastructure provider concentration.
CONTINENTS
PROVIDERS
AI DECENTRALIZATION VERDICT
NODE LOCATION SECURITY
Methodology and confidence assessment for identifying validator network presence without relying on direct protocol disclosures.
We use a probabilistic model to identify validator node IP addresses in the Story network, as the protocol does not expose a direct validator-to-IP mapping.
The model is based on:
- the active validator set (
/validators) - proposer history (real consensus signatures)
- multi-RPC P2P graph analysis (
/net_info) - explicit negative signals for RPC and seed infrastructure
- optional cross-layer correlation using EVM staking events
The result is a confidence-weighted, reproducible view of validator network presence without relying on assumptions or undocumented endpoints.
StoryUltraBot
Stay ahead in the ecosystem with real-time staking insights, validator monitoring and AI-powered solutions.
Track validator performance and receive alerts for risks, missed blocks or voting-power changes.
Tracking and sending alerts on new transactions and objects associated with an IP.
Ask questions and get insights directly inside Telegram. The AI is trained on data provided by the Story network.
AI Assistant
A focused assistant for the Story Protocol network. It is trained to answer using on-chain data and validator metrics from Story nodes. The model parses metrics, highlights anomalies, and turns raw signals into clear actions for operators.
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