Live telemetry served straight from a gateway node of the network — every figure below is fetched from this node's own chain head and re-verifiable against its state root. No dashboard database, no middle layer. This is a hardened public testnet, not value-bearing mainnet.
Read live from the gateway's /v1/head and /_status. Block time is measured from real height/time deltas across polls — no synthetic metrics.
Each bar is the wall-clock gap between consecutive observed heights — this tab polls roughly every 3s, so one gap usually spans several ~1s blocks. Poll-limited, not per-block; just what this browser tab saw, not an all-time history.
Position of the current height within its epoch. Epoch length is derived (height ÷ epoch on this chain, ~600 blocks ≈ 10 min) — the epoch number itself is read live from /v1/head.
The real validator set from /v1/validators, drawn as the consensus vote-gossip graph. One round animates for each real newly committed block — never faster than blocks actually arrive.
Every validator gossips its vote to every other validator — a BFT chain requires all-to-all vote propagation to assemble a quorum certificate (> ⅔ stake). This is the protocol's logical vote graph, NOT a scraped live socket map — we do not claim to know who-connects-to-whom, and no block is attributed to a specific proposer (the head snapshot does not reveal one). The distinct dashed node is this gateway (observer): it follows the chain but does not vote. One round animates per real committed block.
Post-quantum BFT consensus. Every validator signs with ML-DSA; the chain stays safe and live while strictly less than one-third of staked voting power is faulty.
Loading the live validator set…
Aggregated from the live validator set.
Each validator's share of total_stake, read live. Larger shares carry more voting power toward the > ⅔ finality quorum.
Derived from live stakes. Finalizing needs > ⅔ of voting power; halting or censoring needs only ≥ ⅓ — that ⅓ is the fault-tolerance boundary.
Per-validator participation over the last — commit certificates this gateway has applied, plus the gateway's own peer connectivity. Read live from /v1/liveness.
Share of the last — committed blocks whose commit certificate carried each validator's vote.
First-person view from the node serving this page.
The storage providers from /v1/providers: nodes that physically hold committed content and answer a proof-of-storage challenge every epoch to earn. These are distinct from the validators in the consensus mesh above — a provider hosts and proves data but does not vote (a single machine can do both). Read live, node-view.
Each row is one on-chain provider: content it holds, its locked bond, and whether it passed its latest proof. Bar width is bytes held relative to the largest provider.
First-person census from this gateway's committed state.
Live monetary parameters from the chain head. NUANCE has 9 decimals (atomic ÷ 1e9). On this testnet, NUANCE carries no monetary value.
Straight from /v1/head — these change only by consensus.
The frozen fair-launch genesis split. Zero premine to founders. Shown for context — it is not read from the endpoints above.
Every parameter change is an on-chain proposal, clamped against abuse. A proposal passes with more than half of active voting power (quorum GOV_QUORUM_BP = 5001, i.e. 50.01%).
Read live from /v1/proposals.
Where a future soft-fork "flip" — e.g. verifiable compute (v3) or confidential compute (v4) — would appear once scheduled.
The soft-fork ladder. The current version is highlighted; each future step lists its honest activation and stays fail-closed until a coordinated flip is scheduled. Mirrors the capability matrix below.
Trust tiers at the current protocol version (v1). Nothing here is called "trustless" unless cryptography or economic slashing actually backs it; higher tiers are honestly marked unavailable until their activation version.
At the live protocol version, TEE-trust and higher-version compute tiers are fail-closed — the network refuses to settle them rather than pretend they are trustless.
Every vote and transaction is signed with ML-DSA (Dilithium2), the NIST FIPS 204 post-quantum standard — constant-time, deterministic to the byte.
How accounts and state are addressed.
This page is served by a live gateway node of the network. Don't take its word for the numbers above — reproduce them.
Reported by the node's own /_status (self-reported — verify independently).
Three ways to check this page instead of trusting it.
minutia-node join --network chain7.toml, then run. It syncs the same blocks. See get started.