Block height specification no chain yet
Active validators 0 / 75 floor 7 · standby 0
Security tier — not yet established
TPS · current specification —
ADM in circulation 0 specification only
Network status Open view validators, blocks, mempool
Specification phase. Values shown are placeholders for layout. No live chain.
§ Explorer · /network/mempool

Mempool inspector.

Adamant's mempool is encrypted by default. Two regimes: threshold encryption (when the active set has N≥15 validators) and time-lock VDF (when N<15). Transitions are automatic with hysteresis — switch up at N≥15, switch back at N<10 (WP §8.4).

Current regime
VDF (pre-launch)
Pending
—
Threshold
—
VDF
—
Two-regime encrypted mempool Time-lock VDF below N=15 validators, threshold encryption at and above; hysteresis switches back to VDF below N=10. REGIME A Time-lock VDF REGIME B Threshold encryption N=7 N=10 N=15 N=30 N=75 switch up at N=15 switch back at N<10 Wesolowski VDF · no DKG needed BLS threshold · DKG-coordinated
Encrypted mempool · WP §8.4
Active set size · drag N demo · WP §8.4 + §8.7
N
0
Phase
halted
Regime
—
Tier
—

Below floor (N<7): chain halts on disagreement; preserves safety, suspends liveness.

01 · Threshold

Threshold encryption

BLS threshold on BLS12-381 (Boneh-Lynn-Shacham). Validators run a coordinated distributed key generation; decryption requires a quorum. The standard regime once the active set crosses N≥15.

02 · VDF

Time-lock (Wesolowski)

Wesolowski VDF on RSA / class groups. Used when N<15 — the chain can still encrypt the mempool against pre-execution MEV without a coordinated DKG. Inclusion latency is higher (10–30s) during this regime.

03 · Boundary

Hysteresis

The chain switches to threshold at N≥15 and back to VDF at N<10. The gap prevents flapping at the boundary. Transitions happen at epoch boundaries; pending transactions complete in the regime they entered under.

04 · Anti-MEV

What this buys

Encrypted-by-default mempool means a single validator cannot read transaction contents before inclusion. This eliminates the class of MEV attacks that depend on pre-execution visibility (sandwich, front-run, copy).