PLATARIUM SCAN

Open Network

Platarium Network Operations

Validation Model

Interactive validation model - visualize how transactions move through validators, committees, and finalization stages.

Chain tip#183Round 18,425
Pending block0L1 → L2
Committee1225% of 48 @ 12% load
L1 / L2 votes-12 in committee (preview)
Wallets100,000PLP in wallet balances
Circulating100,000cap 100,000 · settled
Validator fees0.0PLP earned (90%)
Burned0.0PLP destroyed (10%)
MOD-VAL-01

Validator mesh

Load-adaptive committee · weighted selection · L1/L2 vote plane

STANDBYAWAIT
Pool48Committee12/48YES-NO-Load12%Select25%
committee_seed=0x01aab34eddeathreshold L1 67% · L2 70%tap node for vote history
CONFIRMREJECTOFFLINE
MOD-WLT-02

Wallet mesh

100 wallet stars · randomized constellation · live PLP flows

12 TPS12% LOAD
Shards100Outbound0Inbound0Mempool0Throughput12/sFee1 PLP
OUTIN
constellation=100 stars100,000 PLP circulatingtap a star for balance & tx trail

Control deck

Start continuous consensus with adjustable throughput

Network load is linked to transaction rate. Higher load raises fees and shrinks the voting committee; lower load means cheaper transactions and more validators participate.

Tx fee
1 PLP ×1
Fee tier
low
Committee share
25% of pool tier 25%
Est. committee
~12 of 48 validators
Protocol insight

A signed transfer is broadcast to the network.

Consensus funnel

48 nodes → committee → L1 (67%) → L2 (70%) → block

48Network nodes
↓
12Committee members
↓
L1Voting
↓
L2Voting
↓
BlockPending

Transaction pipeline

Wallet → mempool → pending → finalized

100 accounts

Live transfers between simulated wallets.

Waiting for transactions
↓

Mempool

Verified transactions queue for L1.

Mempool empty
↓

Pending block

L1-collected block awaiting L2.

No pending block
↓

Finalized block

L2-approved block assembly.

Not finalized yet