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trust.supply · validator economics · treasury & evls

Advanced economic modelling & EVLS analysis Economic Dashboard

v1.3 · Last update 19 May 2026

Inputs Supply Distribution Supply Verification Operator Economics EVLS Protection My Nodes Calculator Multi-Node Strategy

Network Inputs

Effective active nodes (earning rewards)
Fixed at 1,800 MNW per node
12-month rolling average (Jan 2026) - Update monthly via Load Latest Data
Auto-scales with validation growth
1.0x
Scales daily validations AND price together (utility-driven model). Square root node growth. Range: 0.5x to 40x.
1.0x
Independent price adjustment. Range: 0.5x ($0.031) to 40x ($2.48). Does NOT affect transaction volume.
Sushiswap, Uniswap
Bridged, not staked
About Reward Calculation: The weighted average (shown as "Avg Reward") represents MNW paid per validation, not per MNW staked. Base network emissions = Daily Validations × Avg Reward × 365 = --M MNW/year (gross). Yearly Rewards accounts for EVLS penalties (~3% reduction) giving actual network emissions of ~--M MNW/year (net).

MNW Supply Distribution

MNW Supply Verification

Category MNW Amount %

Node Operator Economics

Annual Rewards / Node ~
Token Yield / Node ~
Break-Even Price ~
Net Profit / Node ~
Break Even ~
Economies of Scale: VPS Cost is $6/month (≤100 nodes) or $24/month (101+ nodes). Spreading this across multiple nodes dramatically improves profitability!

EVLS Protection System

EVLS distributes validation work across the network. As validator operations scale up, each individual node receives proportionally less validation work, preventing monopolization. Combined with VPS cost structure (jumps 4x at 101 nodes), this creates clear economic incentives for decentralization.

The Formula
• Below 100 nodes: Impact = 0% (Full validation rate)
• At 100+ nodes: Impact% = 10.26 + (0.2790 × (nodes − 100))
• Load Factor = 1.0 − (Impact% / 100)
• Maximum Impact: 85% (minimum 15% load factor)
Critical Economic Thresholds
Calculating optimal configuration…
$6/month VPS, no EVLS impact
75 = peak ROI (6.0%), 100 = max cheap VPS
101+ Nodes = Dual Penalty Starts
VPS jumps 4x ($72 → $288) + EVLS impact begins
Double penalty: expensive VPS + reduced rewards
1-99 Nodes
0% EVLS
$6/month VPS
Optimal zone
100 Nodes
10.26% EVLS
$24/month VPS
Impact starts
125 Nodes
17.24% EVLS
$24/month VPS
Growing impact
150 Nodes
24.21% EVLS
$24/month VPS
Moderate impact
200 Nodes
38.16% EVLS
$24/month VPS
High impact
250 Nodes
52.11% EVLS
$24/month VPS
Severe impact
370+ Nodes
85% EVLS MAX
$24/month VPS
Capped at max

Key Insight: Based on 18 months of real validator data, the sweet spot is 75-99 nodes where you avoid EVLS impact while maximizing validation work. Beyond 100 nodes, VPS costs jump 4x ($72 → $288/year) AND EVLS impact begins reducing per-node validations. At 370+ nodes, impact caps at 85%.

My Nodes Calculator

Calculate economics for your specific node count.

1 node 1 node 1,000 nodes
1K nodes 4,509 nodes 20K nodes
Model different network sizes to see how your profitability changes as the network grows
How many servers you use
Multiple nodes can share one VPS. Typical: 1-100 nodes = 1 VPS ($72/yr), 101+ nodes = 1 VPS ($288/yr).
Different staking periods affect your validation count and ROI
Your 12-Month Staking Period Results
VALS/DAY
0
MNW/DAY
0
VALS/12M
0
MNW/12M
0
REWARDS/12M
$0
EVLS IMPACT
0%
YIELD/12M
0%
PROFIT/12M
$0
ROI/12M
0%
VPS/12M
$0
Annualized Comparison (Yearly Equivalents)
VALS/DAY
0
MNW/DAY
0
VALS/12M
0
MNW/12M
0
REWARDS/12M
$0
EVLS IMPACT
0%
YIELD/12M
8.65%
PROFIT/12M
$---
ROI/12M
---%
VPS/12M
$72
Your Network Share
1 node = 0.02% of 4,339 active nodes
Staked MNW: 1.8K
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Multi-Node VPS Strategy

Current parameters for Multi-Node Strategy

Total Nodes
4,339
Yearly Validations
6.53M
Average Reward
0.1000
Daily Rewards
$---
Daily Validations
17,900
Yearly Rewards
$---
Yearly MNW
653K
Current Price
$0.062
Configuration Nodes AVG VAL/Day MNW/Day VAL/Yr MNW/Yr VPS Cost/Yr EVLS Impact Earnings/Yr
Buyback Mechanism: Team Wallet operates on a circular model (no burning). When empty, buybacks occur from market, creating temporary buy pressure. Tokens return to circulation through operations. Price cycles expected: buyback periods (upward) followed by spending periods (downward).
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