Tokenomics Simulations for Web3 Economies

Test emissions, liquidity, and incentives via Monte Carlo and agent-based models with decision-ready reports.

We model your token economy under real-world conditions to reveal how it behaves before it ever hits the market.

Simulate. Validate. Launch with confidence.

Most tokenomics are built on assumptions: about user growth, liquidity depth, staking rates, or price dynamics.

Our simulation framework turns those assumptions into data-driven insights.

By recreating how your token interacts with users, investors, and markets, we help you understand key outcomes like volatility, supply shocks, sustainability, and value capture.

Simulation Methods: Monte Carlo & Agent-Based

Method

Monte Carlo: Parameter sweeps for emissions, demand shocks, sell-pressure scenarios
Agent-based: Roles (treasury, stakers, providers, consumers) with incentive-driven behaviors

Inputs

Distributions over KPIs: inflation, runway, liquidity
Scenario toggles: buybacks/burn, staking rewards, fees

Outputs

Probability bands & sensitivity charts
Risk flags & recommended parameter ranges

Monte Carlo Simulation

Probability bands showing token value projections across different scenarios

What We Simulate

DomainExample MetricsScenario Toggles
Supply & EmissionsEmissions curves, vesting unlocks, circulating supplyInflation rate, emission schedule, vesting periods
Liquidity & MarketsLiquidity depth, slippage, AMM parametersMarket shock scenarios, stress tests, pool sizes
Utility & IncentivesStaking, fee sharing, sinks/sourcesBuyback/burn policies, reward mechanisms

Inputs Required to Start

Mandatory

Token supply plan: max, emissions, allocations
Vesting schedules and unlock periods
Launch liquidity assumptions

Nice-to-have

Utilities & fees: staking, revenue share
Burns/buyback policies and frequency
Market maker rules and thresholds

Deliverables

Notebook

Simulation notebook & parameter sheet
Configurable scenarios
Versioned runs & iterations

Dashboard

Interactive dashboards
Real-time parameter adjustments
Visual KPI tracking

Report

Stress-test report with risks
KPI sensitivity matrix
Mitigation recommendations

Accuracy & Organic Price

We distinguish speculative market price from organic price drivers:
Organic drivers: Utilities, vesting schedules, demand from real usage
Our approach: Simulations approximate organic dynamics using probability bands, not point forecasts
Note: Simulations model fundamental value signals, not speculative market behavior

Process & Timeline

1
Week 1-2

Model Setup

Data intake & requirements gathering
Baseline model configuration
Initial simulation runs
2
Week 3-4

Scenario Design

Monte Carlo simulations
Agent-based modeling
Stress test scenarios
3
Week 5-6

Validation & Delivery

Iteration & parameter refinement
Final report preparation
Executive deck & presentation

Privacy & Sharing

Privacy Mode

Default mode: All simulations are private by default
Access: Only you and authorized team members can view
Security: End-to-end encrypted storage

No-Code vs. Custom Code

No-Code

Quick prototyping & iterations
Visual model building
Stakeholder-friendly interface
Fast turnaround time
No technical expertise required

Python / cadCAD

Advanced scenario modeling
cadCAD-style state machines
Custom agent behaviors
Complex economic models
Full Python flexibility

Use Cases

DeFi

Liquidity incentives & fee-share stability

GameFi

Sinks/sources balancing, reward decay

L1/L2

Emissions, staking APR bands, governance effects

Frequently Asked Questions

How do you use Monte Carlo simulations to forecast emissions and sell pressure?

What agent-based behaviors do you model (treasury, stakers, consumers)?

Which inputs are required to start (supply, vesting, utilities, fees)?

What deliverables do we receive (dashboards, stress tests, recommendations)?

Can you validate an existing model and iterate on parameters?

Do simulations cover listing scenarios, liquidity depth, and market shocks?

How accurate are price projections vs organic value signals?

Can simulations remain private and shareable with stakeholders?

What is a typical timeline from setup to final report?

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