DePIN Economic Modeling

We engineer token release schedules that balance early participation rewards with long-term scarcity, preventing inflation-driven sell pressure and ensuring fair distribution.

We design staking, slashing, and work reward mechanisms that align provider behavior with network health, using verifiable proofs to prevent Sybil attacks.

We model token sinks, fee burns, and service consumption to create intrinsic demand that decouples from speculative trading and supports price stability.

We structure DAO treasuries, proposal systems, and grant programs to fund protocol development and community initiatives without diluting token value.

Design incentive models that balance supply and demand, preventing hyperinflation or illiquidity. We implement mechanisms like vesting schedules and utility sinks to ensure long-term token health.

Model hardware provider payback periods and profitability under various network conditions. Our simulations provide clear, data-driven projections to attract and retain a robust physical infrastructure.

Implement cost-of-attack analysis and anti-Sybil mechanisms. We design staking requirements and slashing conditions that make malicious coordination economically non-viable.

Structure foundation treasuries and community grants with clear vesting, multi-sig controls, and transparent reporting frameworks to meet investor and regulatory expectations.

Continuously optimize key parameters (rewards, fees, slashing) based on live network data. We provide dashboards and adjustment frameworks to maintain economic equilibrium as the network scales.

Deliver comprehensive pro formas, token flow diagrams, and sensitivity analyses. Our models become key assets for fundraising, clearly communicating token utility and value accrual to VCs.