Understanding BDAG Tokenomics: Supply, Vesting, and Emissions

The total supply

BDAG has a fixed maximum supply, which is a deliberate design choice that aligns it with the "digital scarcity" model pioneered by Bitcoin. Unlike inflationary tokens where the supply grows indefinitely, BDAG's supply curve is predictable and bounded. This matters for long-term holders because it means the dilution risk is known in advance.

Emission schedule

New BDAG enters circulation through block rewards paid to miners. The emission schedule follows a halving model: every N blocks, the reward per block is reduced by 50%. This creates a predictable supply curve that front-loads issuance in the early years (when the network needs to bootstrap security) and tapers off as the network matures.

The current block reward is X BDAG per block. At the current block rate of roughly 10 blocks per second, that's approximately Y BDAG entering circulation per day. The first halving is projected to occur in approximately 18 months.

Vesting schedules for early allocations

A portion of the total supply was allocated to the founding team, early investors, and ecosystem development. These allocations are subject to vesting schedules — meaning they can't be sold immediately. Understanding these schedules is important for assessing near-term sell pressure.

The team allocation vests over 4 years with a 1-year cliff. The investor allocation has a shorter vesting period. The ecosystem fund is controlled by a multisig and released according to governance decisions.

What this means for price dynamics

The combination of a fixed supply cap, a predictable emission schedule, and vesting constraints on early allocations creates a relatively clean supply picture. The main sources of sell pressure are: miner rewards (which are sold to cover operating costs), vesting unlocks (which are scheduled and therefore predictable), and early holder distribution (which is harder to model).

The demand side is harder to analyze, but the on-chain data suggests that new demand is currently absorbing the available supply. Whether that continues depends on the network's ability to attract users and developers.