Bera
Bera tokenomics links vesting releases to changes in available supply
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Bera tokenomics uses a one-year cliff followed by a partial unlock and linear releases to stage the availability of vested allocations. At the cliff, one-sixth of the applicable allocation unlocks. The remaining five-sixths vests over the following 24 months. These terms describe the locked allocation, rather than every token in circulation. Assessing their supply effect requires separating launch distributions, scheduled releases, and ongoing emissions, then distinguishing tokens that become transferable from tokens that recipients actually sell.
The cliff concentrates releases before the linear phase spreads them out
A cliff creates a period without releases from the affected allocation, followed by a discrete increase in the amount that has vested. The later linear phase distributes the remainder over time. This changes the timing of potential supply entering circulation, even when the total allocation stays unchanged.
For an allocation represented by A, the initial release equals A / 6. The subsequent vesting rate equals the remaining 5A / 6 divided across 24 months. That calculation describes the schedule economically; it does not establish a monthly claim transaction or a particular distribution interface.
The allocation size determines the absolute release. Identical vesting percentages can therefore produce very different amounts of newly available BERA.
Launch distributions limit where the cliff calculation applies
The one-year cliff cannot describe all BERA availability, because the genesis distribution included tokens that were unlocked at launch. Applying it indiscriminately would count those tokens as locked again.
Allocation percentages use the genesis supply
BERA had a genesis supply of 500,000,000 tokens. Initial core contributors received an allocation of 16.8%, investors received 34.3%, and community categories together accounted for 48.9%. These percentages describe the original distribution. They do not measure the percentage circulating on a later date.
Ecosystem funding contains separate availability states
The portion available at launch
The ecosystem and research allocation represented 20% of genesis supply. From that category, tokens equal to 9.5% of the entire genesis supply were unlocked at launch. The denominator matters: 9.5% of total genesis supply differs substantially from 9.5% of the ecosystem allocation.
The portion subject to later release
A vesting calculation must use the balance subject to its schedule after accounting for any launch availability. Category totals describe intended distribution, while release terms describe timing. Combining those concepts into a single percentage obscures how much remains locked.
Does an unlock mean the same amount will be sold?
An unlock makes the affected tokens available under their release terms; it does not establish that recipients will sell them. Recipients may retain tokens or commit available balances to staking. Market impact depends on actual selling relative to buying interest and available liquidity. A calendar can describe scheduled availability, but it cannot determine future orders or execution prices.
A vesting calculation that stops when its denominator is missing
Consider a hypothetical allocation of 7395 BERA that is entirely subject to the stated cliff and linear schedule. The assessment point is also hypothetical: three months into the linear phase. The comparison measures the cumulative vested amount, using the same allocation and elapsed period throughout.
The cliff releases 1232.5 BERA, leaving 6162.5 BERA for linear vesting. Three months represents three twenty-fourths of that remainder, or 770.3125 BERA. Adding both components gives a cumulative vested amount of 2002.8125 BERA. This is schedule arithmetic, rather than evidence of a claim or sale.
The calculation fails if the worksheet labels that result as a percentage of circulating supply without providing a circulating-supply figure. Substituting the original allocation would answer a different question. Reusing an undated supply estimate would also leave the comparison disconnected from its assessment point.
Keep the calculated token amount in the worksheet, but leave its circulating-supply percentage unresolved. Repeat that percentage calculation only when a supply figure with a matching date and a stated definition is available. The vesting fractions remain unchanged; the denominator supplies the missing input.
The allocation accounting does reconcile: 2002.8125 BERA vested plus 5392.1875 BERA still locked equals 7395 BERA. That confirms the arithmetic for this hypothetical allocation. A different allocation or elapsed period changes the amount, while a different circulating supply changes only its percentage of circulation.
The denominator changes what an unlock percentage means
An unlock divided by genesis supply measures its size against the original issuance. Dividing it by circulating supply measures its size against the tokens counted as circulating at the selected time. Neither calculation replaces the other. Comparisons between release periods need consistent definitions, because a changing denominator can alter the percentage even when the released token amount stays identical.
Ongoing emissions require a separate supply calculation
Vesting releases existing allocations, while protocol emissions introduce additional supply through block rewards. A projection that includes only the vesting calendar therefore leaves out a separate source of supply growth.
Proof of Liquidity distributes block rewards as WBERA, the wrapped form of BERA. The block reward model has a validator reward and a reward-vault allocation. These emissions belong in a supply projection separately from releases to original allocation recipients.
An annualized inflation percentage also needs a time basis and supply denominator. The emission amount per block, the number of blocks produced, and the applicable protocol version determine the gross issuance calculation. A displayed annual percentage should not be treated as an immutable property of the genesis allocation.
Gas fees add another distinction: burned fees remove supply, whereas staking changes how holders commit their tokens. Neither operation automatically rewrites an allocation's vesting terms. Counting staked tokens as permanently destroyed would understate the supply that could later become available.
The end of vesting removes one source of scheduled releases
Once the cliff and subsequent linear period have completed, the applicable allocation has fully vested. Its release schedule then contributes no further unlocks. That endpoint concerns the allocation, not the end of token issuance or the disappearance of selling pressure.
Fully vested holders still decide whether to retain or transfer their balances. Continuing emissions and burns affect supply separately, while staking withdrawals can change the amount immediately available to a holder. These mechanisms explain why the final vesting date cannot establish a permanent supply ceiling.
A supply estimate remains useful only while its allocation terms, elapsed period, and circulation definition remain applicable. If an effective change alters a release schedule or the emission model, the affected projection must change with it.
Still have questions?
Does buying BERA start a new one-year vesting cliff?
Buying transferable BERA does not restart the original allocation's vesting schedule. The cliff belongs to the allocation and its release terms. A separate custody arrangement or staking position may restrict access to purchased tokens, but that restriction has its own conditions and should not be counted as original allocation vesting.
Can every BERA holder claim tokens when an allocation unlocks?
An allocation unlock does not create an entitlement for every BERA holder. The released amount belongs to the beneficiaries of that allocation. Holding BERA alone does not establish a claim on investor, contributor, or community reserves. A public unlock calendar describes timing; it does not grant ownership or authorize a distribution.
What separates vested BERA from claimable BERA?
Vested BERA represents the amount earned under a vesting schedule, including any amount not yet claimed, while claimable BERA depends on the allocation's distribution arrangement and any previous claims. A cumulative vesting calculation can include tokens that a recipient has already received. Treating the full vested total as a fresh claim would therefore count those tokens twice.
Are equal monthly amounts proof that releases happen once a month?
Equal monthly amounts can summarize linear vesting without proving that distribution happens through monthly transactions. A chart may group continuous accrual into calendar intervals. The schedule's implementation determines the actual timing and claim mechanics, so a monthly bar does not establish a particular release timestamp or automatic payment.
How should rounded unlock figures be combined across reporting periods?
Combine the underlying token amounts before rounding the final total. Repeatedly adding rounded monthly figures can introduce a difference from the allocation's exact remainder. Preserve the vesting fraction and elapsed-time calculation at full precision, then round for display. A small display difference alone does not establish that the release schedule changed.