Tokenomics and Issuance Curve

EXFER, the chain's native unit, enters circulation only through mining — no premine, no ICO, no VC allocation, no team reserve. Block reward decays exponentially and stabilizes at 1 EXFER per block.

The issuance formula

Block reward at height h:

reward(h) = max(MIN_REWARD, INITIAL_REWARD * exp(-ln(2) * h / HALF_LIFE))

with:

Constant	Value
`INITIAL_REWARD`	100 EXFER
`MIN_REWARD`	1 EXFER
`HALF_LIFE`	6,307,200 blocks (~2 years)
Target block time	10 seconds

Reward halves every two years — from 100 EXFER at genesis to 50 at year two, and so on — until it reaches the permanent 1 EXFER floor around year 13.

Decay schedule

Exfer issuance curve: per-block reward and cumulative supply

Orange (left axis): per-block reward decays exponentially from 100 EXFER, hitting the permanent 1 EXFER floor around year 13. Blue (right axis): cumulative supply — 90% emits in the first 13 years, then grows linearly at 1 EXFER per block forever.

In wall-clock terms (~10s/block, 6,307,200 blocks ≈ 2 years):

Year	Reward / block	Cumulative supply (approx.)
Genesis	100 EXFER	0
Y1	~71 EXFER	~270M EXFER
Y2	50 EXFER	~460M EXFER
Y4	25 EXFER	~690M EXFER
Y8	6.25 EXFER	~860M EXFER
Y13.3+	1 EXFER (permanent floor)	~900M EXFER
Y20	1 EXFER	~922M EXFER
Y50	1 EXFER	~1.02B EXFER

Numbers are approximate (actuals depend on real block-time variance under difficulty adjustment), but the shape is fixed: 90% of supply emits in the first 13 years, then linear growth of 1 EXFER/block (~3.15M EXFER/year) forever.

What the permanent 1 EXFER buys

After Bitcoin's last block in 2140, miners are paid only from transaction fees — there's an open concern that fee revenue alone may not sustain the security budget. Exfer's permanent 1 EXFER floor is the cushion: regardless of fee market conditions, miners always have a baseline subsidy keeping hash power on the network. Monero's "tail emission" implements the same idea differently.

Long-term inflation rate

Period	Annualized inflation	Comparable to
Y1 → Y2	Very high (bootstrapping window)	Like Bitcoin's first year
Y3 → Y4	~15%	Similar to Ethereum during PoW
Y5 → Y10	~5% / year average	Typical PoS chains
Y20+	< 0.4% / year	Lower than gold (~1.5%)

What "no premine / no VC" means

The protocol specification (Genesis chapter) and source code confirm:

The genesis block allocates zero coins to team, VC, or foundation
No premine: every EXFER must be mined
No ICO / IDO / IEO: the project accepted no early funding round

For comparison, early allocations across major chains:

Initial supply allocation at genesis: Exfer vs other major chains

Project	Early allocation (team / VC / foundation)
Exfer, Bitcoin, Monero	0%
Ethereum	12% premine to ICO + 9% to foundation
Solana	38% to VC + 13% to team
Most post-2020 launches	30–50%

What this means in practice: there are no insider supplies waiting to unlock and dump on the market. The cost is that the project has no marketing war chest, no exchange-listing budget, no PR. Awareness in the mainstream is near zero; distribution has to grow organically through community. This matches the profile of Bitcoin and Monero — "clean PoW" launches, a category that has nearly disappeared since 2020.

Costs / boundaries

Front-loaded distribution. Nearly half of total supply emits in the first two years, rewarding the earliest miners. Whether this qualifies as a "fair launch" depends on the definition you use
Lower absolute hash rate than SHA-256 chains. Lower total value + memory-hard PoW = fewer attempts per watt of energy. The dollar cost of a 51% attack is lower in absolute terms, though comparable as a fraction of market value
No protocol-level fee mechanism (e.g. EIP-1559). Exfer has no "burn a portion of fees" deflationary mechanism; all transaction fees go to miners
No team treasury = no official marketing budget. Ecosystem growth depends entirely on community pace — slow, but with a clean path

Exfer Documentation