Solana votes to skip about a fifth of six years of SOL issuance

Work back from the two timelines and the current inflation rate falls out of them. A schedule that shrinks 15% a year and needs nearly six years to land on 1.5% has to start near 4.0% (1.5 divided by 0.85 to the sixth is 3.98), and a schedule shrinking 30% a year that arrives in 2.8 years starts at 4.07 ^[15]. The two agree, which is the useful thing about them, because it means the proposal is not smuggling a change of destination into a change of pace ^[2][3][4].

Now step both paths out in annual chunks from that 4% (the real curve is smoother, so read what follows as a magnitude rather than a decimal). The 15% schedule issues 4.0, 3.4, 2.89, 2.46, 2.09 and 1.78, about 16.6% of supply over six years; the 30% schedule issues 4.0, 2.8, 1.96 and then sits on the 1.5% floor for the remaining three, about 13.3% ^[16]. Call the gap 3.4 points of supply, roughly a fifth of the issuance that would otherwise have gone out ^[16]. That gap works as a transfer, not a cost that shows up anywhere as an expense: the holders of the hundreds of millions of staked SOL ^[7] receive less, and the non-stakers are diluted less. That is the whole trade, and it is why the authors put the staking-versus-DeFi tradeoff in writing ^[12] instead of pretending the yield cut has no payer.

SOL was up double digits in the 24 hours around the vote ^[5] while the 1.5% terminal rate went untouched ^[4], so what moved was the price of the next three years of dilution, not the value of the endpoint. The vote changed the near-term schedule; the terminal rate itself was never on the ballot.

The governance mechanics are the more interesting part, or rather the more transferable part. SIMD-0228 last year proposed dynamic issuance tied to staking participation, drew 74% turnout, and died with 61.4% of decisive votes against a two-thirds bar ^[8], which is 5.3 points short ^[17]. SGP-0002 changes a number and nothing else ^[9] and looks set to pass, if narrowly ^[1]. The delta between the two votes was scope, not principle: this validator set will re-time a schedule it will not redesign.

The proposal's outcomes split into three scenarios. SOL freed from staking finds its way into DeFi venues that recycle it, which is the authors' pro case ^[12]; or the headline staked figure holds while stake migrates to the providers with the scale to absorb thinner rewards, concentrating the validator set even as the capital wall looks intact ^[11]; or supply tightens, demand does not appear, and the network ends up with lower incentives and no offsetting benefit, an objection the Bankless writer rates the weakest of the three ^[13].

This is probably wrong, but I read the vote as a maturity claim being tested with other people's yield: Solana needed heavy issuance to bootstrap validators and is now betting the marginal SOL buys less protection than it did ^[20], with monetary credibility asked to hold the dollar value of security up while the SOL quantity falls ^[19]. The falsification is unusually clean, and the authors supplied it themselves, since their own modeling has the faster schedule pushing more validators into unprofitability sooner ^[10]. If small operators exit and stake pools upward, the network will have paid for lower dilution with the thing the issuance was buying. Ethereum is working the same question through EIP-8363 ^[14][6], and will get to mark Solana's homework first.