The Solana community has approved Alpenglow, a highly anticipated upgrade designed to ramp up the blockchain network’s scalability.
Summary
- Solana community has passed the governance vote for Alpenglow upgrade with 98.27% in favor.
- Alpenglow is a consensus mechanism upgrade that will slash transaction finality from 12 seconds to 150ms.
Solana (SOL) stakers approved with over 98% of the vote the governance proposal dubbed Alpenglow, with the historic move setting in motion the journey towards a consensus algorithm overhaul for the network.
According to Solana Status, the community greenlit the Alpenglow proposal with 98.27% of the vote.
Onchain data show only 1.05% of the votes were against, while 0.69% abstained. In total, 52% of stake participated in the vote.
More about Alpenglow
The proposal, SIMD 326, has attracted a lot of bullish sentiment from ecosystem participants.
Mainly, it’s down to Alpenglow’s key technical feature – a consensus mechanism aimed at bringing a 100x speed boost to transaction processing on Solana. If implemented, the upgrade will see Solana’s transaction latency drop from 12 seconds to 150ms.
Alpenglow seeks to achieve this via two consensus aspects – Votor and Rotor.
These will replace the current Proof-of-History and Tower Byzantine Fault Tolerance, or TowerBFT. On the Solana network, Proof-of-History allows for timestamping of transactions to ensure blockchain security and efficiency, while TowerBFT powers the validator process.
The Alpenglow upgrade will activate Votor to slash transaction finality times, replacing TowerBFT. Meanwhile, Rotor is set to replace PoH’s timestamping system, implementing a new data dissemination model that drastically cuts the time nodes take to agree on network status.
Anza, a Solana-focused development firm, unveiled the proposal in May 2025.
While a timeline for mainnet rollout is yet to be announced, the expectation is that as a major protocol upgrade, Alpenglow will catapult Solana to the next level of adoption across payments, trading, and gaming, among other use cases.
