Celestia has successfully implemented the Ginger upgrade on its Mocha testnet, with a beta version for the mainnet expected to arrive in December.

Modular blockchain network Celestia Celestia has confirmed that the Ginger upgrade is live on Mocha's testnet, with plans for a mainnet beta release in December.

The Ginger upgrade introduces a feature dubbed “The Doubling,” which effectively amplifies Celestia's data availability throughput by a factor of 2. This enhancement is realized in V3 by cutting block times in half—from 12 seconds down to 6 seconds—allowing for quicker transaction finality and a smoother user experience. upgrade The upgrade also sets the stage for community governance, paving the way for a potential increase in block size up to 8MB every 6 seconds, equating to an impressive throughput of 1.33 MB/s.

Some significant updates that come with Ginger include various Celestia Improvement Proposals (CIPs), along with a crucial non-consensus adjustment in celestia-app V3. Notably, this update incorporates Bottleneck Bandwidth and Round-trip propagation time (BBR), a state-of-the-art congestion control algorithm crafted by Google, adopted as the new default.

What Changes Are Coming To Celestia?

Specifically, CIP-21 introduces 'authored blobs,' which embed the signer's address within the blob's metadata. Validators on the Celestia network are now tasked with verifying that the sender aligns with the address that funded the blob, negating the necessity for rollups to separately manage and process PayForBlobs (PFB) transactions. This streamlining boosts the verification efficiency by allowing rollups to directly check the signer field of the blob for authenticity. Meanwhile, CIP-24 modifies the gas scheduler to ensure that variables like GasPerBlobByte and TxSizeCostPerByte can only be altered through a network upgrade instead of on-chain decisions. This aims to stabilize transaction expenses and simplify gas calculations through offline methods without a requirement for network queries at each transaction.

Furthermore, CIP-26 details adjustments to block timings and associated timeouts, which are now governed by the application version. The update accomplishes a reduction of block time to 6 seconds in V3, aiming to ramp up network throughput and minimize transaction finality durations. In addition, the mempool’s ttl-num-blocks parameter has been increased from 5 to 12 to ensure uniform transaction behavior alongside the quicker block time. CIP-27 imposes constraints on the number of PayForBlobs (PFB) and non-PFB messages permissible in each block, establishing soft limits of 600 PFB messages and 200 non-PFB messages per block during the PrepareProposal phase. These adjustments are intended to prevent prolonged block processing times by capping the transaction load per block, targeting a processing time of 0.25 seconds per block under the suggested validator setup.

Finally, CIP-28 enforces a limit of 2MiB (2,097,152 bytes) on the size of individual transactions for Celestia. This cap will be enforced through all transaction processing stages (CheckTx, PrepareProposal, and ProcessProposal) and constitutes a consensus-altering change. The logic behind this limit is to mitigate the challenges associated with disseminating large transactions, even with expanded block sizes reaching 8MiB—providing additional capacity for future enhancements in block size and reductions in block time to further elevate throughput. Celestia Please keep in mind that the information shared on this page is not intended to serve as, nor should it be interpreted as, legal, tax, investment, financial, or any other form of advice. It is crucial to invest only what you are prepared to lose and seek independent financial counsel if needed. For more details, we encourage you to review the terms and conditions in addition to the help and support documentation provided by the issuer or advertiser. MetaversePost strives for accurate and impartial reporting; however, market conditions may fluctuate without prior notice.