XRPL Batch Transactions One Vote From Activation as Validator Support Reaches 27 of 35
The XRP Ledger is on the verge of enabling a significant payments upgrade known as Batch V1.1, which would allow users to bundle up to eight linked transactions into a single operation. With 27 of the required 35 trusted validators now backing the amendment, only one additional vote is needed for it to pass. The change represents a meaningful expansion of XRPL's transaction processing capabilities.
The XRP Ledger is approaching a milestone in its next major payments upgrade, with the Batch V1.1 amendment sitting just one validator vote short of the threshold required for activation. As of the latest count, 27 of the 35 trusted validators on the network have signaled support for the change.
Batch V1.1 is designed to allow users to bundle up to eight linked transactions into a single atomic operation. This means a group of related actions can be submitted together and either succeed or fail as a unit, reducing complexity and potential errors in multi-step payment flows.
The upgrade has clear implications for developers building on the XRPL, particularly those working on payment applications that require sequential or conditional transaction chains. Consolidating these steps into one operation can reduce fees and improve reliability.
Once the final required validator casts a supporting vote, the amendment will proceed through the standard XRPL governance process toward formal activation. The network's validator-driven amendment system requires supermajority backing sustained over a defined period before any change takes effect.
This development reflects ongoing momentum in XRPL's technical roadmap, with the ledger continuing to expand its native capabilities for both retail and institutional payment use cases.
Key facts
- •Batch V1.1 amendment requires 28 of 35 trusted validator votes to pass
- •27 of 35 validators have already voted in support
- •Only one additional validator vote is needed for activation
- •The upgrade allows bundling of up to eight linked transactions into one operation
- •Transactions in a batch succeed or fail together as an atomic unit
- •Reduces complexity and potential fees for multi-step payment flows