XRPL Reinstates Batch and Delegation Protocols in 3.3.0 Release

Woofun AI reports that the XRP Ledger is preparing to deploy five core protocol amendments via the upcoming xrpld 3.3.0 software release, a move spearheaded by Jazzi Cooper, head of product at RippleX. This update marks a significant pivot for the network, as it reintroduces two previously disabled features—Batch and Permission Delegation—alongside three new innovations: Confidential MPT, Sponsored Fees and Reserves, and Dynamic MPT. The inclusion of these specific amendments signals a strategic effort to expand the ledger’s utility for tokenized assets, moving beyond basic transfer capabilities toward complex financial operations such as global settlements, trading, and collateralization. By bundling these protocols into a single release, the development team aims to accelerate the maturity of the XRPL ecosystem while addressing the technical gaps that previously hindered institutional adoption.

The strategic objective behind this release is to solidify XRPL’s position as a viable infrastructure for large-scale tokenized asset management. To achieve this, the network relies on a decentralized governance model where protocol changes must be endorsed by at least 80% of trusted validators for two consecutive weeks. This high threshold ensures that Ripple does not unilaterally dictate network upgrades, preserving the integrity of the consensus mechanism.

However, this rigorous voting process has historically acted as a bottleneck for feature deployment, particularly when security concerns arise. The current push to reintroduce flawed amendments reflects a calculated risk, balancing the need for advanced functionality against the imperative of maintaining network stability and trust among validator operators.

The Batch amendment, which enables up to eight transactions across different accounts to execute atomically, has a turbulent history on the ledger. It initially entered its voting phase in February, but the process was abruptly halted after security researcher Pranamya Keshkamat and the firm Cantina identified a critical vulnerability. The flaw resided in the signature validation logic, potentially allowing an attacker to execute transactions from any account without possessing the corresponding private keys. In response, validators were advised to reject the proposal, and an emergency server release marked the amendment as unsupported to prevent activation. Fortunately, no funds were compromised, as the vulnerable code never reached the main network. The current version of Batch includes revised validation mechanisms designed to eliminate this signature verification gap, allowing the feature to proceed to the voting stage once again.

Woofun AI data shows that, the Permission Delegation amendment faced severe scrutiny after being disclosed as vulnerable in September 2025. This protocol was originally designed to allow institutions to grant narrowly scoped authority to other accounts without surrendering full signing power, a feature essential for enterprise-grade treasury management.

However, the initial implementation contained a bug that permitted one account to charge transaction fees to another, creating a potential vector for balance draining. Due to the severity of this exploit, the amendment was disabled and listed as obsolete in the ledger’s documentation. The revised version included in xrpld 3.3.0 addresses these fee-charging vulnerabilities, ensuring that delegated permissions remain strictly bounded and secure. This correction is critical for restoring confidence in the protocol’s ability to handle complex institutional workflows without exposing user assets to unauthorized deductions.

Beyond the reinstated protocols, the release introduces three novel amendments aimed at enhancing privacy and accessibility. Confidential MPT leverages zero-knowledge proofs and elliptic-curve encryption to ensure that balances and transfer amounts on Multi-Purpose Tokens remain private. This cryptographic approach allows auditors or regulators to verify compliance without exposing underlying data, striking a balance between transparency and confidentiality.

Concurrently, Sponsored Fees and Reserves enables banks or platforms to cover another account’s XRP fees and reserve requirements. This feature removes the friction of requiring every user to acquire XRP before transacting, thereby lowering the barrier to entry for non-crypto-native participants. These innovations collectively broaden the ledger’s appeal to traditional financial institutions seeking compliant and user-friendly settlement solutions.

Dynamic MPT further enhances token flexibility by allowing issuers to specify which token properties can be modified post-creation. This capability avoids the need for a full migration to a new token when updates to fees or metadata are required, streamlining the management lifecycle for digital assets. As of mid-July, all five amendments were in active development on the XRP Ledger’s amendment tracker, alongside bug-fix bundles for the lending protocol, single-asset vaults, and the permissioned exchange. The focus on Dynamic MPT reflects a growing demand for adaptable token standards that can evolve with regulatory and market conditions. By embedding this flexibility directly into the protocol, XRPL aims to reduce the operational overhead associated with token upgrades and migrations.

Despite the technical advancements, approval remains uncertain. The lending protocol and single-asset vault amendments have each garnered only a third of the necessary validator support, falling short of the 80% threshold. Batch also carries the stigma of its previous rejection, which may influence validator sentiment. This divergence in support highlights the cautious nature of the validator community, which prioritizes security and stability over rapid feature adoption. The outcome of the upcoming vote will serve as a critical test of the network’s ability to reconcile innovation with decentralization. If successful, xrpld 3.3.0 could mark a pivotal moment for XRPL’s institutional adoption; if rejected, it may signal a need for further refinement in both technical design and community engagement.