Ripple is taking an unusually aggressive approach to XRP Ledger security as XRPL prepares for a potential expansion into native institutional lending.
The company has recommended retiring the XRP Ledger's XChainBridge functionality, a move that could eventually eliminate more than 10,000 lines of code from the xrpld server software.
At the same time, Lending Protocol V1.1 is undergoing an intensive AI-only security review through Sherlock's Audit Engine, putting one of XRPL's most financially complex proposed features through another layer of scrutiny.
The two developments point toward the same objective:
reduce unnecessary complexity in existing XRPL infrastructure while aggressively testing the financial infrastructure being built next.
Why Ripple Wants to Remove 10,000+ Lines
The code Ripple wants retired relates primarily to XChainBridge, or XLS-38.
XChainBridge was designed to enable assets to move between the XRP Ledger and connected sidechains using witness servers that monitor and attest to transactions across networks.
But the original need for the functionality has weakened.
Ripple ultimately adopted Axelar for interoperability involving the XRPL EVM Sidechain, while broader developer demand for the native XChainBridge functionality failed to materialize at the level initially expected.
Keeping unused functionality isn't necessarily harmless.
Every additional component creates code that developers must maintain, understand, update and potentially secure.
Ripple therefore argues that removing dormant functionality could make XRPL's core software leaner while reducing its potential attack surface.
Ripple Cannot Simply Delete It
There is an important governance distinction.
Ripple cannot independently decide to remove the feature from the XRP Ledger.
Ripple controls only one validator vote, and changes to XRPL remain subject to the network's amendment process.
If the community supports the proposal, XChainBridge would first be marked obsolete.
Validators running a software version containing that designation would stop voting for the amendment, allowing the underlying code to potentially be removed in a later software release once sufficient network consensus is reached.
So headlines claiming Ripple has already deleted 10,000 lines from XRPL would be premature.
Ripple is recommending the removal; the process is not complete.
XRP Ledger Lending Faces an AI Security Test
While Ripple tries to simplify one area of XRPL, another is becoming substantially more sophisticated.
Lending Protocol V1.1 entered an AI-only security review through Sherlock's Audit Engine on August 27.
Sherlock says its system combines multiple AI auditors and frontier models equipped with specialized security capabilities, adjusting the depth of testing according to the complexity and attack surface of the protocol being examined.
The significance goes beyond using artificial intelligence.
Native lending would introduce an entirely new category of financial activity to XRPL.
Instead of primarily transferring and exchanging assets, users could potentially access borrowing and lending infrastructure directly through the ledger.
Why Lending Security Matters
Lending protocols can hold substantial pools of capital.
That also makes them attractive targets for attackers.
XRPL's proposed lending architecture involves multiple interacting components, including loan management, interest calculations, fee distribution, permission controls and asset pools.
A vulnerability in any critical component could potentially create serious financial consequences.
That explains why Ripple has been testing the lending infrastructure repeatedly rather than relying on a single audit.
Earlier XRPL Testing Found Serious Issues
The security history behind the project makes the latest audit particularly interesting.
Ripple and Immunefi previously conducted a $200,000 attackathon covering more than 35,000 lines of code associated with lending and Single Asset Vault functionality.
According to CryptoSlate, researchers submitted hundreds of reports, ultimately producing 94 unique valid findings.
Among them were 15 critical and 19 high-severity findings.
Ripple said those identified issues were addressed.
That doesn't necessarily indicate XRPL is insecure.
In fact, discovering vulnerabilities before functionality reaches production is exactly what extensive pre-deployment security testing is designed to accomplish.
AI Has Already Found XRPL Bugs
Ripple has also been experimenting with AI-assisted security research beyond the latest Sherlock review.
Between March and May, Ripple's AI red-team work reportedly produced 20 lending-specific security tickets and identified seven confirmed bugs that were subsequently fixed.
Reported examples included an invariant problem involving collateral, a potential spam vector around loan payments and an integer-overflow issue capable of creating a node deadlock.
This provides a practical reason for the latest experiment.
AI isn't merely being used to summarize code. Ripple is testing whether specialized models can identify vulnerabilities within complex financial infrastructure before that infrastructure handles real capital.
But AI Isn't Replacing Humans Everywhere
The phrase "AI-only audit" needs an important qualification.
The current Sherlock engagement is AI-only, but Ripple's overall security program is not.
Development of the lending infrastructure has also involved independent audits, public security competitions, fuzz testing, community testing and AI-assisted red-team exercises.
Ripple's own security researchers have also cautioned that AI systems can generate false positives and misinterpret complex protocol behavior.
The Sherlock test therefore appears better understood as another security layer — and an experiment in how capable AI-native auditing has become — rather than evidence that Ripple has abandoned conventional security research.
What Lending Could Add to XRPL
If ultimately activated, native lending could significantly broaden the XRP Ledger's financial capabilities.
The broader architecture being developed around XRPL includes Single Asset Vaults and a native lending protocol, potentially allowing pools of capital to finance borrowers directly through ledger-level infrastructure.
That could become especially relevant to institutional credit.
Ripple is already backing an initiative with Clearpool and Cicada Partners designed around working-capital loans denominated in RLUSD for fintech and payments companies. However, that product isn't yet live on XRPL's main network because the required lending and vault functionality is still moving through the amendment process.
What Does This Mean for XRP?
The lending development is relevant to XRP, but it should not be exaggerated.
XRP remains the native digital asset of the XRP Ledger and is used for transaction fees and required account balances.
However, lending products built around RLUSD do not automatically mean borrowers will be borrowing XRP.
In the Clearpool initiative, for example, borrowers are expected to receive and repay loans in RLUSD.
The potential XRP impact is therefore indirect.
If lending brings substantially greater financial activity onto XRPL, XRP remains the native asset of a larger and more economically active blockchain.
Whether that ultimately creates meaningful additional XRP demand depends on actual usage.
XRP Pulls Back as Development Continues
The infrastructure story arrives during another volatile session for XRP.
Current August 29 reporting places XRP around $1.39 after an approximately 5% daily decline, giving back part of its recent rally.
This provides another useful reminder that XRP's short-term price and XRPL's development cycle can move independently.
A new security audit doesn't guarantee a price rally.
Likewise, a daily XRP selloff doesn't mean development of the underlying network has slowed.
Final Take
The latest XRP Ledger development isn't about a price prediction.
It's about what happens before billions of dollars are potentially entrusted to new blockchain financial infrastructure.
Ripple wants to potentially eliminate more than 10,000 lines of dormant XChainBridge code, reducing complexity and attack surface. At the same time, XRPL Lending Protocol V1.1 is undergoing an intensive AI-only security review through Sherlock.
The results of that audit have not yet been released.
That makes the next development worth watching.
If XRPL wants to expand from payments and tokenization into institutional lending, adding new functionality is only half the challenge.
Proving that infrastructure can securely handle real capital may be the more important test.
Published by Banx Network. This article is part of the Banx decentralized media programme, powered by the BXE token on the XRP Ledger.
