Disclaimer: The opinions expressed by our writers are their own and do not represent the views of U.Today. The financial and market information provided on U.Today is intended for informational purposes only. U.Today is not liable for any financial losses incurred while trading cryptocurrencies. Conduct your own research by contacting financial experts before making any investment decisions. We believe that all content is accurate as of the date of publication, but certain offers mentioned may no longer be available.
The XRP Ledger (XRPL) network is set to receive a major security upgrade, shifting to nuclear-grade formal verification technology, according to a technical breakdown by RippleX contributor Vito Tumas. Reacting to the news, XRPL Foundation community lead Vet called it a transformation into "Fortress XRP".
Why native DeFi on XRP is dangerous
The XRP Ledger has a completely different architecture compared to other blockchains like Ethereum, as the main financial tools here are embedded directly into the layer-one code, meaning into the "heart" of the network. This makes transactions much faster, but it also raises the stakes because any hidden error inside the network core could put the entire ledger and billions of dollars in user funds at risk.
Right now, two major network upgrades are getting ready for launch—Lending Protocol and Single Asset Vaults—and there's a difficulty with these, which is not the amount of code, but mathematical precision. In long chains of loans and interest calculations, the smallest rounding error can grow like a snowball and lead to loss of funds, which means the code must be perfect before release.
To predict every possible loophole for hackers, Vito Tumas and the Common Prefix team are introducing a method based on strict mathematical proofs. The process works like this:
- Creating an ideal model: Developers build an exact digital copy of the protocol that describes only its correct and lawful behavior.
- Stress testing: A special algorithm checks this model for the impossibility of critical failures. It searches for an answer to the question: Is there even a theoretical chance in the code to create extra XRP or steal someone else's funds?
- Real-time "Oracle" control: In real time, all actions of the actual blockchain are checked against this benchmark, with the slightest deviation in results meaning the transaction is instantly blocked.
- AI assistance: Artificial intelligence takes over the fast routine review of code, while mathematics guarantees the absolute security of the architecture.
In addition, the upgrade changes the rules of network governance, and mathematical proofs will become the main criterion for whether updates are ready. This is necessary to turn XRPL into a digital fortress for attracting major banks and funds that need full security guarantees.
Arman Shirinyan
Dan Burgin
