Read this.
Pay special attention to point 5.
AI now makes it cheap and fast for anyone to discover serious hidden flaws in code, so attackers can find them just as easily as defenders.
The fix is to raise the entire industry’s security standards much higher: use mathematical proofs for critical code, run AI checks on every detail so tiny mistakes cannot slip through, add hardware that users can actually verify themselves, and perform nonstop AI audits on every change.
Security is now the most basic requirement.
Happy to see ProofRails recognized with this opportunity!
Crypto is building powerful payment rails, but payment infrastructure is not only about moving value. Institutions also need records, evidence, reconciliation, and reporting they can trust.
That is the gap ProofRails is working to close.
This is a great opportunity to collaborate with traditional financial institutions while showing how @FlareNetworks can support verifiable payment infrastructure.
14 years of the XRP Ledger proving the rails work.
Fast. Battle-tested. Built for real value movement.
The XRP Army built the rails. FXRP turns them into productive onchain financial infrastructure.
Happy Birthday, XRPL.
One key aspect of Flare Confidential Compute are Extensions.
FCC Extensions can coordinate instructions between smart contracts, data providers, and TEE machines.
Users or contracts send instructions into FCC contracts, which manage extension registration, attestation, and instruction emission.
Data providers and cosigners support the flow by relaying and verifying instruction-related data, while the FDC provides the attestation layer for external events.
TEE machines handle the secure execution side: identity, instruction verification, private key management, and custom logic per extension.
Results can then be relayed back onchain or used to interact with external systems such as other blockchains, Web2 services, and exchanges.
On @FlareNetworks, builders can read FTSOv2 feeds directly from smart contracts, instead of depending on a single centralized market-data API for core app logic.
Fast feeds are updated at block latency by independent data providers, then aggregated into usable onchain values.
This demo makes the flow visible: live FTSO prices rendered as real-time candles.
What would you build with fast onchain price feeds?
Tomorrow, Tuesday 26 May at 10AM CET, FAssets minting and redemption will be paused for approximately 30 minutes for scheduled maintenance.
The FAssets Portal and the Flare Smart Accounts dApp will be in pause mode during this window.
FXRP transfers and DeFi integrations continue to work as normal, along with the rest of the Flare network.
We'll confirm here once FAssets operations resume.
Flare Smart Accounts are one of the most important pieces of XRPFi infrastructure.
The point is simple: XRP holders should not need to become EVM users just to access programmable DeFi.
With FSA, an XRPL wallet can become the entry point for actions on Flare.
That means vaults, yield strategies, and future DeFi products can be reached from the wallet experience XRP users already understand.
The real unlock is distribution.
Once the rails are integrated, each new wallet and each new vault can open another path for XRP to become productive capital.
Two XRP vaults on Flare. Same FXRP. Different profiles.
earnXRP (@ClearstarLabs): fully on-chain, everything traceable via @DeBankDeFi, rFLR baked in.
MXRPY (@monarq_mgmt): institutionally managed multi-strategy CeDeFi, @FalconXGlobal-backed, higher ceiling.
Both live on @upshift_fi. Both surfaced on https://t.co/Tv7yWUUULa.