𝔾𝔸𝔹𝔹𝕐✞🎩
2.2K posts

𝔾𝔸𝔹𝔹𝕐✞🎩
@UIlorah
AI/ML||Flare Believer🙂|| Join me bring the connection between Crypto and AI closer✨


Institutions care about what happens around the transaction. Who was allowed to act. What code ran. How keys were protected. What proof exists. Flare Confidential Compute (FCC) is built for that.



FDC uses FLR. FAssets use FLR. FSA uses FLR. FCC uses FLR. More usage → more FLR consumed. The flywheel is usage-driven. And it's kicking into high gear.




can you accept $50 weekly as a reply guy? more info soon.








The gates are opening. 🚨 BETA ONBOARDING IS LIVE We’re opening controlled Beta access to 500 testers. Early birds get priority in Cohort 1. ✅ First cohort gets priority access ✅ Rewards for verified testers ✅ Synthetic environment testing Join the whitelist: tally.so/r/b57XB6

Builders: a new partner analysis from @ClearstarLabs breaks down the FXRP vault stack (Upshift + Flare) as an infrastructure case study. If you’re building for XRPL users, the key point is this: Non-native assets introduce a representation layer between the source chain and the DeFi execution environment. In many designs, that layer can fail discontinuously, which means downstream protocols can’t rely on gradual risk controls. FXRP is a collateral-backed representation of XRP where backing is enforced onchain: agents must maintain required collateral levels, and if they don’t, the protocol can liquidate or penalize them according to defined rules. This makes the backing status continuously observable onchain instead of assumed. Finally, the vault layer can be framed as constrained execution: strategy steps are explicit, permissions and risk limits are defined, exit paths are specified, and predefined safety controls trigger when thresholds are hit. 📰 Read more here: clearstar.xyz/partners/partn…



