⚡️ We just dropped an early release of the building blocks behind Flare Confidential Compute (FCC): A system that lets @FlareNetworks apps rely on off-chain computation that’s verifiably running in a Trusted Execution Environment and produce outputs that can be consumed by onchain workflows. This release includes the following GH repos: ◉ tee-node: the enclave workload (wallet ops / VRF / signing) built to run in a TEE. github.com/flare-foundation/… ◉ tee-proxy: a network-facing broker that accepts instructions, queues work, and serves results. github.com/flare-foundation/… ◉ tee-relay-client: listens for Flare C-chain events and routes queues work to proxies. github.com/flare-foundation/… ◉ go-verifier-api: verifies attestation flows and returns ABI-encoded responses. github.com/flare-foundation/… This is the beginning for verifiable trust where developers can validate that a specific workload is running in a TEE before accepting results.

A closer look at the new Flare Smart Accounts flow and what improved 👇

Reminder: Flare is unique because its validators do more than validate transactions. They also participate in decentralized data protocols, helping bring external data onchain through a network of 100 validators.

Three ways AI tools now plug straight into @FlareNetworks 1. Flare AI skills Drop them into your agent so it knows Flare conventions without you re-explaining each time 2. Llms.txt Point an LLM at one file so it can discover and pull every doc page systematically 3. MCP Server Let an agent query on-chain/protocol data in real time instead of relying on static docs

Flare connects non-smart-contract assets to EVM DeFi while preserving self-custody.

Happening now☀️ Tune in live to hear more about the @USDT0_to vault on @superformxyz with @wpr272 x.com/i/spaces/1MJgNNrnDjOGL…

Are you staking, delegating, or doing both? And what’s your actual criteria when choosing a provider? 🤔

BTC could become a gold-like asset in portfolios. But what about XRP and RWAs? @HugoPhilion explains how XRP can retain value as activity moves through the XRP Ledger and why Flare data capabilities could become important for RWA assets issued on XRP Ledger, XLM and beyond.

TVL is a piece of the pie. Transactions: Economic Activity (Mint & Redeem) PLUS DAILY GROWTH is when a killer use case proves itself. XRP FAsset | FXRP @FlareNetworks has built the best in the XRP Ecosystem. 💯Hands down.

Inflation, daily transaction fees, FLR burned by each protocol. We track the progress of our ecosystem to ensure everyone in the community can stay informed: dune.com/flare/tokenomics

Flare's data capability is what makes this possible. FAssets v1.3 paves the way for centralized exchange integrations — users withdraw $XRP from a CEX using native XRPL tags, FDC proves the payment, and it routes straight to FXRP on Flare. @HugoPhilion with @RealAllinCrypto 👇

We also updated the Flare AI skills so you can ask your agent to build with FCC 🫡

What are Flare Smart Accounts?

RT @Firelightfi: Coverage on Firelight will add an on-chain protection layer for DeFi positions. Program operators elect cover on vaults,…

Flare’s FCC Private Key Extension guide has been updated with a much cleaner builder path. 🧑‍💻 You no longer need to manually check out separate tee-node or tee-proxy repos to try the flow. The guide includes a self-contained example for building a TEE extension that stores a demo private key, signs messages, and runs the full Coston2 test flow. Try it here: dev.flare.network/fcc/guides…

@FlareNetworks is not just another Layer 1. @HugoPhilion explains why Flare is different: smart contracts and data are baked directly into the network. Prices, events from other blockchains, and Web2 data can be verified natively, without relying only on external oracles.

The goal was never to trap XRP on Flare. It was to give it somewhere worth going — and a reason to keep moving. FIRE earns on every leg of that journey.

A one-direction bridge is easy to build. The harder part is making movement reversible so capital does not get stranded. Inflows and outflows are useful because they show demand in both directions, not just deposits accumulating on one side. That is what lets users use each network for what it does best: bring XRP to Flare for smart contract utility and yield opportunities, then move back to XRPL when that is the better venue for holding or using the asset. Fees are part of that design. They help sustain the mechanism and the participants that keep two-way interoperability functioning, with FIRE directing fees inside the ecosystem rather than leaving them as a loose byproduct.

FXRP puts XRP in DeFi. Stables are what let that capital move, hedge, and loop with predictable depth. @USDT0_to on Flare is the default stable layer that keeps those markets coherent. More coming.

Come meet the Flare team onsite. We’re looking forward to connecting with builders, curious minds, and potential new partners. 🤝

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