L’un protocol finanziariu si pò cunsidarì solu quantu forti hè a cumunità chì u prova sottu stress. Inveci di custruì in isolamentu, @BabylonLabs_io adopra un approcciu trasparente è guidatu da a cumunità per raffinate a so infrastruttura di Trustless Bitcoin Vaults (TBV).
Spinta da l’ecosistema $BABY token, TBV permette à l’utilizatori di sperimentà prestiti nativi garantiti da BTC: accede à USDC o USDT nantu à Ethereum cù piena self-custody è senza tokens wrapped. Stu flussu sanu hè attivu nantu à a so public testnet cù Aave v4, induve l’utilizatori sò invitati à rivendicà l’attivi da u faucet è à mandà insight diretti di u produttu attraversu u modulu di feedback.
In modu criticu, a participazione attiva di a cumunità in sta fase hè essenziale. I dati veri di l’utenti è u raportu di casu-limite raccolti avà determineranu direttamente quantu resilienti è fluidi funzionerà a meccanica di u vault à scala quandu si lancia in mainnet. #baby $BABY
For years, Web3 developers struggled to build complex financial products around Bitcoin due to the base layer's native smart contract limitations. Temporary fixes like wrapped tokens only introduced systemic fragility. @BabylonLabs_io is offering a cleaner path forward with Trustless Bitcoin Vaults (TBV).
Powered by the $BABY token ecosystem, TBV gives developers a secure blueprint to integrate native BTC collateral directly into major dApps like Aave v4. Users can lock native Bitcoin to borrow USDC or USDT on Ethereum without giving up self-custody over their keys. Builders and users alike can test this setup on the public testnet, request test assets via the faucet, and submit technical insights through the feedback form.
Critically, the long-term developer challenge will be maintaining seamless composability as these native vaults are wired into increasingly complex multi-chain DeFi strategies on mainnet #baby $BABY
For institutional and high-net-worth Bitcoin holders, entering DeFi has never been about chasing speculative yield - it is about preserving capital. The systemic vulnerabilities of wrapped tokens and centralized bridges have kept big capital on the sidelines. @BabylonLabs_io is addressing this security barrier head-on with Trustless Bitcoin Vaults (TBV).
Backed by the $BABY token ecosystem, TBV connects massive BTC liquidity directly to protocols like Aave v4 without routing assets through third-party custodians. Holders retain complete self-custody while using native BTC as collateral to borrow USDC or USDT on Ethereum at efficient rates. This setup can currently be audited and tested on their public testnet, utilizing the testnet faucet and community feedback form.
Critically, winning over institutional-scale liquidity long-term will depend on proving that protocol-level slashing and vault liquidation parameters are completely exploit-proof before mainnet launch #baby $BABY
The integration of @BabylonLabs_io Trustless Bitcoin Vaults (TBV) into Aave v4 isn't just a new feature - it marks a major shift in Web3 interoperability. Bitcoin's massive liquidity has historically been isolated, but this $BABY -powered architecture finally allows native BTC to move freely across chains without sacrificing security.
By eliminating bridges and synthetic tokens, users can leverage their actual Bitcoin as collateral to borrow assets like USDC or USDT on Ethereum under true self-custody. The flow is currently live on their public testnet, where testers can use the provided faucet and share their input via the feedback form.
Critically, the long-term reach of TBV will depend heavily on how quickly other major lending protocols follow Aave's lead in adopting this native vault framework. #baby $BABY
Testing Native BTC-Backed Borrowing Without the Bridge Drama
Borrowing assets in DeFi using actual native Bitcoin - without touching a wrapped token - is a completely different experience. There is no anxiety over cross-chain bridges, as the entire flow happens directly at the protocol level. This is exactly what @BabylonLabs_io is showcasing on their public testnet for Trustless Bitcoin Vaults (TBV), now integrated with Aave v4.
Driven by the $BABY token ecosystem, the feature lets you deposit native BTC as collateral to borrow stablecoins like USDC or USDT on Ethereum. You retain full self-custody over your keys while accessing competitive DeFi rates. Anyone looking to test the user flow can easily claim testnet assets via their faucet and drop input through their feedback form.
Of course, a smooth testnet experience is just the starting point. The real test for TBV lies in whether it can maintain this frictionless user experience under intense mainnet traffic. #baby $BABY
Why the Era of Wrapped Bitcoin Might Finally Be Coming to an End
For years, the standard way to use Bitcoin in DeFi was to wrap it. But let's be honest with ourselves: wrapping BTC is essentially like handing over raw gold to a vault just to trade with a paper receipt. The receipt works fine for trading, but you no longer hold the actual gold. If the bridge or custodian fails, that paper receipt becomes useless overnight. This exact vulnerability is what @BabylonLabs_io is actively dismantling.
Building on their foundation that previously peaked at $7.2B TVL, they introduced Trustless Bitcoin Vaults (TBV).
The core philosophy is straightforward : why force users into synthetic tokens when they can use their actual Bitcoin directly? Backed by their native token $BABY , this architecture connects BTC liquidity across chains without relying on centralized bridge custodians.
This concept is already being put to the test on their public testnet integrated with Aave v4. Users can experience depositing native BTC as collateral to borrow assets like USDC or USDT on Ethereum. It keeps the process self-custodial, offers competitive DeFi rates, and removes third-party trust entirely.
To gather real-world insights, they’ve opened up a testnet faucet and a feedback form for the community to test the app flow. Critically speaking, TBV directly addresses the growing demand for non-custodial utility among Bitcoiners. However, replacing an established standard like wrapped BTC won't happen overnight. The real benchmark for TBV will be its smart contract resilience under high mainnet volume and how quickly developers across Web3 integrate this vault model. #baby $BABY
Let’s be real for a second. Holding Bitcoin often feels like a double-edged sword. Leaving it sitting in cold storage feels like a missed opportunity, but bridging or wrapping it for DeFi yield gives most of us pure anxiety due to bridge hacks and third-party risks. That exact headache is what @BabylonLabs_io is tackling head-on.
Building on their momentum as a BTC collateral infrastructure that hit $7.2B TVL at its peak, they just rolled out Trustless Bitcoin Vaults (TBV). With TBV, you can finally use actual native Bitcoin as collateral across apps without wrapping, bridging, or handing over control to any middleman.
This ecosystem is powered by their native token, $BABY .
The best part? It’s already live on public testnet featuring native BTC-backed borrowing with Aave v4! You can test using native BTC as collateral to borrow USDC/USDT on Ethereum right now. Your keys stay yours, the borrow rates stay efficient, and trust in centralized entities is completely out of the equation.
You can test the app flow, grab test tokens from the faucet, and leave your thoughts on the feedback form. Critically speaking, TBV is a huge step forward for non-custodial BTC utility.
The real test now is seeing how well the vault architecture holds up under high mainnet volume and how quickly other major protocols jump on board beyond Aave v4.
baca baca baca , jangan malas baca #Samsung $SAMSUNG
Binance Announcement
·
--
Pembaruan Penting tentang Tarif Pendanaan Kontrak Perpetual USDⓈ-M SKHYNIXUSDT, SAMSUNGUSDT, dan HYUNDAIUSDT (2026-07-14)
Ini adalah Pemberitahuan Bursa Binance umum. Produk dan layanan yang disebutkan di sini mungkin tidak tersedia di wilayah Anda. Halo Binancian, Binance terus meninjau penawaran produk dan layanannya untuk memastikan pengalaman pengguna terbaik bagi semua pengguna. Berlaku mulai 2026-07-14 16:15 (UTC), Binance Futures akan menyesuaikan interval pendanaan SKHYNIXUSDT, SAMSUNGUSDT dan HYUNDAIUSDT kontrak perpetual dari setiap delapan jam menjadi setiap empat jam. Batas atas/bawah tarif pendanaan dari kontrak yang disebutkan di atas akan disesuaikan menjadi ± 0,50%, dengan rincian sebagai berikut:Kontrak Perpetual SKHYNIXUSDT, SAMSUNGUSDT, dan HYUNDAIUSDT: Waktu (UTC)Tarif Pendanaan Maks.SKHYNIXUSDTSAMSUNGUSDT dan HYUNDAIUSDT2026-07-14 16:00+0.50% / -0.50%+2.00% / -2.00%2026-07-14 20:00+0.50% / -0.50%+0.50% / -0.50%2026-07-15 00:00+0.50% / -0.50%+0.50% / -0.50%2026-07-15 04:00+0.50% / -0.50%+0.50% / -0.50%……… Untuk Informasi Lebih Lanjut: Pengantar Tarif Pendanaan Binance Futures Catatan: Informasi ini dirilis sebagai Pemberitahuan berdasarkan Exchange Rule 17 Binance.Kontrak perpetual yang disebutkan di atas dikecualikan dari aturan 8.1 Adjustment of Funding Interval. Interval pendanaan tidak akan disesuaikan dari setiap delapan jam menjadi setiap satu jam ketika penyelesaian tarif pendanaan sebelumnya dari kontrak perpetual yang disebutkan di atas mencapai batas atas atau batas bawah tarif pendanaan. Pengumuman terpisah akan dibuat jika Binance memutuskan untuk menyesuaikan interval pendanaan. Berdasarkan kondisi risiko pasar, Binance dapat menyesuaikan spesifikasi kontrak Futures yang disebutkan di atas dari waktu ke waktu, termasuk biaya pendanaan, ukuran tick, leverage maksimum, margin awal, dan/atau persyaratan Margin Pemeliharaan. Jika terdapat perbedaan antara pemberitahuan ini dan FAQ Futures apa pun, silakan merujuk pada pemberitahuan ini untuk informasi yang paling akurat dan terbaru.Mungkin terdapat perbedaan antara konten asli dalam bahasa Inggris ini dan versi terjemahan apa pun. Silakan merujuk pada versi bahasa Inggris asli untuk informasi yang paling akurat jika terjadi perbedaan. Terima kasih atas dukungan Anda! Tim Binance 2026-07-14 Harap diperhatikan: Mungkin terdapat perbedaan antara konten asli dalam bahasa Inggris ini dan versi terjemahannya (versi tersebut mungkin dihasilkan oleh AI). Harap merujuk pada versi asli dalam bahasa Inggris untuk informasi yang paling akurat jika terjadi perbedaan.