🔥 Stash Labs successfully completed an end-to-end demo for RGB assets natively on the Lightning Network! Powered by Bitlight Labs' rgbldkd node implementation, we nailed a full RGB20 token lifecycle in 13 steps: ✅ RGB20 token issuance & off-chain distribution ✅ Dual-asset Lightning Channel setup (BTC + RGB) ✅ Instant RGB LN transfers (no on-chain confirmations, millisecond settlement) ✅ BTC ↔ RGB atomic swaps via Hold Invoices This RGB + Lightning fusion leverages Bitcoin's underlying security, unlocking a new era of Bitcoin-native DeFi with unrivaled privacy and scalability! 📄 Full Validation Docs: 💻 Open Source Code: #Bitcoin# #LightningNetwork# #RGBProtocol# #BitcoinDeFi# #BitlightLabs#

RGB Lightning Node v0.0.4 Released: Full UTXO Management Support — Control Panel: — API: — CLI: We are pleased to announce the release of RGB Lightning Node v0.0.4, introducing comprehensive UTXO management capabilities that provide users with granular control over their Bitcoin UTXOs for RGB protocol operations. This release focuses on UTXO lifecycle management — a critical infrastructure layer for efficient RGB asset issuance, transfer, and on-chain resource optimization. Key Features: • UTXO Overview — Monitor all UTXOs with real-time status tracking, linked RGB asset visibility, and available operation context. • Create UTXOs — Generate dedicated UTXOs purpose-built for RGB asset issuance, transfer, and management workflows. • Unlock UTXOs — Release reserved UTXOs and consolidate funds back into available wallet balance for flexible resource allocation. • Increase UTXO Capacity — Expand the funding capacity of existing UTXOs to support higher-throughput RGB asset transactions. Efficient UTXO management is foundational to scalable RGB protocol operations on the Lightning Network. This release enables developers and node operators to optimize their on-chain footprint while maintaining full control over asset-linked transaction outputs. Make Bitcoin Smart.

RGB Lightning Node v0.0.3 is now live. Public repo: This release focuses on wallet security and client lifecycle management — laying the groundwork for a production-ready self-custodial experience. Key updates: — Wallet Security: Password-protected wallet creation and import. Mnemonic backup now available in Settings with password verification. — Client Lock: Lock the control panel when stepping away. Password required to resume. — Exit Flow: Clean exit confirmation with proper session teardown. The RGB Lightning Node is becoming a complete desktop environment for managing tokenized assets over Bitcoin's Lightning Network — not just a dev tool, but a product. Make Bitcoin Smart.

Bitlight Labs publishes a complete disaster recovery solution for RGB assets on Lightning Network channels. The wire-level specification is formalized as bLIP-0072, complementing bLIP-0070. Standard Lightning channels already have a well-defined recovery path for BTC: recover from backup, sweep your funds on-chain using your seed. Solved. RGB assets in Lightning channels are a different problem. Allocations are client-side validated and stored locally—not on-chain. When a channel loses state, the RGB allocation cannot be reconstructed from chain data alone. It exists only in the counterparty's local stock. bLIP-0072 defines how to retrieve it. Make Bitcoin Smart.

We have published the full engineering design behind native RGB Swaps on the Lightning Network. The swap is not a separate protocol layered on top of Lightning — it is a property of the payment path itself. A single circular route, one payment_hash, zero external coordination. Atomicity is not enforced by an additional contract; it falls out naturally from Lightning's preimage settlement. This design handles non-monotonic value flows across multi-asset channels, affects commitment construction, HTLC state management, and client-side transfer history at the architectural level. The RGB Lightning Network has reached production-grade engineering. Large-scale testing begins now. Make Bitcoin Smart.

Gartner predicts machine-to-machine payments will become a $30 trillion market by 2030. Lightning Network is emerging as the payment layer for the agentic economy. With ~262 Bitcoin and global Lightning infrastructure, LQWD has built a full-circle stack for AI-driven payments.

RGB super-compatibility is not a promise but an engineering discipline enforced with zero tolerance for regression. RGB on Lightning: Walking with Upstream While the previous release proved that RGB could connect to Lightning through full LDK state machine compliance, 1,019 tests, and CLN/LND interoperability, the latest release now answers the harder question of whether RGB can evolve at Lightning's pace without friction — and it does. We synced our upstream dependencies with the Lightning mainline, absorbing 16 medium-or-higher security fixes, including critical vulnerabilities that were never backported. We’ve formalised this approach as bLIP-0070, encoding super-compatibility at the protocol layer via feature bits 826 (mandatory) and 827 (optional), along with TLV type 827167. Compatibility only earns the right to the real work of making Lightning’s most advanced primitives asset-native: Splice support, already live in BTC channels, will extend to RGB channels for adjusting capacity without closing, while Async Payments and offline receipt of value will carry over to RGB assets, and JIT liquidity will follow—all without bridges, custodial wrappers, or separate networks, leaving simply the Lightning Network with RGB as its invisible programmable layer. Compatibility is not pitched as a feature; it is shipped as infrastructure, making Bitcoin smart.