The new Deposit Addresses feature in Allbridge Core is in the final testing stages. While we prepare for release, let’s take a closer look at how Deposit Addresses are designed and implemented on EVM blockchains. This article continues the introduction available in the earlier post about Deposit Addresses. The technical details differ across blockchains, as each chain has its own rules and behaviour. Here, we focus specifically on EVM chains such as Ethereum, BNB Chain, and Polygon.
Allbridge launched the ABR token in 2021, when it was tied to Allbridge Classic and its lock-and-mint architecture. For several years ABR supported staking, governance, and fee distribution in that system. But as the ecosystem moved toward native-liquidity bridging with Allbridge Core, the original token no longer matched the direction of the protocol. Allbridge Core focuses entirely on transferring native stablecoin liquidity across blockchains, which meant ABR needed to evolve as well. We needed a token with clear multichain behavior, transparent supply, and no dependency on the legacy minting model. That led to ABR0: a new omnichain token built on LayerZero’s OFT standard and designed to integrate cleanly into Allbridge Core.
Allbridge Core is introducing a new feature called Deposit Addresses, designed to make it easier to receive payments, deposits, or donations across multiple blockchains. Traditional bridging workflows require setting up wallets on every chain you want to accept funds from, keeping them supplied with gas, monitoring balances, and manually bridging everything back to your main wallet. Deposit Addresses remove all of that overhead. With this feature, you simply connect the wallet where you want to receive the final funds, choose the networks you want to accept deposits on, and pay a small creation fee. Allbridge Core then generates unique Deposit Addresses on each selected chain and links them to your wallet. Whenever funds arrive at those addresses, the system detects the deposit and automatically bridges the amount to your main wallet—no gas management, no manual steps, and no need to maintain multiple wallets.
You’ve built something real. From a few PHP scripts and the Allbridge Core API, you now have a Telegram bot that can track liquidity rewards, alert you when they cross your threshold, and display all your balances inside a single, simple chat window. This is the final step in the journey - where your bot stops being a local experiment and becomes a real DeFi assistant. And yes, you can try it live.
In the previous part (part 1, part 2, part 3), we automated the invisible. Your bot could now check balances, record rewards, and notify you when something changed. It quietly worked in the background, doing its job. But true magic happens when users can see and control what’s going on. Typing commands like /subscribe and /subscriptions is functional, but it’s not intuitive. So in this part, we’ll make the bot come alive. You’ll be able to browse your wallets, edit settings, refresh data, and even delete subscriptions, all through inline menus and callback buttons. No dashboards. No terminals. Just Telegram, transformed into your personal DeFi control panel.
12/3/2025
