Dickson Miracle

Most people read "AI agents protect your wallet" and nod along without understanding what that actually means on a technical level. Let me break it down. @CerbAgent runs three autonomous agents. Each one operates at a different layer of your transaction lifecycle. Together they close a window that every other security tool leaves open. ➔ The first is Shield. When you approve a protocol to spend your tokens, that approval doesn't expire. It sits on-chain indefinitely, and the protocol can pull from your wallet anytime that permission remains active. Most users have dozens of these approvals across multiple chains and have forgotten nearly all of them. Shield monitors every active approval tied to your wallet in real time. It isn't checking periodically, it's watching continuously. The moment an exploit is detected on a protocol you've approved, Shield doesn't send you a notification and waits for you to act. It submits a revocation transaction in the same block the exploit fires. That timing is everything. Most drains happen within seconds of an exploit going live because attackers have automated their extraction. A manual response will always be too slow. Shield matches that speed on the defensive side. ➔ The second is Sentinel. Sentinel operates before you sign anything. When you initiate a transaction, Sentinel simulates it first — running the full execution path against current on-chain state to map every contract interaction the transaction will trigger. This matters because modern phishing attacks don't look like phishing anymore. A malicious approval can be buried inside what appears to be a standard token swap. The surface interaction looks clean. What's happening underneath is not. Sentinel catches the delta between what the transaction appears to do and what it will actually execute. If the simulation flags a honeypot, a phishing contract, or a hidden approval being granted to an attacker-controlled address, it stops you before the signature is submitted. Not after. Not with a warning you might ignore. Before the transaction ever reaches the chain. ➔ The third is Recovery. Recovery is the last line and the most technically aggressive of the three. If an active drain is detected on your wallet meaning a drainer contract is already pulling your assets ▶ Recovery doesn't alert you. It front-runs the attacker. It does this through Flashbots, a system that allows transactions to be submitted directly to block builders bypassing the public mempool. A standard user transaction is visible to everyone before it's confirmed. Flashbots transactions are private. Recovery uses this to submit a rescue transaction with higher priority than the attacker's drain — moving your assets to a safe address before the drainer's transaction finalizes. The attacker's transaction either lands on an empty wallet or gets outpaced entirely. Three agents. Three layers. Before the signature. In the same block as the exploit. During an active drain. Lazarus Group just drained $575 million from DeFi in 18 days through two structurally different attack vectors.....[Source](safeheron.com/blog/kelp-expl…) ➬and they're still adapting. The only defense that makes sense against automated, infrastructure-level attacks is an automated, infrastructure-level response. That's what @CerbAgent is building. $CERB