Serialized @SerializedAudit

Serialized Audit is now becoming Serialized. Audit is just one of the API sets we provide. Serialized is a full-stack data provider for the apps and terminals that want to scale fast and don’t worry about data infrastructure that’s easy to deploy and customizable to one’s needs. We’re powering the most popular apps and terminals out there across security, market data and routing Built for world’s scale

A honeypot rarely blocks your sell outright. It lets the deployer out, and quietly fails yours. The trap sits in a transfer hook that checks a list you were never added to. A scan is not an audit. But it can read the transfer path and show you whose sells are conditional.

Money leaves a contract through a function anyone was allowed to call. No exploit chain. No clever trick. A missing permission check. A scan is not an audit. But before you deploy it will tell you which money-moving functions have no access control.

Tempo support is live. Paste any contract, get one straight verdict — honeypots, hidden taxes, owner powers, TIP-20 policy roles. Verified and closed-source both. serializedaudit.io

Serializedaudit is now the audit provider for @AxiomExchange

@lunarwalletapp Hi, you may want to audit all tokens shown on the wallet and flag as safe or unsafe for users to safely trade. We provide an API that does just that: DM if interested

The cheapest security question in crypto, and you can answer it before you deploy: For every function that moves money, who can call it? A scan is not an audit. But it will tell you that, in seconds.

Roughly $8M left a vault last week because a function that moved money was public. Not a clever exploit. A missing permission check. Before deploy, ask the boring question about every money-moving function: who can call this, and what is the worst they can do with it?

Every H1 report this week says it differently: more incidents than ever, fewer dollars than last year. The counts themselves differ by over a hundred, because no two firms publish the same method. Scanners have the same gap. You get a verdict, never an accuracy number.

@Mickyblizz0 Thank you!

The contract you read is not always the contract you run. If a token sits behind a proxy, the logic can be swapped after launch. The address never changes. Before you trust it: - Who holds upgrade rights: an EOA, a multisig, or a timelock? - Is there a delay, or does the swap land in one transaction? - Can initialize() be called a second time? - Ownership renounced, but is the admin slot still live? All of it is readable before you buy. That is what a pre-deploy scan is for.

The useful question about a token is not "is the team trustworthy." It is: assume the owner key leaks tomorrow. What can that role still do? Mint unlimited supply? Swap the logic in one transaction? No timelock, no cap? Then the key was never the only problem.

@Mickyblizz0 It’s not designed for that (yet)

The contract someone audited may not be the contract you are using. Upgradeable proxies let the logic be swapped after launch. Before you trust one, ask: - Who holds the upgrade key: a single EOA, or a timelock + multisig? - Can upgrades ship instantly, or is there an enforced delay? - Is the initializer locked, or can it be called again? - "Renounced ownership" but still upgradeable? A pre-deploy scan flags these before you integrate. A scan is not an audit, but it tells you where to look first.

A contract can pass an audit and still turn on you later. Here is how, and what a fast pre-deploy scan checks before you deposit. The address you trust is often a proxy. It forwards every call to a separate logic contract. You can read the logic today, and the team can replace it tomorrow. Same address, different code. Who holds the upgrade key matters more than the code itself. One private key (an EOA) means one person can rewrite the token whenever they like. A timelock or multisig makes changes slower and visible. Instant vs delayed upgrades. With no timelock, a malicious upgrade lands in a single transaction, before holders can react or exit. Re-callable or unprotected initializer. If the setup function can be run again, someone can re-seize admin rights on a live contract. "Ownership renounced" is not the whole story. If the proxy admin slot still controls upgrades, renouncing the owner role changes nothing. A pre-deploy scan reads who controls upgrades and how fast the code can change, in plain language, before funds are at risk. It is fast and explainable. It is not a full audit. A scan is not an audit.

We have a new documentation portal! It includes a detailed description of our API offering, chains supported and how our credit system works. It's also readable by AI agents! Check it out at serializedaudit.io/docs

Yesterday was a rough day for crypto: three separate exploits, roughly $35M gone in a matter of hours. Look at how the money actually left: - Bridge validator signing keys were compromised, so the system happily approved withdrawals to an attacker. - A cross-chain bridge message path was exploited, the same bug class as an earlier hack. - An attacker seized a staking contract's upgrade authority and pushed through their own logic. A pre-deploy token scan would not have stopped the first two. Stolen keys and bridge messaging are not malicious token code, and we should say that plainly. The third one is different. Who can upgrade a contract, and whether that power sits behind a timelock or multisig instead of one wallet, is exactly the kind of thing a scan reads before you ever touch it. That is the honest boundary. A scan is not an audit, and it will not save you from stolen keys. But for the everyday buyer in Jakarta, Lagos, or Manila who opens a wallet and apes a fresh token today, it reads the code first and tells you, in plain language, whether the contract itself is built to trap you: a hidden sell tax, a transfer only the owner can pass, an upgrade switch one address controls. Know the boundary of your tools.

Four different ways money left DeFi this month A pre-deploy contract scan would have caught none of them: that is not a weakness of scanning, it is the most useful thing to understand about it. - A cross-chain bridge trusted a malformed signed message. - A governance takeover upgraded a contract, then drained it. - A cold wallet was stolen: keys, not code. - A vault's share accounting was gamed with a flash loan. None of these is malicious logic hidden inside a token contract, they are bridge messaging, governance, custody, and economic design. Different layers, different failures, different defenses. A contract risk scan answers one narrow question before you touch a token: does this contract contain malicious logic? Honeypots, hidden transfer limits, owner backdoors, upgrade traps. Seconds, at scale, inside a wallet or a launchpad. It does not check your bridge, your multisig, or your economic assumptions.

A pre-deploy scan flags all four in plain language: - owner-mutable fee setters - missing caps - per-address fee mappings - and a mutable EOA recipient, with the exact functions.

Where do the fees go? Locked for liquidity is normal. Swept to a single owner-controlled EOA is an extraction lever: follow the recipient.

A token can advertise a '5% tax' and still be a one-way door, no exit designed. The tax rate is usually just a number the owner can change. Here is the malicious-tax pattern, and how a pre-deploy scan catches every piece of it. 🧵