For Remote Developers
You ship code to clients worldwide. Is it safe to send?
We scan, then we forget. You keep what you want.
Working remotely means the code goes straight from your machine to the client — across time zones, often overnight, with no one looking over your shoulder. There is no senior dev at the next desk, no in-person code review, no hallway “can you glance at this before I send it?” You are the only reviewer between your editor and production. That independence is the whole appeal of remote work, but it also means a SQL injection in a query you wrote at 2am, an innerHTML sink in a component, or an API key left in a config file goes out unchecked — and the client, who may be in another country and asleep, is the one who finds out. AllScanTool is the review step that travels with you: paste the code before you push or send the handoff, and the Delivery-Layer Engine flags injection, XSS, hardcoded credentials, and insecure functions, each with the line, a severity, and a fix. It runs in your browser and forgets the code the moment you leave. No logs. No storage. No retention. Your code stays private.
No team review when you work remote. You are the last check before the client.
These are the places where code that ships from a remote developer’s machine can reach a client with no second set of eyes on it.
No second set of eyes before it ships
No senior dev at the next desk, no in-person review. The code goes from your editor straight to the client, so whatever you miss, the client finds — not a teammate.
Time zones turn a small bug into a long outage
You push at the end of your day; the client is asleep on the other side of the world. A vulnerability that lands overnight can sit live and unflagged for hours before anyone is awake to catch it.
Async handoffs leave no room to ask
Work moves over Slack messages and pull requests, not conversations. There is no quick “is this query safe?” before you send — the handoff is the review, and it happens after the code is already written.
Credentials wired in for a quick local test
An API key or client token dropped into a config to test a feature fast, then forgotten in the commit. Push to the client repo and that secret travels with the code across the wire.
Code assembled from many sources, solo
Remote work leans on AI tools, npm packages, and forum answers to move fast alone. Each source carries hidden risk, and there is no team to catch what you stitched together under deadline.
Your delivery is your reputation in a global market
Remote contracts live on referrals and ratings. A vulnerable handoff to a client you may never meet in person can cost the relationship — and the next one it would have led to.
Ask AST
The questions remote developers run into when their machine is the last stop before the client — answered with the specific line, the severity, and the fix.
QI’m about to push this to the client repo overnight and no one else will review it first — what should I check before it goes?
Paste the code and AST runs the review you don’t have a teammate for: it flags SQL injection, XSS, hardcoded credentials, and insecure functions with the line and severity, so you are not relying on the client to catch it while you sleep.
QI wrote this database query late last night for a remote client — does it have an injection risk before I send the handoff?
Paste it. AST shows whether the query is properly parameterized, flags any concatenated input with the exact line, and gives you the safe form — so a 2am query isn’t the thing that breaks the engagement.
QI tested locally with a real API key — can you make sure I didn’t leave any credentials in the code before I push to the client?
Paste the files and AST surfaces hardcoded API keys, tokens, and credentials with the line number — so a quick local test doesn’t become a secret committed to a client’s repository across the wire.
QThis feature is glued together from AI output and npm packages on my own — how do I check it before delivering to a client I’ve never met?
Paste the code and AST checks the assembled result for innerHTML XSS sinks, injection, and insecure functions, each with a fix — the second set of eyes a solo remote workflow doesn’t otherwise have.