Tell it a target.
Point it at a web app, API, package, repo, or AI agent — and set what's off-limits.
AI hackers
for enterprise.
We're an applied research lab, rebuilding cybersecurity for the AI era.
TTStats
How we secure 279,499,247 downloads.
import { verify } from "crypto" const token = req.headers.authorization if (!assertAccess(org)) return exec(`curl ${userInput}`) eval(serialize(body)) db.query(`SELECT * WHERE id=${id}`) fs.readFile(path.join(base, userPath)) child_process.spawn(cmd, {shell: true}) new Function(untrusted)() res.send(template(userHtml)) jwt.verify(tok, none) import { verify } from "crypto" const token = req.headers.authorization if (!assertAccess(org)) return exec(`curl ${userInput}`) eval(serialize(body)) db.query(`SELECT * WHERE id=${id}`) fs.readFile(path.join(base, userPath)) child_process.spawn(cmd, {shell: true}) new Function(untrusted)() res.send(template(userHtml)) jwt.verify(tok, none) import { verify } from "crypto" const token = req.headers.authorization if (!assertAccess(org)) return exec(`curl ${userInput}`) eval(serialize(body)) db.query(`SELECT * WHERE id=${id}`) fs.readFile(path.join(base, userPath)) child_process.spawn(cmd, {shell: true}) new Function(untrusted)() res.send(template(userHtml)) jwt.verify(tok, none) import { verify } from "crypto" const token = req.headers.authorization if (!assertAccess(org)) return exec(`curl ${userInput}`) eval(serialize(body)) db.query(`SELECT * WHERE id=${id}`) fs.readFile(path.join(base, userPath)) child_process.spawn(cmd, {shell: true}) new Function(untrusted)() res.send(template(userHtml)) jwt.verify(tok, none)
import { verify } from "crypto" const token = req.headers.authorization if (!assertAccess(org)) return exec(`curl ${userInput}`) eval(serialize(body)) db.query(`SELECT * WHERE id=${id}`) fs.readFile(path.join(base, userPath)) child_process.spawn(cmd, {shell: true}) new Function(untrusted)() res.send(template(userHtml)) jwt.verify(tok, none) import { verify } from "crypto" const token = req.headers.authorization if (!assertAccess(org)) return exec(`curl ${userInput}`) eval(serialize(body)) db.query(`SELECT * WHERE id=${id}`) fs.readFile(path.join(base, userPath)) child_process.spawn(cmd, {shell: true}) new Function(untrusted)() res.send(template(userHtml)) jwt.verify(tok, none) import { verify } from "crypto" const token = req.headers.authorization if (!assertAccess(org)) return exec(`curl ${userInput}`) eval(serialize(body)) db.query(`SELECT * WHERE id=${id}`) fs.readFile(path.join(base, userPath)) child_process.spawn(cmd, {shell: true}) new Function(untrusted)() res.send(template(userHtml)) jwt.verify(tok, none) import { verify } from "crypto" const token = req.headers.authorization if (!assertAccess(org)) return exec(`curl ${userInput}`) eval(serialize(body)) db.query(`SELECT * WHERE id=${id}`) fs.readFile(path.join(base, userPath)) child_process.spawn(cmd, {shell: true}) new Function(untrusted)() res.send(template(userHtml)) jwt.verify(tok, none)
import { verify } from "crypto" const token = req.headers.authorization if (!assertAccess(org)) return exec(`curl ${userInput}`) eval(serialize(body)) db.query(`SELECT * WHERE id=${id}`) fs.readFile(path.join(base, userPath)) child_process.spawn(cmd, {shell: true}) new Function(untrusted)() res.send(template(userHtml)) jwt.verify(tok, none) import { verify } from "crypto" const token = req.headers.authorization if (!assertAccess(org)) return exec(`curl ${userInput}`) eval(serialize(body)) db.query(`SELECT * WHERE id=${id}`) fs.readFile(path.join(base, userPath)) child_process.spawn(cmd, {shell: true}) new Function(untrusted)() res.send(template(userHtml)) jwt.verify(tok, none) import { verify } from "crypto" const token = req.headers.authorization if (!assertAccess(org)) return exec(`curl ${userInput}`) eval(serialize(body)) db.query(`SELECT * WHERE id=${id}`) fs.readFile(path.join(base, userPath)) child_process.spawn(cmd, {shell: true}) new Function(untrusted)() res.send(template(userHtml)) jwt.verify(tok, none) import { verify } from "crypto" const token = req.headers.authorization if (!assertAccess(org)) return exec(`curl ${userInput}`) eval(serialize(body)) db.query(`SELECT * WHERE id=${id}`) fs.readFile(path.join(base, userPath)) child_process.spawn(cmd, {shell: true}) new Function(untrusted)() res.send(template(userHtml)) jwt.verify(tok, none)
paperclip·GHSA-47wq-cj9q-wpmpcriticaljsPDF·CVE-2026-31938criticaljsPDF·CVE-2026-31898highnode-forge·CVE-2026-33896highprotobuf.js·CVE-2026-44289highyaml·CVE-2026-33532mediummysql2highLiquidJS·CVE-2026-30952highUptime Kuma·CVE-2026-33130mediumpaperclip·GHSA-47wq-cj9q-wpmpcriticaljsPDF·CVE-2026-31938criticaljsPDF·CVE-2026-31898highnode-forge·CVE-2026-33896highprotobuf.js·CVE-2026-44289highyaml·CVE-2026-33532mediummysql2highLiquidJS·CVE-2026-30952highUptime Kuma·CVE-2026-33130mediumpaperclip·GHSA-47wq-cj9q-wpmpcriticaljsPDF·CVE-2026-31938criticaljsPDF·CVE-2026-31898highnode-forge·CVE-2026-33896highprotobuf.js·CVE-2026-44289highyaml·CVE-2026-33532mediummysql2highLiquidJS·CVE-2026-30952highUptime Kuma·CVE-2026-33130mediumpaperclip·GHSA-47wq-cj9q-wpmpcriticaljsPDF·CVE-2026-31938criticaljsPDF·CVE-2026-31898highnode-forge·CVE-2026-33896highprotobuf.js·CVE-2026-44289highyaml·CVE-2026-33532mediummysql2highLiquidJS·CVE-2026-30952highUptime Kuma·CVE-2026-33130medium
Our autonomous systems
hack your software to secure it.
hack your software to secure it.
End-to-end.
On any software,
black-box or white-box.
On any software,
black-box or white-box.
We break your software,
not your trust.
You set the rules
Every scan runs in an isolated sandbox, fenced to a scope you set — allowed hosts, rate limits, a kill switch. It can’t wander off-target.
Secrets stay sealed
Exploit proof exposes real secrets — we redact them and encrypt the rest per-org, opened only by you and logged on every access.
Your data stays yours
Strict per-org isolation. Your targets and findings never touch another customer — and never train someone else’s model.