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Continuous OWASP coverage across dev, staging and production — with drift detection that catches what deploys silently break. Your auditors get evidence, your team gets sleep.
340 tests · first report in ~2 minutes · no credit card required
Owning this tradeoff is literally your job.
Features weekly, deploys daily. Slowing down for a manual security review before every release is not an option — competitors will not wait.
Your customers hand you their data. Every BOLA or IDOR is their data in someone else's hands. One leak and the trust (and the contract) is gone.
If any of these hurt, this product exists for you.
The engineering report says everything is handled. Then a customer or a journalist finds the endpoint nobody re-tested. The board asks one question: “why did we not know?” Reputation, renewals and your next hiring round all hinge on how that question is answered. “We thought it was fine” is not an answer.
With it in place the answer is a dated record: every API, every environment, tested continuously — including the control that went missing after that deploy.
The yearly pentest says “clean” in March. In April a deploy silently drops rate limiting on POST /payments. Nobody knows until customers do.
Two weeks of screenshots, spreadsheet archaeology and “do we have evidence for CC7?” Slack threads — every single audit cycle.
200-line digests and severity-inflated noise train the team to mute the channel. The one critical alert drowns with them.
The board wants speed, regulators want evidence, customers trust you with their data. One IDOR leaking customer records ends contracts — continuous automation covers both sides.
You cannot review every pull request, and you should not have to. Security updates in standups are optimistic by nature; evidence is not. This gives you an independent, third-party view of what each API and environment actually contains — the same lens your auditors, your board and your customers will use.
Posture comes from real tests run against the live endpoints — not from a status spreadsheet someone fills in the week before the review.
When a control disappears, you see that it was verified before and gone after — tied to a deploy, not to a vague “it should be fine”.
Hand the team the finding, the payload and the fix instead of starting an argument about whether the problem exists. Fixes land faster.
Per-API and per-environment status you can put in front of the board: how much of the surface is tested, and what changed since last month.
Ask your team for a status update, and you get an opinion. Ask this for a status update, and you get a record.
Not a generic checklist — the exact endpoints your revenue and customer data flow through, tested continuously and mapped to the frameworks you report on.
| Framework | What we map | Plan |
|---|---|---|
| PCI DSS 4.0 | Req. 6.4, 11.3–11.5 — vuln mgmt & testing evidence | Pro+ |
| SOC 2 | CC7 — continuous monitoring trail + evidence report | Enterprise |
| ISO 27001 | A.8, A.12 — technical testing & logging evidence | Pro+ |
| GDPR | Art. 32 — security of processing, test records | Pro+ |
| NIS2 | Art. 21 — risk-management & incident evidence | Pro+ |
POST /checkout — alerted at 14:06, fixed at 14:22, re-tested automatically.Every row is a real test class auditors ask about — mapped to your own endpoints, not a generic checklist.
A deploy removes a rate limit or exposes an endpoint? You know in minutes — with the exact diff, not a vague alert.
Compliance mapping groups findings per requirement, so procurement questionnaires answer themselves. Plus a public Trust Page.
Sandboxed scanner, polite pacing, AES-256 credentials, DNS-verified ownership. Standard scans are read-only — production is never at risk.
SaaS or dedicated — covered both ways
Dedicated deployment at a customer site gets isolated scans, isolated findings and its own certificate — hand it straight to their auditors as onboarding evidence.
One product, full coverage — nothing sold separately.
Your API is penetration-tested 24/7 against the OWASP API Security Top 10 — BOLA/IDOR, broken auth, mass assignment, injection, rate limits and more.
A transparent, always-current certificate your customers can open. See exactly what was tested, when, and what was fixed.
Most security problems appear after deploy: config changes, shadow endpoints, disabled rate limits. We watch your API continuously.
Trigger a private test on every deploy. Developers get results without touching the public certificate status.
Gate releases on NEW findings only — the verdict endpoint diffs each scan against baseline so known, accepted findings never block a deploy.
Fewer false positives. AI classifies and prioritizes findings, backed by a fully deterministic core you can reproduce.
Credentials are encrypted (AES-256) and never logged. Only you and the scanner see them.
Your team is live the same day, without a onboarding project.
Upload an OpenAPI, RAML, GraphQL or SOAP/WSDL spec — or point us at a URL. Add credentials — API key, Bearer, Basic or OAuth2.
The deterministic engine runs OWASP API Top 10 penetration tests on a schedule you control — or on demand — with polite pacing so your API is never overwhelmed.
Embed the live Trust Page on your site. Your customers see real, current evidence — not an empty badge.
What runs while your team sleeps: connect, test, alert.
1 · Connect in under a minute
2 · 340 tests run themselves
Choose how you want to be informed — always.
3 · Critical alerts in seconds
The same suite your auditors will ask about — automated.
Tries to access other users’ resources by swapping identifiers in paths and queries.
Sends requests without or with a garbage token to find unprotected endpoints.
Adds extra fields to payloads to see if the server binds more than it should.
Probes SQL, NoSQL and JSON injection with error-signature detection.
Fires a burst of requests to check for missing 429 throttling.
Reflects a hostile Origin and checks whether credentials are allowed.
Checks for HSTS, X-Content-Type-Options and other hardening headers.
Looks for secrets passed in query strings instead of headers or body.
alg=none, forged payloads, weak HMAC secrets, missing exp, kid injection.
Undeclared methods (DELETE, PATCH…) that bypass per-method access control.
Undeclared role fields echoed back exactly by the server.
Stack detection with end-of-life version flagging.
.git, .env, debug endpoints, actuator, metrics, public specs, stack traces.
Unlimited login next to a limited API; limits dodged via X-Forwarded-For.
v1 endpoints that skip auth present in v2, removed endpoints still live.
Production introspection and missing query-complexity limits.
Open redirects on the authorization endpoint (code/token theft).
null Origin, lookalike-domain allowlist bypass, preflight on write endpoints.
Your server asked to fetch our URL — callback proves server-side requests.
Aggressive testing where it is safe. Hacker mode never touches production.
Hundreds of OWASP API Top 10 attack simulations with polite pacing, in a safe sandbox. No vendor engagement, no waiting, no risk to production traffic.
The agent plans an attack, probes step by step, writes and runs its own sandboxed probe code when stuck, and delivers an AI-written evaluation with fixes. From Starter — dev/staging only, never production.
One release path, fully watched, drift alerts included.
Timestamped evidence your auditors accept.
Automated security tests, not a full audit. The certificate is not a guarantee of security.
Procurement answers itself with a link.
Your API keys are encrypted at rest with AES-256-GCM and never logged or shown in plaintext.
We only scan APIs after you prove ownership with a DNS TXT record — recorded for audit.
Scans run in a sandbox with hard time and request limits so we never overload your API.
Policies, audits and evidence reporting built for enterprise procurement.
Minimal data collection, EU-hosted option, and data deletion on request.
Our team can never read your secrets; the scanner only holds them in memory during a run.
environments, one view
Dev → staging → production coverage with per-env history.
frameworks mapped
PCI DSS, SOC 2, ISO 27001, GDPR and NIS2 — grouped per requirement.
saved per audit cycle
Walk in with a year of continuous evidence instead of panic.
A single manual pentest costs $15,000+. Pro runs all year for less than a tenth of that. Compare all features →
Per-requirement finding exports (PCI DSS, SOC 2, ISO 27001, GDPR, NIS2), a year of timestamped scan history per environment, and an SOC 2 evidence report on Enterprise. No screenshots-and-praying the week before the audit.
Only your org members. Public Trust Pages and badges show status and counts — never finding details, payloads or URLs. Credentials are AES-256 encrypted and never logged.
Standard scans cannot modify data and respect budgets by default. If staging is fragile, run scans on a schedule at night, or point us at a dedicated test environment. Hacker mode never touches production — it refuses to run there.
Yes. The scanner runs in a sandbox with strict pacing, timeouts and request caps. You choose the schedule and can pause anytime.
Yes — an automated API penetration test. We run OWASP API Top 10 attack simulations (BOLA/IDOR, broken auth, injection, mass assignment, rate limiting, CORS, security headers, shadow APIs) plus deep-scan tests (JWT weaknesses, HTTP method tampering, privilege escalation via mass assignment, server tech fingerprint with EOL versions) on demand or on a schedule, like an automated pentester. It complements a human-led manual pentest rather than replacing it.
Yes. Add your API or paste an OpenAPI spec and hit “Run live pentest” — the sandbox starts testing immediately and you watch it live in the terminal. The same test is also available from our CLI (liveapisec scan) for your CI/CD.
An autonomous AI agent that runs a real, human-style penetration test on your API (dev/staging only, never production): it plans an attack, probes endpoints step by step — trying IDOR, broken auth, injections, secrets and mass assignment — observes the responses, self-corrects and writes a final evaluation with fixes. It can even write and run its own probe code in a sandbox. It runs manually on demand, requires a verified domain for public targets (localhost / private IPs are exempt), and your URL and credentials are never sent to the AI. We strongly discourage running it against production — it can break or destroy a system.
Credentials are encrypted with AES-256-GCM at rest and are only decrypted in memory during a scan. They are never logged and never shown in plaintext.
It means the API passed the automated OWASP API Top 10 tests in the tested scope on a specific date. We never claim absolute security — the certificate wording is deliberately precise.
You prove ownership with a DNS TXT record (or a manual confirm in lower tiers). Every authorization is recorded with timestamp and scope.
An endpoint is a unique HTTP method + path on a site (e.g. GET /users). Endpoints are summed across all your sites; environments share the same spec, so they do not multiply the count. Your dashboard shows live usage (X / Y endpoints) so you always know where you stand.
Every plan — including Free — includes the OWASP API Top 10 baseline suite, CI/CD webhooks, the CLI/Developer API and the public Trust Page. The Deep-scan suite (JWT, method tampering, privilege escalation, tech fingerprint and 7 more test types) starts at Starter, compliance mapping at Pro, Hacker mode (AI) at Starter, and enterprise extras (SOC 2 report, SSO, priority queue, SLA) are on Enterprise.
A manual pentest is a snapshot: $15k+, 2–4 weeks of waiting, outdated on your next deploy. We run the same OWASP attack classes continuously — every deploy, every night — for less than a tenth of the price. Use us to stay clean year-round and bring humans in once a year for the exotic stuff.
No. Standard scans are read-only probes with polite pacing, hard time/request budgets and an isolated sandbox — they cannot modify your data. Only Hacker mode (AI) is destructive, which is exactly why it is blocked from production entirely and runs on dev/staging only.
You get an alert in seconds — email, Slack or webhook, your choice — with the finding, the evidence and the fix. Critical and high findings can also block the deploy via our CI verdict endpoint, so the vulnerability never reaches production in the first place.
Yes. Upgrade is instant, downgrades apply at the next billing cycle, and you keep every existing scan and certificate. Paid plans include a 14-day money-back guarantee.
No credit card. No sales call. Results in ~2 minutes — then decide with evidence, not promises.
Cover my APIs →