// method

You do not have to trust our tooling.

Anyone can run a scanner. The tool is free, the output is free, and it tells you almost nothing.

The difference is what happens in the four hours after the scan finishes: a person reads a thousand lines, decides which forty of them matter, and then tries to actually do the thing the report only hints at.

A scanner gives you a list. A person gives you an answer.

Three layers, in this order

Nobody is billed for the first one. The second one is why you are here. The third one is why you will believe the second.

Automation does the boring part

Sixty-odd components sweep the surface: every hostname, every certificate, every header, every version. This is the part that is fast and cheap, and it is the part anyone can do.

~4,000 signals / hour

A person decides what matters

Then it stops being automated. Of a thousand lines, perhaps forty are real. Someone who has done this for years reads the output and works out which of them would actually cost you money.

the part you are paying for

Everything is proven, not claimed

Each finding ships with the exact request that produced it. Your IT provider — or the next supplier — can replay it in five minutes and reach the same conclusion. No trust required.

reproducible in 5 minutes

The matrix

Sixty-odd components. None of them are the reason you hire us — but everything below is in play on every engagement, and each one is described in the only terms that matter: what it actually does to you.

Reconwho is out there

subfinder / amassfinds hostnames you forgot existed

dnsx / massdnsresolves them at scale, quietly

naabu / nmapwhich doors are open, and what answers

httpxwhat each host actually serves

katana / gaucrawls history and current links for endpoints

crt.sh / CT logsevery certificate ever issued for your name

Web & APIhow it can be broken

Burp Suite Prolets a human read and rewrite every request by hand

OWASP ZAPautomated baseline when speed matters more than depth

ffuf / feroxbusterfinds what is reachable but not linked

nucleipattern-matches thousands of known weaknesses

sqlmapasks the database questions it should refuse

Postman / custom scriptswalks API flows the way a user would

Code & configwhat is wrong underneath

Semgrepreads source for patterns that lead to injection

Slither / Mythrilreads contracts the way a compiler does

Trivy / Grypematches your dependencies against known CVEs

Checkov / tfsecfinds infrastructure-as-code that opens ports

gitleakscatches secrets committed by mistake

Identity & networkhow far it spreads

BloodHoundmaps the shortest path from a user to a domain admin

Impacketthe standard toolkit for Windows protocol abuse

CrackMapExec / NetExectests whether one credential opens ten doors

hashcat / Johnturns a stolen hash back into a password, offline

Respondershows what your network tells anyone who asks

Cloud & containerswhere the blast radius goes

ScoutSuite / Prowlerreads your cloud account the way an attacker would

kube-bench / kube-hunterchecks whether the cluster is actually locked

PacuAWS exploitation framework, used only with written scope

Proofwhy you should believe any of this

In-house evidence pipelineevery finding carries its own raw request

CASE / CVSS 4.0scored the same way an insurer would score it

Replay harnessyour IT can reproduce each item without us

What is in scope, and what never is

Read-only verification of reachability
Authentication testing with credentials you provide
Recording evidence: screenshots and raw requests
Stopping the moment impact becomes possible
Denial of service, load testing, or anything that degrades availability
Modifying, deleting or exfiltrating your data
Installing persistence, backdoors or scheduled tasks
Lateral movement beyond the signed scope
Social engineering of your staff unless separately agreed

See it on your own domain first.

Twelve checks, twelve seconds of your time, no account. If the surface is clean, you will know that too.

Run the free check →