YOU BUILD THE WALLS
WE TEST THE SIEGE.
Your controls are probably good. What you cannot produce yourself is independent evidence of which ones fired, because you wrote them and everyone reviewing your assessment knows that.
control validation · ATT&CK mapping · detection feedback
You cannot credibly grade your own controls
You designed the segmentation, wrote the detection logic and set the WAF policy. Your assessment of them is informed and structurally compromised at once.
Detection you believe in but have never fired
Rules written against documentation, not observed technique behaviour. Until something executes the technique in your environment, coverage is a hypothesis with a dashboard attached.
No time to attack your own estate
The product security backlog consumes the team. Internal red teaming is the first thing cut, and it is the only activity that tells you whether the rest of the work landed.
YOUR CHALLENGE
You own the security engineering function. Analysis pipelines, secrets management, infrastructure hardening, detection content. The work is done and it is competent.
The problem is structural: validating your own controls is a conflict of interest, internal red teaming never survives the backlog, and most external testing arrives as scanner output your team triaged last quarter.
What is worth buying is an adversary who is genuinely independent, technically credible, and whose output feeds your detection engineering rather than your inbox.
What usually prompts the call
- →Vendor reports containing findings your team triaged months ago
- →Testers who could not get past your WAF or authenticate into the application
- →Findings with no reproduction path your engineers can verify
- →Reports that do not map to your SDLC, your tracker, or your severity framework
- →Detection logic written against documentation and never exercised
- →No capacity for internal red teaming against the product security backlog
- →An external testing requirement from compliance, an insurer, or the board
WHAT WE TEST
Weighted towards the controls you built, because those are the ones nobody has independently exercised.
Control bypass
- →WAF rule evasion against your specific policy, not a generic ruleset
- →Endpoint detection circumvention and tamper resistance
- →Alert threshold probing: what volume passes without escalation
- →Data loss prevention egress path discovery
- →Network segmentation validation from each trust zone
Detection engineering feedback
- →Every technique executed, mapped to MITRE ATT&CK
- →Which rules fired, which should have, and why they did not
- →Log source gaps discovered during execution, not in review
- →Telemetry sufficient to detect but not currently correlated
- →False negative analysis on techniques you believed were covered
Identity & privilege paths
- →Attack paths from standard user to tier-0 assets
- →Cloud IAM role assumption and privilege escalation chains
- →Service account privilege audit and credential rotation validation
- →Certificate and key management review
- →Just-in-time and break-glass access enforcement
Infrastructure hardening
- →Container escape and Kubernetes cluster boundary testing
- →Service mesh policy enforcement
- →Secrets management integration and blast radius
- →Host hardening validation against your own baseline
- →Configuration drift between defined and running state
Pipeline security
- →Pipeline poisoning and untrusted input execution paths
- →Artifact integrity from build through to deployment
- →Deployment credential scope and environment separation
- →Registry access control and image provenance
- →Branch protection and review enforcement in practice
Chain construction
- →Low-severity findings combined into demonstrated critical impact
- →Lateral movement path mapping across trust boundaries
- →Exfiltration routes that survive your egress controls
- →Blast radius from each realistic initial access point
- →Persistence mechanisms your tooling does not surface
WHAT YOU CAN DECIDE AFTERWARDS
Which detections to write next
A technique-by-technique record of what fired and what did not is a direct input to detection engineering. It was produced by execution in your environment.
Whether the control you argued for is earning its place
You have budget conversations about tooling. Evidence that a specific product did or did not observe a specific technique changes those conversations from vendor claim against vendor claim.
What to escalate and what you can defend
Independent results let you take a validated gap upward with credibility, and equally let you say a control held when someone above you assumes otherwise.
WHAT YOU RECEIVE
FREQUENTLY ASKED
How do you avoid handing us findings we already know about?+
We ask for your known-issues list, previous reports and current backlog at scoping, and treat that as background. Rediscovering your own backlog is the most common way an engagement wastes a security team's time.
Can you actually get past our controls?+
Sometimes not. When that happens we document exactly what stopped us and at which stage, then continue from an assumed-breach position so the rest of the estate is still exercised.
Do you work collaboratively or blind?+
Either. Collaborative engagements with a shared channel produce more coverage per day and better detection feedback. Blind engagements measure your operations function more honestly. We will tell you which one your objective needs.
How does this feed our detection engineering?+
Every technique executed is recorded with timestamp and ATT&CK mapping, then reconciled against what your tooling produced. The output is a list of techniques with observed telemetry but no correlation rule, which is the practical starting point for the next sprint of detection work.
Have the controls you built attacked by someone who did not build them
Send us your known-issues list and the control you are least confident in. Scoping starts there, not from a template.