Security leadership
A defensible posture needs evidence that survives the next change.
You do not need another statement that controls exist. The harder job is proving that exposure is continuously tested, material findings are remediated, and the fix still holds when attacked again.
The gap
You are accountable between audits, not only during them.
The security program already has scanners, policies, penetration tests, risk registers, endpoint and identity controls, remediation tickets, audit evidence and customer questionnaires. Those systems are necessary.
The problem is the period between the artifacts. Applications change, permissions drift, credentials leak, SaaS integrations accumulate, and AI systems are introduced and retrained.
Are the paths that matter actually closed today?
Evidence
Proof over probability
A possible weakness is useful input. A proven security outcome is stronger evidence. Depending on the surface, RedMaw shows:
- The application or identity affected
- The adversarial technique
- The action that succeeded
- The access or information reached
- The remediation target
- Reproducible technical evidence
- The retest result
Where supported, evidence is signed and tamper-evident. Session recording and replay let your team inspect how a finding was produced rather than take it on trust.
Four surfaces
Your org chart divides by technology. Attackers do not.
Applications
Web applications, APIs, authentication, authorization, secrets and business logic.
SaaS & Identity
Roles, permissions, OAuth, sharing, credentials and customer-controlled SaaS posture.
Internal Infrastructure
The assumed-breach question: if something is compromised, what does that foothold create?
AI Systems
Prompt injection, disclosure, jailbreaks, control bypass, endpoint posture and security regression after model changes.
Roadmap: not shipped
- Automated Active Directory attack-path discovery
Cadence
Keep the security state current.
RedMaw runs on a schedule and responds to deployments. AI security testing can also be triggered after model changes. That creates a repeatable record of scope, tests, validated findings, remediation, retests, closure and recurring exposure.
The point is not “scan more often.” It is that the security state does not go stale between assessments.
Closure
Close by re-attack
A ticket status is not proof that a vulnerability is gone. When the team says the issue is fixed, RedMaw re-runs the attack.
The exploit no longer works
The exploit still works
The finding remains open or reopens, with current evidence of what still succeeds.
Reporting
Board reporting should explain exposure, not tool volume.
A board does not need the alert count from the security stack. The useful questions are different:
- Which exposures were proven?
- What sensitive systems or data were reachable?
- Which material findings remain open?
- Which were remediated?
- Which fixes were re-tested?
- Is the testing program continuous?
- Where is capability still planned rather than current?
The report builder produces executive and technical views from the same security state, so the board version and the engineering version cannot drift apart.
Detection
Detection validation: where we actually are
Detection coverage is a legitimate CISO question, and the honest answer today is that RedMaw does not answer it yet.
The intended direction is straightforward: compare what RedMaw did with what the defensive stack observed. That comparison is planned, not shipped.
Roadmap: not shipped
- Detection-gap scoring
- SIEM / EDR integration
- Attack-vs-detection timeline
Operating model
Run the platform, or run the program with us.
Self-serve: your team runs testing directly. Managed: RedMaw operators run and triage the program while you control authorization, scope and remediation. Dedicated: dedicated hosted deployment, regional hosting, customer-controlled key options and secure outbound connectivity.
Not generally available
In-tenant sovereign deployment is a future option under discussion. It is not part of the standard deployment menu today.
Outcome
What changes for the CISO
Not a longer list of possible problems. A shorter list of proven ones, and evidence that the fix held.
- Evidence behind validated findings
- A stateful remediation lifecycle
- Continuous and deployment-triggered testing
- One security model across four surfaces
- Managed delivery when staffing is constrained
- Compliance-oriented evidence
- Executive reporting from the same security state
- Re-attack as the closure mechanism
- Explicit scope, authorization and approval controls
Other roles