Defense via reproducible attack chains.
Receipt-witnessed detection.
MITRE ATT&CK as the substrate. BAS as the surface. The cyber range as IaaS — an offensive-capability playground for the regulated stack.
Two ways in
One scenario. One artifact.
A wire instruction passes BEC, DKIM, SPF, DMARC.
Title company's email domain checked against ATT&CK BEC patterns. Sender authenticated. Body fingerprint vs. 2026 wire-fraud campaign: no match. The wire instruction is signed and dispatched. 0.9 joules.
ATT&CK matrix tied to detectors.
Click a technique. See the detector that covers it. Pick a detection event, walk back to the receipt it produced.
The receipt
Every operation. Every joule. Signed.
This is what CyberSecurityOS returns. Not just a result — a signed JWP ReceiptPayload with the energy consumed, the standard cited, and the cryptographic signature that makes it audit-grade.
What this platform believes
Three statements. Each is the proof of the next.
Title company's email domain checked against ATT&CK BEC patterns. Sender authenticated. Body fingerprint vs. 2026 wire-fraud campaign: no match. The wire instruction is signed and dispatched. 0.9 joules.
Watch it happen →Click a technique. See the detector that covers it. Pick a detection event, walk back to the receipt it produced.
Open the artifact →Same identity, same format, same billing unit (joules), same wire transport. CyberSecurityOS ships the part that handles defense.
See the receipt format →