Ausper believes in next-generation GRC: cybersecurity posture captured in real time, systems affected realized in real time, and documents that are views of live data — not the data itself.
Figures illustrate the operating model, not a customer deployment.
Point-in-time GRC answers "were we compliant?" Next-generation GRC answers "are we defended, right now?" These panels show the difference.
A control verified last quarter is a memory. Posture is something you observe, not something you attest. Our position, argued.
Scans, configs, and control status flow from pipelines into the record automatically — the SSP becomes a view of live data. How continuous ATO works.
When a finding lands, "which systems are affected?" should take seconds through the dependency graph — not a meeting. GRC as a system.
Picture an operations environment that behaves like a live system, not a monthly report: a vulnerability lands and you see — instantly — every system it touches through the dependency graph. Isolate it in real time. Contain it in real time. No ticket queue, no scan-cycle delay, no waiting on a document. That is holistic security in real time — and the road there is automation: evidence, impact, and response wired together through live connections, so the picture is never older than the threat.
This is where our delivery is heading — built on ServiceNow IRM, compliance-as-code, and the automation patterns in our framework deep dives. Beta because we're building it in the open, with mission customers.
Tell us your stack — we'll show you what real-time posture looks like on it.
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