Governance, Risk & Compliance Automation, Powered by CYRIK AI Assure
CYRIK AI Assure is the GRC module inside CYRIK — one place to map every framework you answer to, generate policies, collect evidence automatically, and see exactly how audit-ready you are. Our analysts review the work; the platform does the grinding.








Your controls live in six places. Your auditor only asks once.
Most compliance programs run on trackers, shared drives, and one person's memory. Evidence goes stale between audits, the same control gets answered four different ways for four different frameworks, and nobody can say what percentage of the program is actually in place.
Duplicate work across frameworks
HIPAA, SOC 2, and ISO 27001 ask for the same controls in different words — and get answered three times.
No live view of readiness
Posture is a guess until fieldwork starts, which is the worst possible time to find a gap.
Evidence collected by hand
Screenshots and exports chased quarter after quarter, then re-chased when the auditor wants them fresh.
Nothing to show leadership
Boards and customers want a number. A folder of policies isn't an answer.
One Control Set. Every Framework Mapped To It.
Most compliance programs run on trackers, shared drives, and one person's memory — so the same control gets answered four different ways for four different frameworks. Assure keeps a single unified control library and maps it everywhere it applies.
- Answer a control once — it maps across HIPAA, HITRUST, SOC 2, PCI DSS, ISO 27001, ISO 42001, NIST, CMMC, and FedRAMP
- Add a new framework and inherit the work you have already done
- See one readiness score for the whole program, not a folder of documents

Our own AI engine, not a chatbot with a security prompt.
SYLAS is a purpose-trained large language model built for offensive security and compliance work, running on infrastructure we control. Every CYRIK module is built on it, which is why the platform reasons about your environment instead of matching signatures against it.
Domain-Trained, Not Prompted
The security domain is in the model weights, trained on real-world attack telemetry rather than instructed into a general assistant.
Self-Hosted by Design
Inference runs on infrastructure we own and operate. Your data never transits a third-party AI provider, and no customer data trains an external model.
Scope Enforced in Code
Testing boundaries are enforced at the tool layer, not by asking a model to behave. Active exploitation sits behind an explicit human approval gate.
Human Assurance Layer
Certified security professionals validate findings before they reach you, and every action the engine takes is traced and replayable.
Everything Your Compliance Program Needs
Framework mapping, policy generation, evidence collection, and live readiness scoring — in one module, operated alongside your team.
Framework Mapping
A unified control library mapped across every framework in scope, so one answer satisfies all of them.
Policy Generation
Policies and procedures drafted against your controls in your organization's language, then reviewed by an analyst.
Automated Evidence Collection
Evidence pulled on a schedule and attached to the controls it satisfies, so the audit package assembles itself.
Readiness Roadmap
Your program broken into phases with a live completion score, so you always know what is done, partial, or a gap.
Gap Analysis Summary
An auditor-ready report of every control assessed, its status, and the remediation owed on each one.
Analysts in the Loop
A named Privaxi team validates the output, owns the remediation plan, and sits with you through fieldwork.
From first assessment to continuous assurance
Scope & assess
We set the frameworks in scope and run a baseline assessment against the unified control library.
See the gaps
The Gap Analysis Summary shows every control as compliant, partial, or a gap — with the remediation owed on each.
Remediate on a roadmap
Work is sequenced into phases with owners and dates. Policies get generated, evidence gets wired up, controls close out.
Stay audit-ready
Evidence keeps collecting and readiness keeps scoring between audits, so the next one is a review rather than a rebuild.
One operating model across the CYRIK platform
CYRIK AI Assure governs the program. CYRIK AI Recon tests the perimeter. CYRIK AI Shield watches the environment. The findings feed the same control set, so testing and monitoring become compliance evidence instead of separate projects.
CYRIK AI Recon — Pen Testing
Continuous penetration testing as a service, validated by analysts. Findings land as evidence against your controls.
CYRIK AI Shield — SIEM
Managed SIEM and SOC as a service with 24/7 coverage, satisfying the monitoring and logging controls your frameworks require.
CAMP — Continuous Assurance Management Program
The managed service wrapped around Assure, for teams who want Privaxi to run the program end to end.
Compliance for Every Stage
CYRIK AI Assure scales with you, from foundational compliance like NIST and PCI-DSS to advanced, multi-framework programs including HITRUST, HIPAA, SOC 2, and beyond.
Startups
Secure your first customers and pass audits with speed and clarity.
Growing Teams
Scale frameworks, expand into new markets, and stay nimble under pressure.
Enterprises
Increase visibility and reduce risk across complex, distributed teams.

Governance, Risk, and Compliance—Without the Spreadsheets
CYRIK AI Assure was built for security-conscious teams that need more than a dashboard. Assure runs the program, Shield watches the environment, and Recon tests it continuously, all on the SYLAS engine, with Privaxi practitioners accountable for what the platform reports.
- One platform for governance, monitoring, and testing
- Evidence collected continuously, not reconstructed before an audit
- Findings validated by people before they reach your team
- An AI engine we built, host, and stand behind
No complexity. No clutter. Just the tools you need to get the job done right.
See CYRIK in Action
Walk through Assure, Shield, and Recon with the team that operates them. Book a demo and we will show you the platform against a real program, not a sandbox.
