Trust Begins with Infrastructure
Radiant Catalyst provides an immutable, end-to-end audit plane to securely track every compute action across your massive-scale AI environments.
A transparency-first approach to infrastructure auditing
In massive, high-stakes Al environments, transparency acts as the ultimate security perimeter for your entire organization.
Traceability
Auditing provides verifiable evidence of who initiated each action, what resources were affected, and when it occurred.
Accountability
With signed, immutable logs, organizations can confirm that policies were followed and roles enforced.
Compliance
From SOC 2 to ISO 27001 to NIST, most frameworks mandate reliable audit trails of privileged access, system configuration, and data handling.
Operational Insights
Beyond compliance, audit data reveals patterns of usage, inefficiencies, and anomalies that improve platform reliability.
A unified audit plane across the stack
End-to-end Timeline
Administrators can consolidate distributed compute logs into a single, unified oversight plane.
Full Stack Coverage
Virtual machines, Kubernetes workloads, supercomputers, and inference endpoints all flow into the same audit plane.
Consistent Metadata
Every system event is deeply enriched with consistent fields like tenant IDs, human-readable resource names, and precise timestamps.
Secure, Immutable, and Scalable
Behind the scenes, Radiant’s audit engine is built for security and scale.
Immutable Storage
All audit entries are written to append-only, preventing tampering.
Access Control
Multiple tenancy modes help you deploy both public and private AI clouds, and cover a large addressable market.
Retention Policies
Integrated within the platform with bare-metal level performance. No off-platform isolation andno performance tax.
SIEM Integration
Integrated within the platform with bare-metal level performance. No off-platform isolation andno performance tax.
A ledger for system and user activity
Every Action is Auto-Captured
Logins, resource changes, role updates, billing events, and system operations are all recorded.
Resource Lifecycle is Precisely Tracked
Provisioning, suspension, resumption, reboot, and deletion events carry millisecond-level timestamps.
Every Event is Attributed
Each entry identifies the user or system responsible for the action.
