Constraints differ by sector: multi-tenant isolation, regulatory provenance, air-gapped OT networks. Radiant Nexus runs the same reasoning loop everywhere, configured to the rules you actually operate under.
The same problems break every SOC: too many alerts, identities you can't baseline, and cloud that changes faster than humans can review. Here's how Nexus handles each.
Thousands of low-tier pings bury the signals that matter. Nexus ingests your alert channels, de-duplicates in real time, and assembles a single coherent incident with root cause already established.
Stolen valid credentials trip no rule. Nexus keeps a persistent behavioural baseline for every identity, flagging off-hours access, unusual repositories, and abnormal data volume against what's normal for that user.
Cloud perimeters shift with every API call. Nexus reads identity logs, container audits, and config history, spots IAM privilege escalation, and reverses it through your integrations the moment evidence justifies it.
The reasoning loop is the same. The isolation model, compliance posture, and telemetry it speaks are tuned to where you run.
Supervise high-volume autonomous investigations while Nexus tracks every entity in your estate and learns your environment over time, collapsing redundant alert backlogs continuously.
Run scalable agent constellations behind hard multi-tenant data boundaries. Every client stays isolated while shared intelligence lifts coverage per analyst across the whole book.
Every verdict is recorded with cryptographic provenance and an immutable decision history, the audit trail DORA and PCI DSS reviewers ask for, generated as the SOC operates.
Passive OT sensors read Modbus and ICS streams without touching the control loop. Physics-aware reasoning keeps detection live without ever risking operational downtime.
Deploy fully isolated, on-premise compute that runs against un-routed, physically air-gapped networks, zero-trust by default, with all reasoning kept inside your boundary.
Engineered for high-volume, unfiltered network segments where static signature engines saturate. Dynamic anomaly detection holds up at carrier and campus scale.
Talk to our architecture team about telemetry normalisation, isolation model, and the compliance evidence your stack needs.