Two purpose-built workspaces.
One operations platform.
NOC for the team that keeps the network running. SOC for the team that keeps it safe. Same pod. Same audit trail. Same identity, session, and credential model.
NOC Workspace
Continuous health monitoring, configuration drift detection, IPAM, credential vaulting, session recording, and intelligent alert triage. Right-sized from 5 devices to 500+.
- Device health & reachability
- Configuration backup & diff
- Credential vault + rotation
- Session recording & playback
SOC Workspace
Unified detection, response, and forensics across endpoints, network, and cloud. Correlated alerting with chain-of-custody logging that holds up under audit and incident review.
- Threat detection & correlation
- Incident response runbooks
- Chain-of-custody forensics
- Compliance-ready audit exports
How the workspaces fit together
Short, specific answers — written so they can stand alone when quoted by an AI search engine or cited in a compliance review.
What is the difference between a NOC and a SOC?
A Network Operations Center (NOC) exists to keep infrastructure running. NOC analysts monitor device health, bandwidth, configuration drift, IP address allocation, and credential lifecycle. Their success metrics are availability, mean-time-to-repair, and SLA adherence. A Security Operations Center (SOC) exists to keep bad actors out. SOC analysts monitor logs, correlate alerts across endpoints and network, perform forensics, and respond to incidents. Their success metrics are mean-time-to-detect, mean-time-to-respond, and dwell-time reduction. Most enterprises run them as separate teams with separate tools, which creates communication gaps during incidents. Innovexus runs both in the same tenant pod so network and security signals correlate in real time rather than over email and ticket handoffs.
Can one team run both the NOC and SOC workspaces?
Yes, and many Innovexus customers do. For managed service providers and smaller IT teams, a single engineer can carry both hats with context-preserving switches between the NOC and SOC workspaces inside the same dashboard. Role-based access control applies at the workspace level, so organizations with dedicated teams can enforce separation of duties while still sharing the underlying identity, session, and audit surface. The platform-wide benefit is that an alert observed in the SOC workspace retains the full NOC-side context (device identity, recent configuration changes, session history) automatically — no cross-team handoff is needed to start triage.
What does the unified audit trail cover?
The unified audit trail spans four layers. Identity layer records every authentication event with the hardware-backed identity behind it. Session layer records every privileged session — SSH, console, web UI, API — tied to the opener and the device scope. State layer snapshots every configuration change, before and after, linked to the session that caused it. Evidence layer appends every record above into an immutable, cryptographically ordered store that is exportable on demand in the format SOC 2 auditors expect. Because all four layers write to the same store in the same clock domain, producing evidence for a specific control becomes a single query rather than a cross-system investigation.