Connect your workspace
Sign in token from your Nexus account (Business OS access is sufficient). Tokens stay in page memory for this tab only.
No authenticated workspace.
Nexus detects loss signals across five operating domains by applying visible, deterministic formulas to the records you ingest. Every number carries its methodology; investigations require humans before any corrective execution; verified outcomes need evidence and a distinct approver.
Sign in token from your Nexus account (Business OS access is sufficient). Tokens stay in page memory for this tab only.
No authenticated workspace.
Human-confirmed detections only.
Calculated candidate exposure, not realized loss.
Verified outcomes with evidence and an approving human.
Recorded prevented value with evidence.
Open, under review, executing or verification pending.
Forward-looking signals with explicit evidence limitations.
Lifecycle: open → assign reviewer → decide → link corrective task (created via the standard Nexus pipeline with your task details) → verify → record verified outcome with evidence and a distinct approver.
Registered assets, their live health, and open operational issues derived from your maintenance records. Issues recommend actions with evidence, confidence and estimated exposure — creating a maintenance task goes through the standard approved execution pipeline. Estimated exposure is never a confirmed loss.
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Maintenance intervals passed without a later maintenance record.
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Sum of recorded downtime on maintenance events.
Recorded parts costs on maintenance events.
Estimated exposure · confirmed loss · verified savings (evidence-backed).
Condition, failures, downtime, spend and schedule state, computed from ingested records.
Every finding carries its supporting records, severity, confidence, estimated exposure (never presented as a confirmed loss) and a recommended next action. Issues without an investigation are unresolved.
Structured data from your systems (ERP, POS, maintenance, route ops, finance, contracts). The engine keeps the byte-identical replay idempotent and rejects divergent payloads for the same record reference.
What detection actually consumes. Nothing is written back to your source systems.