Concept · Airspace assurance and control
VECTOR
The OCULUS assurance paradigm applied to a working air traffic control estate. VECTOR watches surveillance, communications, navigation aids, processing, safety nets and the underpinning network across redundant sites, forecasts where the estate will fail over before it happens, and proves that every credible failure degrades safely toward procedural control.
- Systems monitored
- 15
- Degraded
- 4
- Failed
- 0
- Predicted failovers
- 0
System status
Every monitored system with its redundancy model and availability.
Safety nets
Independent alerting that backs the controller. Activations over the last 24 hours.
- STCA Short Term Conflict Alert Armed 2 today
- MSAW Minimum Safe Altitude Warning Armed 0 today
- APW Area Proximity Warning Armed 1 today
- RIMCAS Runway Incursion Monitoring Armed 0 today
Airspace map
Simulated airports across the UK and Europe. Drag the globe to spin it on any axis.
The airspace map needs JavaScript. The status board carries the system states.
- Nominal
- Degraded
- Constrained
- Drag to spin, scroll to zoom, tap a marker for detail
Site and redundancy map
Primary and contingency facilities with live failover state.
The redundancy map needs JavaScript. The status board carries the same system states.
Intelligence console
Ask VECTOR in plain language. It reads redundancy depth and returns a safety impact assessment with time to failover.
VECTOR is watching 15 systems across 8 sites. Ask about a system, a failover, or the risk to separation. For example, “what is most likely to fail over in the next hour”.
Predictive alerts
Forecast events ordered by safety severity, then likelihood.
No predicted events. Run a query or a failover drill.
Risk matrix
Each predicted event by likelihood and safety severity.
Redundancy and failover lab
Inject a failure, set the risk-tolerance band, and watch automatic failover arrest the degradation before the limit.
Run a drill to model the failure against its redundancy.