Delivers beam-level, satellite-aware monitoring aligned to dynamic NTN coverage models.
Hybrid TN–NTN Service Assurance
Enables unified service impact and performance tracking across terrestrial and non-terrestrial domains.
Satellite pass–Aware Operations
Aligns monitoring and provisioning workflows with satellite movement, scheduling, and service windows.
Dynamic NTN Service Enablement
Supports scheduled activation, configuration, and lifecycle control of NTN services and cells.
Future-Scale NTN Operations Foundation
Provides an operational platform ready for large-scale LEO constellations and space–terrestrial convergence.
Engineered for orbital network dynamics
Ephemeris-Driven Topology
Enables real-time network mapping using satellite orbital data (TLE/Ephemeris), ensuring the operational view aligns with the physical state of the constellation.
Predictive Handover Analysis
Predicts feeder-link handovers between ground stations and satellites to manage service continuity risks before user impact.
Doppler & Latency Compensation
Optimizes service assurance by accounting for variable latency and Doppler effects inherent in space-based communications.
Unified Resource Inventory
Unifies physical ground assets and orbiting logical resources into a single system of record for coordinated management.
Unified operations for terrestrial and non-terrestrial networks
As terrestrial and non-terrestrial networks converge, operations require a unified model. Explore how NTN operations can be managed alongside existing network environments.
Ready to operate satellite and terrestrial networks as one?
Manage NTN and terrestrial networks together with unified visibility, satellite-aware operations, and automation designed for dynamic coverage and orbital complexity.
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