A Single, Complete View for Network Infrastructure

It's a network infrastructure monitoring platform. Links, equipment, private networks and terrestrial or satellite connectivity are tracked in real time in a single view, with maps, topology, history and centralized alarms in the same environment.

Critical networks combine equipment, links and technologies from different vendors. Without a unified view, failures are noticed late, diagnostics require multiple tools, and the team wastes time tracking down the source of an outage. NMS.ONE turns a heterogeneous infrastructure into an observable, manageable operation.

Collection is multiprotocol, covering both equipment status and traffic behavior:

• SNMP and ICMP
• Syslog
• Third-party APIs
• MQTT
• NetFlow
• Equipment and services from different manufacturers

No. The platform integrates routers, switches, firewalls, access points, servers, radios, microwave links, fiber optics and LTE/5G networks from different manufacturers, making use of the infrastructure already installed. The idea is to add a common layer over what exists, not to rebuild your fleet.

The indicators arrive ready to track the behavior of each asset and the link that supports it:

• Availability, latency and packet loss
• Bandwidth usage
• Signal strength and link quality
• Service stability
• Maps, topology and dependencies between assets
• History and trend and capacity indicators

Alarms are triggered by failure, degradation, unavailability or a configured threshold, and are centralized in one place. The platform correlates current performance with history and related alarms, so the team can act on degradation before it becomes a full outage.

Instead of opening several tools, the team sees the affected point and its impact on the topology:

• Shows the affected point and what depends on it
• Correlates current performance, history and alarms
• Reduces mean time to identify and respond
• Supports local teams, NOCs and distributed operations

Yes. Besides terrestrial links, NMS.ONE tracks satellite connectivity, including Starlink and Amazon Leo, subject to each service's interface and data availability. Terrestrial and satellite links appear in the same view, making it easier to compare paths and understand the behavior of sites with converged connectivity.

In environments that depend on links and equipment essential to operational continuity:

• Industries and mining operations
• Farms and forestry
• Highways
• Telecom and service providers
• Remote operations and unattended sites
• NOCs and distributed operations

The platform is built for dispersed infrastructure. Tracking by map, by site and by topology keeps every point visible even when it's far from the operation's center, and degradation alarms flag the problem before anyone has to travel without knowing what they'll find.

Yes. History and indicators are preserved for trend analysis, capacity planning and incident investigation, letting you compare periods and back decisions about links and equipment with data from your own operation.

Yes. The same environment scales by site, network, customer, region and technology, without rebuilding what's already in production. A pilot with a handful of links and an infrastructure spread across several regions live on the same platform.

No. The dashboard is built for direct operational use: map, topology, indicators, history and alarms on a single screen, with a quick view of what matters to whoever tracks the network day to day.

Access is controlled end to end and every event is logged:

• Access control by role, team, customer and environment
• Logging of events, alarm acknowledgments and changes
• Protected communication between collectors and the platform, depending on the architecture
• Logical segregation for multiple networks and operations
• History preserved for audit and incident analysis