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Network Layer

Visualise multi-radio networks in one workspace

Unmanned operations depend on radio networks that span multiple vendors, frequencies, and protocols. Without a unified view, network problems are invisible until they disrupt a mission.

Radio Visualiser is a network monitoring platform that discovers, maps, and tracks multi-radio deployments from a single centralised workspace.

Who Radio Visualiser Is For

R

Radio Operators

Deploy and maintain multi-radio networks supporting unmanned operations in confined environments.

→ Needs a unified view of all radio devices, links, and conditions across vendors and frequencies.

U

UAV Operators

Rely on radio networks for video, telemetry, and control during GPS-denied missions.

→ Needs to understand when network conditions are degrading before they affect mission performance.

N

Network Engineers

Design, test, and validate RF communication architectures for subterranean deployments.

→ Needs real-time topology and link data to identify single points of failure and plan redundancy.

Capabilities

Automatic Discovery

Detect and enumerate radio devices across the network without manual configuration. New devices are identified and mapped as they appear.

Network Management

Configure devices, apply settings, and update firmware from a centralised interface — across the entire deployment without switching between vendor tools.

Network Topology

Visualise the physical and logical topology of multi-radio networks. Understand how devices connect, spot single points of failure, and plan redundancy.

Link Monitoring

Track signal strength, throughput, latency, and packet loss across every radio link. Identify degradation before it affects operational performance.

Multi-Radio Configuration

Manage mesh radios, point-to-point links, and mixed-vendor deployments from a single interface — no switching between proprietary tools.

Alert & Event Logging

Set thresholds for signal degradation, packet loss, and latency. Receive alerts when link conditions cross critical boundaries during operations.

How It Works

From raw environment data to actionable outcomes in three steps.

1

Discover

Scan the Network

Radio devices across frequencies, vendors, and protocols are automatically detected, enumerated, and placed on a live topology map.

2

Monitor

Track Link Health

Signal strength, throughput, latency, and packet loss are monitored continuously. Degradation is surfaced before it interrupts operations.

3

Manage

Configure and Respond

Operators adjust settings, reroute traffic, and resolve issues from a centralised workspace — keeping the network healthy throughout the mission.

Why We Built Radio Visualiser

This product exists because conventional approaches fail in the environments where it matters most.

01

No visibility across networks

Multi-radio deployments span different vendors, frequencies, and protocols. Without a unified view, operators cannot assess overall network health or identify cross-system issues.

02

RF conditions are unpredictable

In constrained environments, RF propagation is affected by physical obstructions, interference, and multipath effects. Conditions change as deployments move or environments shift.

03

Troubleshooting wastes critical time

When network issues occur during operations, diagnosing the root cause across multiple radio devices and links without a centralised tool delays the entire mission.

Deployed With

Good Friday Robotics

"Subterranean has really helped us to achieve predictable and controllable flights in really tough conditions"

Environmental Techniques

"Subterranean provides us with accurate survey data that has enabled us to deliver a reliable inspection service for our customers"

Uisce Éireann

"Subterranean enables us to understand the condition of our Victorian-era sewer system so we can deliver reliable services for our customers"

Start Monitoring Your Network

Sign up for early access or download the datasheet to see how Radio Visualiser fits into your deployment stack.