Establish a local link.
Place suitable portable or vehicle-based equipment where teams operate. Coverage depends on antenna position, terrain, buildings and the selected radio system.
5G NETWORK SOLUTIONS THAT EMPOWER YOUR BUSINESS AND SOLVES CRISIS COMMUNICATION
INDUSTRY SOLUTIONS · EMERGENCY COMMUNICATIONS
When conditions change,
keep teams connected.
Explore deployable communication architectures for incident sites, remote operations and locations where established networks are disrupted or unavailable.
PLAN FOR DISRUPTION
When power, access and
communications are interrupted.
Emergency operations may face disrupted transport links, electricity and established communications at the same time. A workable response design connects people in the field with the information and coordination they need.
Connect the command chain.
Bring field connectivity back to a mobile command post and, where required, onward to remote coordination through an available transport path.
Keep the system supportable.
Plan independent power, compatible devices, access policies and the people who will deploy, monitor and recover the network.
FOUR RESPONSE ENVIRONMENTS
Different terrain.
A shared need to coordinate.
The deployment should follow the incident conditions and the tasks of the response team. Expand each scenario to see the communication priorities.
01Tunnels & mine incidentsBring connectivity towards the working area.
A tunnel or mine incident creates difficult radio conditions and restricted access. The reference concept considers deployable emergency stations, ad hoc networking, aerial assistance and satellite relay as parts of the wider response architecture.
Plan the forward link
Locate the initial station at a safe staging point. Evaluate where relay nodes are needed as teams move towards the working area; rock, bends and structures can interrupt radio paths.
Connect the command post
Define the traffic that must reach the command point: team coordination, incident video or sensor readings. Choose the onward connection around what remains available.
Check the deployment constraints
Assess power, access, environmental protection and device suitability. Equipment for hazardous locations needs the appropriate project-specific suitability assessment.
02Forest fire operationsLink forward teams with mobile command.
Forward-deployed or backpack-carried stations can link with communication vehicles and a command post. Suitable aerial assets can add a view of the operating area when integrated into the response architecture.
Follow the operating area
Map staging areas, crew routes and likely changes in the incident boundary. Position radio assets with terrain and safe access in mind.
Bring the picture together
Video, location information and field reports can support a shared incident view when the devices, applications and links are designed to work together.
Prepare for movement
Plan how teams relocate equipment and maintain power during long operations. Reassess coverage when the command post or forward teams move.
03Flood rescueCoordinate the water and land response.
A boat-based forward station can work with compatible ad hoc nodes and communication vehicles to connect mobile rescue teams with coordination on shore.
Connect boat and shore teams
Consider the operating area, antenna positions, vessel movement and the communications path back to the shore command point.
Prioritise useful traffic
Select the services the crew needs: coordination, incident imagery, positioning or equipment data. Define bandwidth and service priorities before deployment.
Account for the environment
Plan protected equipment mounting, battery endurance, water exposure and safe handling. Test the complete installation in appropriate conditions.
04Urban incidentsExtend communications into complex sites.
In built environments, forward stations, suitable aerial assets and communication vehicles can work around a mobile command post. The network must address obstructed streets, structures and changing working zones.
Work around obstructions
Identify blocked paths and indoor-to-outdoor transitions. A site assessment determines whether repositioning, additional nodes or another radio approach is required.
Share the operational view
Connect compatible cameras, field terminals and situational-awareness applications through agreed access and routing policies.
Coordinate the complete response
Define how local teams, mobile command and off-site coordination exchange information. Confirm interfaces and fallback arrangements before an incident.
FIELD TO COMMAND
A connected response
has more than one layer.
Endpoint equipment, deployable networks, transport links and command applications have distinct roles. This simplified view shows how they fit together.
Conceptual architecture. Local services and onward communication are planned separately. Satellite, microwave and fibre are transport options selected for the operation.
CHOOSE THE DEPLOYMENT FORMAT
The right equipment
in the right place.
Portable station
For local coverage at a temporary site or forward operating point. Plan equipment weight, setup location, antenna support, power and connected terminals.
Vehicle-mounted equipment
For mobile teams or a transportable coordination point. Vehicle installation, antenna layout and the required operating mode need to be defined together.
Ad hoc communication
For compatible nodes that extend connectivity between field locations. Assess line of sight, node spacing, topology and end-to-end capacity.
MAKE THE SYSTEM WORK TOGETHER
From field information
to a shared operating picture.
A communication link becomes useful when the right people can use the information it carries. Mapping, voice and video coordination, data exchange and command interfaces need to work as parts of the same operational workflow.
Identify the required applications before choosing the network configuration. Define who can access each service, how data enters the command platform and what happens if a link is interrupted.
- Device and subscriber identity management
- Authorised voice, video and data applications
- Routing and access between local and remote systems
- Network visibility, alarms and operational ownership
READINESS IS PART OF THE SOLUTION
Plan before the equipment leaves the vehicle.
01 · Coverage, terrain and radio permissions
Define the work area, likely obstructions, device movement and required service. Confirm locally permitted spectrum and compatible terminals. Evaluate the actual antenna installation and the complete radio path.
02 · Power, transport and endurance
Record power consumption, the intended supply and the required operating time. Include charging, battery exchange, cable protection and the capacity of the selected onward link.
03 · Applications, priorities and access
Identify essential traffic and the people authorised to use it. Agree service priorities, integration interfaces and the handling of recordings or sensitive operational information.
04 · Training, testing and recovery
Assign deployment and support roles. Rehearse setup, device onboarding and fault recovery. Validate the system against the expected environment and maintain a clear fallback plan.
FROM A CONCEPT TO AN OPERATIONAL SYSTEM
Read more about portable 5G in emergency response Validate coverage, applications and recovery together. The real test is whether the complete workflow supports the team.
PLAN FOR THE CONDITIONS
Build your next
field connection.
Start with the mission, the terrain and the information your teams need to share. Let’s discuss a deployment architecture and the equipment behind it.