RESCUE / SEARCH
Bring search information from the field.
Share camera feeds, location and sensor data with response teams. Define information priorities and traffic needs to connect field activity with operational decisions.
RESCUE / SEARCH / PROTECT
Rescue. Search.Protect.Stay connected.Rescue. Search.Protect.Stay connected.
Bring field video, location and equipment data to the people who respond. Combine 5G/LTE, resilient paths and edge processing around the task.
01 / FIELD APPLICATIONS
The information teams need.Where they need it.The information teams need.Where they need it.
From rescue and disaster response to island and coastal operations. Work with public agencies, infrastructure operators and security and defense developers to define connectivity around each application.
DISASTER / DEPLOYMENT
Keep teams connected as sites move.
Connect vehicles and temporary bases for disaster response. Select available public 5G/LTE or a local private 5G deployment, and plan power, antennas and upstream connectivity together.
COAST / ISLANDS
Link coastal activity with shore teams.
Support island information sharing, harbor monitoring and rescue vessels. Evaluate shore coverage, distance, antenna height, line of sight and hull obstruction for a viable bidirectional link.
DRONES / UNCREWED SYSTEMS
Bring aerial information to response teams.
Explore video, status monitoring and remote operation for civilian and defense uncrewed systems. Define video and command requirements separately, then evaluate latency, jitter, uplink capacity and loss-of-link behavior.
Share conditions beyond direct sight.
Design links that bring field video and status to response teams.
Connect coastal activity with shore teams.
Evaluate coverage from radio sites, line of sight and antenna placement.
02 / FIELD TO RESPONSE TEAM
Collect in the field.Process at the edge.Inform the response.Collect in the field.Process at the edge.Inform the response.
From cameras and sensors to local processing and upstream delivery, IDY designs communications, RF and edge processing as one architecture.
Cameras, sensors and equipment
Collect video, location and status. Define interfaces and reporting rates.
iR800B / iR730B / iS201B
Task-specific processing on iR800B, suitable 5G/LTE access and project-specific link redundancy.
Response teams and approved systems
Manage authentication and destinations. Prepare monitoring, records and updates for information sharing.
Bring field information to the people who respond.
Define traffic, latency, priorities and disconnection handling between equipment and users. Work with application, vehicle and equipment teams to design a usable operational workflow.
03 / WHY 5G + EDGE
Turn capacityinto usablefield connectivity.Turn capacityinto usablefield connectivity.
Connect capacity, deployment flexibility and local processing to practical value, then validate the required scope on real equipment.
ACCESS
Choose access for the location.
For public 5G/LTE, verify coverage and subscription conditions. For private 5G, plan radio access, core, spectrum and operations. Confirm usable paths and deployment requirements per site.
RESILIENCE
Design beyond a single path.
Select the link architecture, including iR800B with iS201B where appropriate. Assess shared radio sites, upstream networks and power across subscriptions; test link switchover and application reconnection together.
EDGE
Process locally. Send what matters.
Design task-specific applications on iR800B for equipment data collection, formatting, notification and approved relays. Define buffering, retries, processing load and destinations across the edge and upstream systems.
04 / THE IDY APPROACH
Bring industrial engineeringto new field applications.Bring industrial engineeringto new field applications.
IDY focuses on adding connectivity to existing equipment and combining processing with suitable paths. This approach has points of alignment with Japan’s Ministry of Defense direction on civilian technology and communications infrastructure.
| IDY | Operational | Related |
|---|---|---|
| Prototype and evaluate using existing 5G products | Define connectivity early and progress to system evaluation | Ministry of Defense: early adoption of advanced civilian technology |
| Design multiple paths and distribution around requirements | Assess shared failures and prepare operational alternatives | Next-generation information and communications strategy: multiple networks and redundancy |
| Integrate private 5G with field systems | Tailor information sharing to security, logistics and training | Ministry of Defense: digital transformation for base security, logistics and training |
IDY
Prototype and evaluate using existing 5G products
- Operational
value - Define connectivity early and progress to system evaluation
- Related
public direction - Ministry of Defense: early adoption of advanced civilian technology
Design multiple paths and distribution around requirements
- Operational
value - Assess shared failures and prepare operational alternatives
- Related
public direction - Next-generation information and communications strategy: multiple networks and redundancy
Integrate private 5G with field systems
- Operational
value - Tailor information sharing to security, logistics and training
- Related
public direction - Ministry of Defense: digital transformation for base security, logistics and training
05 / PRODUCTS & FIELD PRO
Choose productsaround field requirements.Choose productsaround field requirements.
Define processing, access and installation requirements, then select an architecture based on iR800B, iR730B and iS201B. Explore FIELD PRO for project-specific temperature, security and evaluation requirements.
5G EDGE GATEWAYiR800B
10GbE 5G Edge Gateway
10GbE, edge processing, multi-link resilience and WISE CONNECT® expansion in one platform.
View base product specifications →
INDUSTRIAL 5G EDGE GATEWAYiR730B
Industrial 5G Edge Gateway
Release 16, 5G/LTE, industrial I/O and WISE CONNECT® expansion in a compact platform.
View base product specifications →
5G USB MODEMiS201B
5G USB Modem
Add an independent 5G path to existing systems for higher bandwidth and two-active-link resilience.
View base product specifications →IDY
Engineer for the demands of the field.
Explore project-specific requirements based on iR800B, iR730B and iS201B: temperature, security and agreed shipment verification.
06 / DESIGN QUESTIONS
Start with the locationand the activity.Start with the locationand the activity.
Where will you operate, what will you send and who needs it? Turn these questions into architecture and evaluation criteria.
Why choose 5G alongside wired networks or Wi-Fi?
Choose around mobility, deployment and traffic needs, such as vehicles, temporary bases and video. Compare dedicated private 5G coverage with public 5G/LTE access according to the location and operating model.
How is coastal or island coverage assessed?
Check radio sites, spectrum, antenna heights, line of sight, hull or terrain obstruction and both link directions. Combine desktop planning with field measurements to define the operating area and alternate paths.
What is evaluated for drone connectivity?
Specify video, telemetry and command requirements separately. With the aircraft and control-system teams, evaluate radio quality in motion, latency, jitter and safe loss-of-link behavior, plus installation and radio authorization conditions.
Can we discuss security and defense projects?
Discuss connectivity for facilities, vehicles and deployable equipment, or integration into existing systems. Define temperature, power, electromagnetic, security and maintenance requirements, then explore project-specific evaluation with IDY FIELD PRO.
NEXT / DESIGN YOUR FIELD CONNECTION
Define the connectivityyour field operation needs.Define the connectivityyour operation needs.
Tell us about the location, equipment and information to share. Explore access, devices, antennas and edge processing for evaluation and operation.