Cases

To locations where communication is prone to instability

In logistics, manufacturing, and facility settings, communication quality can vary significantly due to the interplay of metal, shielding, numerous wireless devices, and surrounding communications that cannot be controlled by the company itself.

Challenge Summary

Three communication challenges lurking in the field

Metal/shielding/reflection

Metal shelves, equipment, and transported items cause reflections and obstructions, resulting in variations in how they reach their destination depending on the location.

High-density wireless congestion

A large number of terminals, sensors, transport equipment, and mobile objects are concentrated in the same space, causing radio wave congestion.

Uncontrollable surrounding communications

Communication from outside the company's own equipment or from adjacent areas, which is beyond the company's control, affects the quality of the network.

Solution Units

HAROAH's research and development areas

Communication feasibility in high-density environments

This addresses the challenge of establishing necessary communication in environments where numerous terminals, sensors, and transport equipment exist in the same space.

Communication stabilization in metallic environments

This service targets locations where radio wave reflection and shielding occur due to metal shelving, racks, kitchen equipment, manufacturing equipment, etc.

Introduction to sites with mobile equipment

This product is suitable for workplaces where communication conditions change due to the movement of AGVs/AMRs, forklifts, trolleys, and people.

Stabilizing the acquisition of on-site data

This addresses the challenge of unstable field data acquisition in environments where communication quality varies depending on location and time.

Applications

Target site

Logistics Center

In environments where numerous terminals, sensors, and transport equipment are gathered, the communication environment is constantly changing.

manufacturing line

The environment is prone to communication reflection and shielding due to the placement of metal equipment and devices.

Facilities with many metal shelves

In environments with many racks and storage shelves, communication quality can vary significantly depending on the location.

Kitchen and backroom

This environment, with its concentration of metal equipment, people, and machinery in a limited space, is prone to unstable communication.

AGV/AMR in action

For environments where the communication target and interference source are constantly moving, we provide communication reliability that takes environmental changes into account.

Use Case Flow

Image of use in the field

This process is not about selling a finished product, but rather about understanding the field, moving from proof-of-concept (PoC) to social implementation. It emphasizes on-site verification, focusing on PoC and collaborative testing.

01

Consultation

We will conduct interviews to understand on-site challenges, target equipment, and expected operational requirements.

02

On-site survey

We will organize the communication environment, equipment configuration, metal environment, and operating conditions.

03

PoC/Joint Verification

We will verify communication feasibility and system requirements in a real-world environment and jointly improve any issues.

04

System Design

Based on the PoC results, we will design and optimize the system to suit on-site conditions.

05

Application and Deployment

We will proceed with its application to actual operations and its gradual rollout.

Please contact us regarding your on-site communication challenges.

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