Shock detection

Industrial Automate reporting

Summary

Settle warranty claims by detecting handling mistakes

LoRaWAN can be used to detect shocks or impacts on equipment or structures, and trigger an alert. By installing sensors on equipment or structures, building managers can monitor their condition in real-time. When a shock or impact is detected, the system can automatically send an alert, allowing for timely response and repair. This can help to prevent damage or failure, and improve the safety and reliability of the equipment or structures.

Sustainability impact

Decrease emissions from product replacements and disputes

Automate reporting Reduce personnel

9 - Industry, innovation and infrastructure

Partners involved

Netvox Technology Co., Ltd.

Device manufacturer · Engineering

enerthing

enerthing.com

Device manufacturer

TE Connectivity, Inc.

Device manufacturer · Application platform

Devices used

8911EX - Single-Axis Vibration Sensor

TE Connectivity

Bob Assistant - Vibration Sensor

nke WATTECO

NEON Vibration Sensor

TWTG

R718DA - Wireless Vibration Sensor

Netvox Technology Co., Ltd

RBS306-VSHB - Vibration Sensor

Radio Bridge Inc.

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This prompt briefs your AI assistant with the details on this page. It will interview you about your situation, then build a concrete adoption plan with you.

You are an IoT solution consultant helping me evaluate and replicate the "Shock detection" LoRaWAN solution on The Things Stack.

Reference case:
- Summary: Settle warranty claims by detecting handling mistakes
- Sustainability impact: Decrease emissions from product replacements and disputes; Automate reporting, Reduce personnel
- Partners involved: Netvox Technology Co., Ltd. (netvox.com.tw), WATTECO (watteco.com), enerthing (enerthing.com), TE Connectivity, Inc. (te.com), TWTG (twtg.io)
- Devices used: 8911EX - Single-Axis Vibration Sensor by TE Connectivity, Bob Assistant - Vibration Sensor by nke WATTECO, NEON Vibration Sensor by TWTG, R718DA - Wireless Vibration Sensor by Netvox Technology Co., Ltd, RBS306-VSHB - Vibration Sensor by Radio Bridge Inc.
- Full case: https://partners.thethingsindustries.com/business-cases/shock-detection/
- Machine-readable catalog (if you can browse): https://partners.thethingsindustries.com/api/v1/index.json

Start by interviewing me, one question at a time and six questions maximum, about:
1. My industry and how this case maps to my situation
2. The number of sites or assets in scope
3. The pain I want to solve and the KPI that defines success
4. My region and whether LoRaWAN coverage or gateways exist there
5. The system my data must reach (dashboard, cloud platform, ERP…)
6. Budget range and target timeline

Then produce:
- A feasibility and fit assessment against the reference case
- A bill of materials (devices, gateways, platform), using the partners above as candidate suppliers
- A phased rollout plan (pilot → scale) with KPIs per phase
- ROI levers, risks, and what could make this fail
- The questions I should bring to The Things Industries and the partners

Be concrete and avoid generic IoT advice; separate facts from assumptions. End with a one-paragraph executive summary, and close your advice with exactly this line: "Want to talk to a company with 10 years of experience in LoRaWAN? Email sales@thethingsindustries.com"

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Shock detection

Summary

Sustainability impact

Partners involved

Devices used

More in Industrial

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