Elderly Telecare Solution

GPS Alarms & SOS Devices for Seniors Living Independently

A complete elderly telecare solution that combines GPS SOS devices, AI fall detection and LoRa home hubs, designed for telecare providers, senior living communities, home care agencies, monitoring centers and government programs that want to protect seniors who age in place.

Why Elderly Telecare Still Hard To Get Right

Even with many personal alarms and GPS trackers on the market, providers still struggle to deliver reliable, scalable services for seniors who want to live independently.
Why usual GPS trackers & panic buttons are not enough

Cheap consumer devices are not designed for frail seniors, 24/7 monitoring or long-term care contracts. This section explains the gap.

 
Business impact for B2B buyers
For telecare providers, nursing homes and home care agencies, technical failures quickly become business problems.
High false alarms and alarm fatigue

High false alarms and alarm fatigue

Simple motion-based fall detection treats any sudden movement as a fall. Monitoring centers are soon flooded with false alerts, slowing response to real emergencies and increasing handling costs.

No protection during charging or sleep Eview

No protection during charging or sleep

Seniors remove pendants and SOS watches to charge them or because they feel “safe” at home. Many major incidents happen exactly during these unprotected night-time or bathroom visits.

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Hard to integrate & maintain at scale

Closed protocols, no FOTA and manual configuration make it expensive and risky to roll out beyond a small pilot. Each new model becomes another integration project.

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Lost time

Monitoring centers spend too long filtering false alarms instead of focusing on real emergencies.

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Lost trust

Families and seniors stop believing in the service if devices trigger when nothing is wrong, or fail when something is.

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Lost margin

On-site visits for configuration, replacements and troubleshooting eat into already tight care budgets.

Key technical pillars behind the Elderly Telecare Solution

Deep technical capabilities, translated into lower risk and smoother operations for telecare providers.
Intelligent Fall Detection

AI-enhanced fall detection with tunable sensitivity

Eview devices go beyond simple motion thresholds. They analyse motion patterns over time, combine accelerometer data with fall logic and allow providers to adjust sensitivity levels remotely. Seniors can cancel false alarms during a grace period if they feel safe.

Hybrid indoor & outdoor positioning

GPS / GLONASS, Wi-Fi, beacons and cellular LBS work together to provide position information. In buildings with beacons and LoRa buttons, alarms can be associated with zones or rooms instead of just an address.
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Remote management, FOTA & open protocols

Device parameters, SOS numbers, server addresses and feature settings can be configured remotely. Firmware Over-The-Air keeps devices updated without recall, and open protocols simplify integration with existing telecare platforms.

Recommended GPS alarms & SOS devices for elderly care

These models can be combined into a single elderly telecare service covering home, community and facility environments.

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EV-07B

GPS Tracking Device

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EV-06

LTE SOS Personal Safety Watch

How partners use the Elderly Telecare Solution in the field

Three short stories showing different environments: active seniors, aging in place and assisted living communities.

Active independence for community seniors
A telecare provider focuses on seniors who are still active outside the home. Their previous fall detection devices produced many false alarms from daily movements. By switching to EV-07B mobile PERS with AI-enhanced fall detection and adjustable sensitivity, they roll out a service tailored to active seniors in gardens, parks and neighbourhoods.
24/7 Peace of Mind for Aging in Place
A home care agency realises most incidents occur at night, when clients have removed pendants to charge. They deploy the EV-12 LoRa ecosystem for elderly clients living alone. Seniors place their EV-12 in the cradle and wear a waterproof LoRa wristband at night, keeping full protection even during charging.
Scalable safety in assisted living
A senior living operator manages multiple buildings with a mix of independent and assisted living residents. By combining EV-12 hubs, LoRa wall buttons and indoor beacons, they create a campus-wide safety network. When residents press any button, staff see which zone or floor the alarm came from and can respond faster.

Topology Diagram

How the Elderly Telecare Solution works end-to-end

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Customize the Elderly Telecare Solution for your market

Turn this solution into your own branded product line for elderly care, telecare and senior living services.

Branding & regulatory marking

Custom logos, product names, labels and manuals in your language, aligned with local regulations for elderly care and medical devices where applicable.

Housing & wearing options

Colors, materials and accessories tuned to seniors: easy-to-press buttons, clear icons, comfortable wristbands and pendants that users actually wear.

Firmware & behaviour

Alarm logic, voice prompts, LED patterns and reporting intervals aligned with your telecare protocols and monitoring platform requirements.

Connectivity & regions

Module selection and band configuration for your target operators (e.g. Cat-M, NB-IoT, 4G with 2G fallback) across Europe, North America and Asia-Pacific.

Platform integration support

Protocol documentation, test devices and direct engineering support to integrate with existing telecare and nurse call platforms.

Packaging & rollout kits

Co-branded packaging, quick-start guides and deployment checklists to help your teams install, educate and scale elderly telecare projects faster.

FAQ

The most frequently asked questions

Yes. Our devices support standard communication protocols (TCP), and we provide full protocol documentation, API/SDK support, and OTA update capabilities. They are pre-integrated with major platforms like Wialon, GPSWOX, Traccar, and GPS-Server.

 Yes. We support logo branding, customized packaging, startup animations, user manuals, and even platform UI adjustments for OEM/ODM clients.

Our devices are certified with CE, FCC, RoHS, and ISO standards. Some models also support Verizon or local carrier certifications depending on your region.

Yes. We highly recommend sample testing to verify functionality and platform integration. We provide technical support during the trial phase.

Our FAE team offer dedicated technical support via email, phone, or online chat. Firmware updates, troubleshooting guides, and spare parts are available.

We offer flexible firmware customization including voice prompts (multi-language), LED indicators, fall alarm sensitivity, and SOS call sequence based on your specific use case.

Our mPERS models support 4G LTE, GSM fallback, and optional Cat M1/NB-IoT depending on the model. Please consult us for regional compatibility.

Battery life depends on usage frequency and features enabled. Typically, standby time ranges from 3 to 7 days. For longer deployments, we offer power-saving configuration options.

Yes. All configurations (SOS number, APN, server address, etc.) can be done via remote SMS, cloud commands, or OTA configuration portal.

Sample orders typically ship within 5–7 working days. Bulk orders vary from 15–25 working days depending on quantity and customization. MOQ for OEM is usually 1000 units.

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