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GPT Real-time Tracking System
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  • GPT System
    • Strategic Positioning and Value Proposition of the GPT System｜Gpacers Poseidon Tracking & Rescue System
    • GPT System Overview and Documentation Guide｜Gpacers Poseidon Tracking & Rescue System
    • GPT System Architecture Description｜Gpacers Poseidon Tracking & Rescue System
    • GPT System – Device Roles and Primary Functions｜Gpacers Poseidon Tracking & Rescue System
    • GPT System – Search Coverage and Technical Capabilities｜Gpacers Poseidon Tracking & Rescue System
    • GPT System – Geofencing Design and Safety Value Description｜Gpacers Poseidon Tracking ^0 Rescue System
    • Activate GPT Emergency Assistance Mechanism – Reference Materials｜Gpacers Poseidon Tracking & Rescue System
    • Line-of-Sight (LoS) Communication Distance in Maritime Environments – Reference Materials｜Gpacers Poseidon Tracking & Rescue System
    • Empirical Testing and Validation of the GPT System’s Search and Communication Capabilities – Reference Materials｜Gpacers Poseidon Tracking & Rescue System
    • Rapid Search Concepts and Practical Scenarios for Missing Divers and Seafarers Using the GPT System – Reference Materials｜Gpacers Poseidon Tracking & Rescue System
    • GPT App Application Concepts in Practical Monitoring Scenarios – Reference Materials｜Gpacers Poseidon Tracking & Rescue System
    • GPT App Operational Demonstration Video – Reference Materials｜Gpacers Poseidon Tracking & Rescue System
    • GPT System Monitoring Alert Mechanism (Geofencing and Distress Alert) Demonstration Video – Reference Document｜Gpacers Poseidon Tracking & Rescue System
  • GPT Guide
    • GPT Guide – Introduction
    • 1.1_What Is the GPT System
    • 1.2_Why GPT Is Not a Survival Device
    • 1.3_Applicable Water Activities
    • 2.1_What Is Geofencing
    • 2.2_Judgment of Monitoring Responses and Search Initiation under Abnormal Conditions
    • 2.3_How the System Supports Understanding and Information Handover After a Situation Is Confirmed
    • 2.4_How the GPT App Continues Safety Monitoring in the Background
    • 3.1_Overview of GPT Device Operations (A｜T Series)
    • 3.2_Maintenance Transportation and Warranty Information
    • 4.1_GPT App Practical Operation Guide (Standard SOP)
    • 4.2_Core Tutorial Page｜Smart Monitoring Map & Real-Time Status Interpretation (SOP 3)
    • 4.3_Practicing with the Simulator
    • 5.1_Line-of-Sight (LoS) Communication Distance in Maritime Environments – Reference Materials｜Gpacers Poseidon Tracking & Rescue System
    • 5.2_Empirical Testing and Validation of the GPT System’s Search and Communication Capabilities – Reference Materials｜Gpacers Poseidon Tracking & Rescue System
    • 5.3_Some Devices You Think Protect You, But Are Actually Only for Emergency Calls
  • Products
    • GPT System Product Integration Architecture Overview
    • GPT System Product Catalog and Technical Specifications
    • GPT Professional Kit Unboxing – Gpacers Poseidon Tracking & Rescue System
    • GPT-AS + SAT Dual-Mode Tracking Device – Successful Mountain Field Test (LoRa + Iridium Monitoring System)
  • Testimonials
    • PADI Pro Official Magazine Feature – International Media Coverage of the GPT Poseidon Tracking & Rescue System
    • Professor Keryea Soong, Department of Oceanography, National Sun Yat-sen University, TAIWAN
    • Scubadiving PADI
    • Sportdiver PADI
    • 2 Shea Charters, they are by far the busiest dive operations on the entire west coast of Florida_USA
    • Deep dive center_Professional dive resort in Kenting, Taiwan
    • Captain Zhenxi Niu, Red Cross Water Rescue Team of Zhengzhou, CHINA
    • Kuncheng Diving _ A boat diving specialist who values every diver’s safety in the northeast of Taiwan
    • Xiyangyang 88 Club_A high-quality recreational fishing and diving boat in the northeast Taiwan
  • Device Manuals
    • GPT App Manuals
    • GPT-A1 Manuals
    • GPT-A2 Manuals
    • GPT-AS Manuals
    • GPT-AR Manuals
    • GPT-T1 Manuals
    • GPT-T2 Manuals
    • GPT-T3 Manuals
  • Quick Start
    • GPT System Overview｜Safety Monitoring Architecture and Pre-C2 Pre-MDA Design Rationale
    • Maintenance Transportation and Warranty Information
    • Quick Start_GPT-A1
    • Quick Start_GPT-A2
    • Quick Start_GPT-AS
    • Quick Start_GPT-AR
    • Quick Start_GPT-T1
    • Quick Start_GPT-T2
    • Quick Start_GPT-T3
  • Video Tutorials
    • Your SMARTEST choice for outdoor safety ! GPT Gpacers Poseidon Tracking system
    • An Intro to GPT System
    • Why GPT system can offer the most comprehensive safety
    • Wearing, Charging and Waterproof Cautions of GPT Products
    • GPT Series Products Functions Switching and OLED Display Instructions
    • Underwater Emergency: How to Call for Help
    • Gpacers Poseidon Tracking System – On-site Monitoring
    • Gpacers Poseidon Tracking System – Remote Monitoring
    • How to allow all access permissions for GPT App
    • How to use a PC or NB for remote monitoring
    • Real Application – SUP from Guishan to Yilan
    • Real Application – From depart to return home,GPT always watches on your safety
    • GPT App Practice Tutorial Video Demonstration of Yilan Toucheng Snorkeling
    • GPT App Practice Tutorial Video Demonstration of Guishan Island Baisha Bay Sailing
    • GPT App Practice Tutorial Video Demonstration of Malaysia Sipadan Diving Activities
  • About
    • App Download & Customer Support
    • Company profile
    • Website Privacy Policy
    • GPT App Privacy Policy
  • News
    • International Industry Recognition – New Product Launch of the GPT_Gpacers Poseidon Tracking & Rescue_System at DEMA Show 2023
    • Building a National Marine Safety Monitoring Network – The GPT System as Marine Safety Infrastructure
    • Long-Range Search Simulation Using the GPT System – Locating a Drifting Person near Green Island from the Taimali Coast (Approx. 54 km)
    • National Technical Presentation – GPT_Gpacers Poseidon Tracking & Rescue System Introduction at the 2023 Underwater Sports Association Annual Meeting
    • International Exhibitions and Industry Recognition
    • GPT_Gpacers Poseidon Tracking & Rescue_System Demonstration Site – Establishing a Remote Marine Safety Monitoring Network in Kenting
    • PADI Pro Official Magazine Feature – International Media Coverage of the GPT Poseidon Tracking & Rescue System
    • Penghu PIDC Public Briefing Record – Technical Presentation and Application Introduction of the GPT Poseidon Tracking System
    • Urban Transmission Distance Field Test in Taipei_Communication Performance Validation of GPT A-T Series Devices
    • Singapore Pulau Ubin Sea Trial – Field Validation of the GPT Tracking & Rescue System
    • International Exhibition Participation (Online Expo) – GPT Poseidon System Presented at DEMA Show Online 2020
    • GPT-T1 Long-Range Transmission Field Validation
    • Kenting Taiwan Sea Trial Validation – GPT Diver Tracking System Field Test
    • Background of the International Technical Presentation – First Public Presentation of the GPT System at DEMA Show 2019
    • Overseas Field Validation Test – Diving Safety Monitoring Trial of the GPT System in the Komodo Islands-Indonesia
  • Q&A
    • Where Are GPT Remote Monitoring Stations Currently Covering
    • Estimated Battery Operating Time Under Different Operating Modes
    • Does GPT system not work without Wi-Fi
    • How to maintain a stable Wi-Fi connection between GPT receiver and cellphone/tablet for long duration
    • How is the GPT transmission distance validated by testing
    • Is it still possible to wirelessly charge the GPTs if a boat is rolling on the waves
    • How to automatically trigger an alert on the GPT App when a diver(s) surfaces
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  1. GPT System Overview｜Safety Monitoring Architecture and Pre-C2 Pre-MDA Design Rationale

  2. Maintenance Transportation and Warranty Information

  3. Quick Start_GPT-A1

  4. Quick Start_GPT-A2

  5. Quick Start_GPT-AS

  6. Quick Start_GPT-AR

  7. Quick Start_GPT-T1

  8. Quick Start_GPT-T2

  9. Quick Start_GPT-T3

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