A: Yes, the system is deployed on your designated servers, giving you complete data control. We cannot access your data but can provide remote maintenance support (requires VPN or jump server access).

A: As detailed in the document:
Application Server: 8-core CPU, 16GB RAM, 200GB SSD, Windows Server 2019+, 5Mbps public network.
Database Server: 8-core CPU, 16GB RAM, 300GB SSD, SQL Server 2019+, private network only

A: Yes, We will deploy for you remotely, you need to have system administrators available for coordination.

A: The first year of maintenance is free, covering bug fixes and security updates. Annual maintenance contracts can be signed from the second year onward. Major version upgrades are quoted as projects.

A: Yes, we provide API access and can develop custom integration modules. Costs depend on complexity.

A: Depending on complexity, 6–12 months, covering requirements analysis, product design, UI design, frontend/backend development, testing, and deployment.

A: Client-funded specific code belongs to the client. We deliver complete source code, database scripts, and deployment documentation. Core platform frameworks may be retained by us, as defined in the contract.

A: We document changes, assess impact on timeline and cost, and proceed upon mutual agreement. Significant changes may require a contract amendment.

A: We conduct functional, stress, and security testing, and provide an operations manual. A free maintenance period (typically 3–6 months) is included post-delivery.

A: Yes, we have extensive experience in logistics, personnel safety, asset tracking, and more. Case studies can be shared under NDA.

A: Absolutely. You can customize hardware only and use our platform, customize software only and use our hardware, or customize both. We offer flexible collaboration options.

A: Certainly. We recommend starting with standard or branded products for market validation, then moving to semi-customization or new development based on confirmed demand—this reduces risk.

A: Contracts specify delivery milestones, acceptance criteria, and liability for delays. We provide regular progress updates and samples for confirmation at key stages. Compensation clauses apply for delays caused by us.

A: Yes, we sign mutual NDAs before any technical or business discussions to protect your IP and business plans

GPS is a type of GNSS. GNSS is a general term for all global satellite positioning systems. GNSS (Global Navigation Satellite System) is a collective term for all satellite navigation systems that provide global coverage. It includes the four major global satellite navigation systems: GPS, BeiDou, GLONASS, and Galileo, as well as several regional systems such as QZSS (Japan) and IRNSS (India).

GPS drift is the result of a combination of physical laws, environmental factors, and technological limitations, and cannot be completely avoided. Just as any measurement system has errors, positioning systems cannot achieve absolute precision.However, as a professional IoT GPS locator solution provider, our goal is not to "eliminate drift," but rather to control its impact to an acceptable level in specific application scenarios through hardware-level optimization, firmware-level algorithms, software-level post-processing, and multi-source positioning fusion. For detailed explanations, please see the article: What is GPS drifting and how to avoid it?

Why do some GPS devices take a relatively long time to get online for the first time, while others can get a fix quickly? This involves the cold start, warm start, and warm start of the GPS module. For a simple explanation, please refer to the article: What are GNSS cold, hot and warm start in a GPS tracker?

No, not all require it. But if you need real-time remote monitoring—a core requirement for the vast majority of enterprise applications—then yes, you'll need a tracker with a SIM card. Different types of positioning devices cater to different scenarios:
Real-time Cellular Tracker: Requires a SIM card; suitable for vehicle, asset, and personnel monitoring.
GPS Recorder: SIM card not required; suitable for post-event trajectory analysis.
Bluetooth Tracker: SIM card not required; suitable for locating nearby objects.
Satellite Tracker: Connects to satellite networks; suitable for areas without cellular coverage.
The key to choosing the right solution is to clearly define your business scenario: Is real-time monitoring required? Is remote monitoring required? Are alerts required?
Huaten Global primarily offers a full range of 4G trackers with SIM cards that enable real-time remote monitoring. Regardless of your deployment scenario, we can provide a suitable solution. For more detailed information, please see the article: Does all GPS tracker need a SIM card?

GPS reception itself is completely free, passive, and one-way. The tracker only needs to "hear" the satellite signals to calculate its own location. This process does not require sending any information to the satellites or involving the cellular network. That is, the device can obtain location information normally, but it cannot transmit it to the tracking backend in real time.
Our trackers still working under no internet environment:
Continue receiving GPS signals and calculating location.
Securely store all data in a local cache.
Automatically retransmit historical tracks when the network is restored.
Ensure critical alarm events are prioritized for retention.
For more detailed information, please refer to the article: Can GPS tracker work without internet?

GPS signals are public and free in themselves.
However, the locator transmits its location to you via the 4G network, and your mobile carrier charges for the data usage on your SIM card.
We provide a management platform and app that are free to use for life. For details, please see the article:
We provide a management platform and app for lifetime free use, free of charge. See the article for details: Tracking GPS Systems Web Platform and Apps Introduction

If you need to equip your family, pets, assets, or vehicle with trackers, our solutions will let you truly experience the value of "real-time" (typical latency of 2-5 seconds)—not zero latency in the lab, but reliable, fast, and usable in the real world. What is the fundamental difference between real-time location and zero latency? Please see the article: Is GPS positioning truly real-time?

The most common way for GPS trackers to connect to a mobile phone is through a cloud relay: the tracker uploads its location to a cloud platform via a 4G network, and your mobile app then downloads and displays the data from the cloud platform. This method enables remote monitoring capabilities from anywhere in the world, anytime, and is a standard solution for enterprise applications. For short-range location searching or on-site debugging, Bluetooth direct connection is an efficient supplementary method. For detailed explanations, please see the article: How does a GPS tracker connect to a phone?

First and foremost, in GPS positioning mode, GPS is a systems engineering project influenced by physical environment, technological limitations, and cost constraints, rather than a mythical "God's-eye view." Satellite signals can be blocked, reflected, and attenuated; receivers require time locking, calculation, and filtering; hardware and antennas have physical limits; and the environment is constantly changing.
Secondly, in addition to achieving a balance between engineering optimization and cost control, Huaten Global employs fusion positioning technology across its entire product line. In Wi-Fi or LBS positioning modes, the accuracy can be significantly higher, ranging from 10 to 1000 meters.
But more importantly, in most commercial scenarios, this "imperfection" is acceptable and can be managed through systems engineering approaches.
Huaten Global's value does not lie in manufacturing "absolutely accurate" GPS—which is physically impossible. Our value is:
Deeply understand the balance between the technical limitations of GPS and business needs.
Through continuous optimization at the hardware, algorithm, and system levels, we control inaccuracies within acceptable business limits.
We provide customers with transparent accuracy specifications and configuration tools, ensuring that positioning data truly serves business decisions.
Location tracking should be knowable, controllable, and reliable. This is precisely the direction we strive for every day. For a detailed explanation, please see the article: Tracker Positioning Accuracy Analysis of Error Sources and System Limitations (And How to Improve It)

This is one of the most pressing questions for both enterprise customers and individual users when choosing a GPS tracker. The answer is simple: there's no single answer; the timeframe can range from a few days to several years, depending entirely on the device type, usage scenario, and configuration. See the article for more information. Seven Key Factors Affecting Your GPS Tracker Battery Duration.