In today’s fleet management landscape, building a reliable telematics foundation is more critical than ever. From real-time tracking to vehicle diagnostics and driver behavior monitoring, fleets require accurate, continuous, and actionable data to operate efficiently.
Streamax GT1 Pro is designed to meet these demands—not just as a tracking device, but as a professional-grade Fleet Management System(FMS) backbone that supports both current operations and future video telematics expansion.
Streamax GT1 Pro delivers a comprehensive set of telematics capabilities, covering everything fleets need to manage vehicles, drivers, and assets with confidence.
Category | Capability | Description |
Vehicle Data | Professional Vehicle Data Reading | Supports 2500+ vehicle types, enabling remote diagnostics, OTA updates, and VIN decoding |
Positioning | Inertial Navigation & Real-Time Location | Maintains tracking even in weak or no GPS environments; uploads location every second with up to 50,000-point buffer |
Power Management | Low Power Mode & Backup Battery | Ensures 30–38 hours of operation with low power mode and external battery support |
Connectivity | Global LTE Model | 4G LTE CAT-4 with 19-band global coverage and 3G/2G fallback |
Safety | Driving Behaviour Detection | Detects harsh acceleration, braking, turning, speeding, and crash events |
Expandability | Sensor Integration | Supports 20+ wired and wireless sensors, including temperature, fuel, door, and humidity sensors |
Beyond core functionality, the GT1 Pro is engineered for enterprise-level deployment across regions and fleet sizes.
Streamax GT1 Pro
VIN Auto-Match & Real-Time OBD Data for efficient vehicle identification and diagnostics
OTA Updates to keep systems continuously optimized
Global Network Coverage supporting full LTE bands across major regions worldwide
Multi-Network Compatibility across LTE (FDD/TDD), UMTS (WCDMA), and GSM
eSIM-Ready Architecture with industrial-grade SIM flexibility for scalable operations
This ensures fleets remain connected, visible, and in control—no matter where they operate.
As fleet safety requirements evolve, many operators are exploring video telematics. However, traditional upgrades often require significant hardware replacement, installation effort, and operational downtime.
The GT1 Pro removes this complexity by serving as a future-ready backbone. It provides the essential infrastructure for the entire system, including backup storage for data integrity, global connectivity, strong CAN interpretability, and dead-reckoning positioning. This ensures dependable vehicle data collection and stable communications even in complex urban environments.
Rather than forcing an immediate transition, it allows fleets to upgrade when the time is right—without replacing existing infrastructure.
When fleets are ready to add video intelligence, the transition is simple and efficient.
Streamax DC Max
Streamax's DC Max AI dashcam connects directly to the GT1 Pro, transforming your telematics system into a powerful video-enabled safety solution, without replacing your existing setup.
Start with telematics. Scale to 6-channel AI video—at your own pace.
Equipped with enhanced edge AI capabilities, DC Max delivers:
Advanced Driver Assistance Systems (ADAS) for proactive risk prevention
Driver Safety Cockpit (DSC)
Real-time video event detection and safety analysis
Enhanced Performance & Intelligence:
2.4× AI Compute Capability
Delivers faster processing and more accurate detection for complex driving scenarios
Wider Vision, Clearer Night
Optimized camera performance ensures broader coverage and superior black-light visibility
BT-Triggered Wake-Up
Enables instant system activation via Bluetooth, improving responsiveness and reducing power consumption
With a plug-and-play approach, fleets can upgrade without rewiring, without system overhaul, and without operational disruption.
Both GT1 Pro and DC Max integrate seamlessly into the Streamax FT Cloud, forming a unified IoT-enabled fleet management platform.
This enables:
Real-time telematics and video data in a single interface
Centralized fleet monitoring and management
Scalable deployment across different regions and fleet sizes
By combining these technologies, Streamax empowers fleets to maintain a seamless, economical pathway to full AI video intelligence, perfectly satisfying the dual pursuit of operational depth and proactive safety. The result is a connected ecosystem where data, safety, and operations come together.
In the modern fleet management landscape, the transition to Video Telematics is often viewed as a significant financial and operational hurdle. While the industry recognizes that AI dashcams substantially reduce accident rates and insurance liabilities, budget constraints remain a primary obstacle.
Instead of committing to an “all-or-nothing” investment, fleets can take a more flexible approach:
Start with a powerful telematics foundation
Scale capabilities based on operational needs
Upgrade to AI-powered video when ready
The GT1 Pro is more than just a tracker—it is the foundation of a future-ready fleet.
A: No. DC Max must be used together with GT1 Pro. If you are just interested in installing an all-in-one Dashcam, you could try AD Plus 2.0 or AD Max, which are both all-in-one dashcam.
A: No. GT1 Pro cannot connect to IPC directly for video functions. Video processing and AI analysis capabilities are integrated into DC Max. To implement video telematics, you must connect DC Max to GT1 Pro first.
A: GT1 Pro has a built-in GNSS antenna. For surface/desktop mounting, no external GNSS antenna is needed. If you prefer hidden installation, you can connect an external GNSS antenna. Please ensure GT1 Pro is rigidly fixed to the vehicle body for best performance.
Streamax is committed to the responsible and ethical deployment of technology. Our solutions are developed with a privacy-by-design and security-first architecture. All data processing occurs locally on the edge device, ensuring that personally identifiable information, including biometric data, is neither stored nor transmitted to the cloud, thereby adhering to global data sovereignty regulations.
The AI features and performance metrics referenced in our materials are based on data from extensive internal testing and validation under controlled, laboratory-style scenarios. These results are provided to demonstrate our technological capabilities and direction; however, actual performance may vary in real-world operating environments and should be validated by the end-user.
Our AI models are trained on diverse, legally sourced datasets and are designed to function strictly as decision-support tools for human operators, not as autonomous systems. We actively mitigate algorithmic bias and our development process aligns with emerging global standards for AI ethics and functional safety.
