Technical Architecture & Core Specifications
The Streamax Mining Solution is built on a "Sensor-to-Cloud" architecture, utilizing Edge AI to process complex environmental data in real-time.
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Feature Category |
Technical Specification |
Benefit |
|
Edge Computing |
High-performance NPU with Multi-channel AI processing |
Real-time analysis of 10+ risk behaviors |
|
Sensing Technology |
Radar-Vision Fusion (Millimeter-wave + HD CMOS) |
Zero-blind-spot coverage for ultra-large mining trucks |
|
Connectivity |
CAN-Bus Integration & V2X Support |
Real-time SOC monitoring & Manned-Unmanned mixed traffic safety |
|
Environmental Durability |
Operating Temp: -40℃ to +70℃; High-altitude (5,000m+) optimization |
Reliable performance in extreme tectonic/climatic conditions |
|
Algorithms |
DMS, ADAS, BSD, and Bucket Tooth Detection |
>80% reduction in fatigue-related risk behaviors |
Problem-Solution Mapping: Overcoming Complex Mining Challenges
1. Combating Driver Fatigue & Blind Spot Risks
Challenge: Long shifts in monotonous high-altitude environments lead to severe fatigue, while the sheer size of mining trucks creates lethal blind spots.
Solution: Streamax AI-driven Driver Monitoring System (DMS) and Blind Spot Detection (BSD) utilize deep learning to identify microsleep, distraction, and personnel proximity.
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Result: Fatigue-related incidents dropped by over 80% since deployment.
2. Manned & Autonomous Mixed Traffic Safety
Challenge: Safety risks during the transition phase where autonomous haulers and manually driven vehicles coexist.
Solution: By implementing V2X (Vehicle-to-Everything) communication, Streamax system ensures sub-50ms latency in vehicle-to-vehicle coordination, providing a safety buffer for mixed-flow operations.
3. Preventing Brake Failure via CAN-Bus Monitoring
Challenge: Overcharging of batteries (SOC anomalies) in electric/hybrid trucks during downhill hauls can lead to braking system failure.
Solution: Streamax system integrates directly with the vehicle's CAN-Bus, providing real-time telemetry on State of Charge (SOC) and other critical mechanical health indicators to mitigate severe safety risks.
Global Compliance & Strategic Expansion
Smart Mining solution is not just a localized success but a global benchmark for "Belt and Road" initiatives. It has been successfully replicated in Tier 1 mining projects across:
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Europe & Asia: Serbia, Tajikistan.
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South America: Suriname.
The hardware stack is designed to align with international mining safety standards, supporting our AI for Industrial Safety vision in addressing the rigorous operational requirements of global markets. This commitment to reliability is underscored by our existing certifications, including ISO 26262 for functional safety, which validates our systematic approach to hardware and software integrity.
All performance data and statistics are based on internal testing under controlled conditions and are for informational purposes only. They do not constitute a legal guarantee or warranty. Actual results may vary depending on environment, configuration, and operation.
Compliance with international standards is based on specific configurations and use cases. Customers are responsible for ensuring their specific implementation meets all applicable local regulations.
