On bustling city streets with buses, deep within mining sites with roaring trucks, and across highways with speeding logistics vehicles, safe operation and efficient management remain core industry demands. Traditional vehicle equipment often falls short due to limited functionality, poor adaptability, and weak resilience in harsh environments, struggling to meet the needs of complex scenarios.
With decades of expertise in vehicle intelligence, Tensortec proudly introduces the ES06 Smart Vehicle Terminal. This all-in-one solution integrates HD video monitoring, intelligent driving assistance, remote real-time management, multi-scenario safety protection, and compliant data tracing. By deeply combining 4G/Wi-Fi communication, AI algorithms, GPS/Beidou positioning, and IoT technologies, it delivers end-to-end, intelligent safety solutions for logistics, public transport, engineering vehicles, and beyond—helping businesses reduce costs, improve efficiency, and ensure both road safety and regulatory compliance.
Hardcore performance: Building a solid computing power foundation for complex scenarios
A reliable in-vehicle intelligent terminal must possess the "hard power" to handle diverse and complex environments. Tensortec ES06 in-vehicle intelligent terminal starts from the underlying configuration to build a stable and powerful operation system.
Ample Computing Power, No Lag:Equipped with a Quad-core ARM Cortex®-A53 1.5GHz processor and an AI NPU delivering 3.0 TOPS of computing power, along with 1GB RAM and 8GB eMMC storage. The device boots in under 10 seconds and effortlessly handles multi-algorithm parallel processing and multi-channel video recording simultaneously, ensuring smooth and delay-free operation throughout.
Strong Environmental Resilience:Designed with an IP54 rating for dust and water resistance, it withstands harsh conditions such as mine dust and rainy humidity. Its operating temperature ranges from -20℃ to 70℃, with a storage temperature range of -40℃ to 85℃. Whether under scorching heat on freight roads or in freezing cold mining areas, it maintains stable performance.
Seamless Connectivity & Positioning:Built-in 4G wide-area network, Wi-Fi, and Bluetooth communication modules ensure stable internet connectivity even in remote regions. Supporting triple-mode positioning via GPS/BeiDou/GLONASS with an accuracy of under 10 meters, it enables precise real-time vehicle tracking. Combined with 4G and Wi-Fi antennas, it provides dual assurance for data transmission and location tracking.
Core Feature: Multi-Algorithm Synergy for End-to-End Safety Protection
The core strength of the Tensortec ES06 In-Vehicle Terminal lies in its integration of multiple AI algorithms, covering a full range of scenarios — including driver status monitoring, driving environment alerts, blind spot safety protection, and panoramic view assistance. This enables a true safety evolution from reactive response to proactive prevention.
1. Parallel Multi-Algorithm Operation: Comprehensive Blind Spot Elimination
ADAS Driving Assistance：Monitors the driving environment in real time. Instantly triggers collision warnings in case of lane departure, close proximity to vehicles ahead, or detection of pedestrians/obstacles — enabling proactive risk avoidance and reducing accident rates.
DMS Driver Monitoring：Leverages AI algorithms to analyze eye closure, yawning frequency, and head posture for accurate fatigue detection. Also identifies distracted behaviors such as phone use, smoking, or drinking. Immediate alerts are issued upon anomaly detection, mitigating risks caused by human error.
BSD Blind Spot Detection + AVM 360° Panoramic View：Specifically addresses large vehicles' significant blind zones. BSD monitors approaching vehicles from side/rear blind areas during lane changes to prevent collisions. AVM synthesizes feeds from multiple cameras to deliver a seamless 360° surround view — ideal for large vehicles like mining trucks and buses in narrow-road maneuvering and reversing scenarios.
2. Dynamic Safety Protection: Dual Assurance for Data and Compliance
Data Security & Encryption：Supports TLS/SSL encryption, HTTPS secure transmission, TF card storage encryption, and breakpoint resume functionality. Ensures the integrity and confidentiality of positioning data, alarm information, and video recordings—safeguarding business operational data against leaks or loss.
Compliance Readiness：Meets DVIR regulatory requirements by assisting drivers in completing daily vehicle inspection procedures and automatically recording results. Helps fleets adhere to industry regulations and avoid operational disruptions due to compliance issues.
3. Multi-Functional Expansion: Adapting to Diverse Operational Scenarios
Abundant Interfaces for Easy Integration：Equipped with 2× RS232, 1× RS485, 1× CAN (optionally 2× CAN), 1× USB 2.0, and 1× 100M Ethernet interface. Enables seamless connection to radar, intercom devices, and various sensors (e.g., vehicle speed, tire pressure, fuel consumption, temperature, door status) for comprehensive vehicle operation data collection.
Powerful Storage Expansion Capability：Supports dual SD card expansion, with a single card supporting up to 512GB—ideal for long-duration recording of 4-channel 1080P video. Compatible with H.264/H.265 video compression standards, it ensures high image quality while optimizing storage usage. Recorded footage can be easily reviewed for evidence in driver-passenger disputes or accident liability assessment.
All-Scenario Applications: Meeting Diverse Vehicle Needs Across Industries
Leveraging its powerful functional adaptability, the Tensortec ES06 In-Vehicle Intelligent Terminal has been widely deployed across multiple sectors, delivering tailored solutions for different vehicle types:
Urban Transportation：Adaptable for buses and taxis, it enhances passenger safety through DMS monitoring of driver status and AVM 360° panoramic assistance for narrow-road navigation. Simultaneously, it integrates with fleet management platforms to optimize dispatch efficiency.
Freight Logistics：For long-distance passenger transport and logistics vehicles, it provides ADAS collision warnings and fatigue driving monitoring. Combined with 4G connectivity and positioning functions, it enables real-time cargo transport tracking and driver behavior management, effectively reducing freight risks.
Special Operations：Designed for specialized vehicles such as mining trucks, forklifts, and armored cash transport vehicles, its IP54 rating and vibration-resistant construction withstand harsh working environments. BSD blind spot detection and 360° panoramic imaging address operational challenges unique to special vehicles.
Armored vehicles additionally benefit from encrypted data storage, ensuring security throughout transport operations.
Additional Applications：The terminal can also be adapted for construction tipper trucks, garbage trucks, RVs, and more. By flexibly integrating sensors and management platforms according to specific vehicle requirements, it achieves the dual objectives ofsafe operationandefficient management.
Furthermore, the Tensortec ES06 In-Vehicle Intelligent Terminal offers standardized API interfaces for seamless integration with PC and cloud platforms. It supports features such as historical track playback, electronic fence configuration, multi-vehicle coordinated dispatch, and big-data analysis of hazardous incidents—empowering fleet managers to monitor real-time vehicle status, optimize scheduling strategies, and reduce operational costs.
Future Outlook: Tensortec Empowers a New Smart Transportation Ecosystem
As an innovator in the field of vehicle intelligence, Tensortec remains committed to its mission of "Driving Safety through Technology, Empowering Transportation with Intelligence." From the development of the ES06 In-Vehicle Intelligent Terminal to the implementation of customized solutions across multiple industries, we consistently focus on user needs while continuously optimizing algorithm performance and expanding functional boundaries.
Looking ahead, Tensortec will deepen its exploration into the seamless integration ofAI, Edge Computing, IoT, and in-vehicle devices. We plan to enhance the precision of our AI algorithms to improve detection accuracy in complex scenarios—such as heavy rain and dense fog. Simultaneously, we will expandVehicle-Road-Cloud coordinationcapabilities, promoting synergy between our vehicle terminals and smart transportation infrastructure.
These efforts will provide crucial technological support for smart urban mobility, unmanned freight transportation, and other emerging fields, ultimately helping to build a safer, more efficient, and more intelligent ecosystem for the future of mobility.
