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The encrypted remote wireless networking transmission system brings more potential for biodiversity monitoring in areas without network coverage.
Bringing more potential for biodiversity monitoring in areas without network coverage
Background of Construction
The “14th Five-Year Plan for Forestry and Grassland Protection and Development” proposes to establish a monitoring and evaluation system for the protection of wildlife and their habitats. Wildlife diversity monitoring is a long-term task and an important component of building an ecological diversity monitoring system and a national ecological protection integrated, all-covering, intelligent three-dimensional protection network. As a key indicator of biodiversity monitoring and protection management evaluation systems, wildlife diversity monitoring is a core aspect of wildlife research, protection, management, and sustainable resource utilization, requiring regular, fixed-point, and quantitative monitoring of wildlife.
Due to key issues such as poor information connectivity in protected area networks, outdated infrastructure, and shortcomings in new technology applications and data management, the use of networked cameras has been significantly limited, leading to the application of self-organizing network technology.
Encrypted Remote Wireless Networking Transmission System Solution
The encrypted remote wireless networking transmission system is a regional data communication and management system for wildlife monitoring. Through dedicated data collection and networking equipment, it completes data collection, real-time networking transmission, intelligent identification and visualization, storage upload, and device deployment management, event monitoring management, and multi-dimensional data analysis in areas where power supply is inconvenient and communication networks cannot cover. It enhances the efficiency of massive image data collection, storage, and analysis processing.
Overall Architecture
The encrypted remote wireless networking transmission system does not rely on basic setups, featuring temporary networking capability, rapid deployment, no control center, and strong anti-destruction characteristics, allowing for flexible network deployment based on the on-site environment.
The encrypted remote wireless networking transmission system solves the problem of monitoring data return in areas without network coverage, effectively improving monitoring work efficiency and the speed of subsequent data processing and analysis, building a sustainable and more efficient future for wildlife diversity monitoring.
System Features
Easy Networking, Strong Compatibility
Designed specifically for scenarios with inconvenient power supply and no communication network coverage, featuring an application-oriented modular structure, strong compatibility, easy installation, and guaranteed data return timeliness.
Multi-Frequency Transmission, Safe and Reliable
Multi-band communication with strong bandwidth expandability, easily achieving 5-10KM broadband image data transmission in open areas; dedicated wireless encrypted channels avoid “congested routes,” ensuring data transmission is safe and reliable.
Automatic Transmission, Intelligent Stability
Integrating detection, snapshot, wireless transmission, and intelligent management, it automatically transmits data to the management platform for analysis and processing through a wireless encrypted network; an independent power supply system and low-power design ensure the system operates normally and stably.
Lower Cost, Higher Efficiency
No need to build expensive 4G/5G or private network base stations, supporting multiple network access methods or multiple network access points, reducing construction and operation costs while improving the efficiency of wildlife diversity monitoring work.
Technical Solutions
Data Collection and Transmission
1. Data Collection Device – Smart Infrared Detection Camera
The C152 series smart infrared detection camera has undergone technical upgrades on top of the standard version, capable of synchronously waking the nearest network extender for rapid networking upon startup, transmitting images to the data center for analysis and processing via a wireless encrypted network; after transmission is complete, it automatically enters a low-power detection state. Fully compatible with the Honey Badger infrared camera management platform and the Smart Detection Cloud applet for viewing, analyzing, and managing returned data.
2. Networking Device – Network Extender
Data collection and transmission device specifically designed for wireless smart infrared detection cameras. Utilizing the ERTS (Encrypted Remote-wireless-networking Transmission System) private network architecture, it establishes communication between the smart infrared detection camera and the network extender or wireless relay base station, automatically connecting within a range of 5-10KM and providing stable and reliable wireless encrypted network data transmission. Through scientific layout in designated areas, small area network coverage can be achieved.
Wireless Encrypted Communication
Dedicated wireless encrypted channels avoid “congested routes,” are resistant to interference and intrusion, making data transmission more secure.
Automatic IP Acquisition
Automatically connects to the wireless private network and establishes communication with the camera, automatically acquiring an IP upon network entry, with easy installation and no secondary settings required.
High-Gain Dual Antennas
Double the signal gain effect, ensuring stable communication distance of 50m with the infrared camera (in open view); waterproof and UV-resistant design allows for smooth operation in various complex outdoor environments.
Simultaneous Connection of 10 Infrared Cameras
Can simultaneously support data return operations for 10 infrared cameras.
5-10 Kilometer Long-Distance High-Speed Transmission
Unique 20M high bandwidth, low latency, long-distance wireless transmission ERTS private network architecture achieves5-10KM range for long-distance high-speed transmission.
Low Power Consumption Energy Management
Automatically enters low-power standby mode after data collection and transmission are completed, allowing for energy-saving management based on usage needs, ensuring all-weather operational requirements.
Triple Network Assurance
Automatic detection of network disconnection, automatic restart on failure, scheduled restart.
3. Network Access Device – Network Integrator
Network access device specifically designed for the ERTS wireless private network system, connecting the ERTS wireless private network to the existing local area network via RJ45 wired interface, achieving centralized networking of the wireless private network, and allowing for dedicated network coverage through scientific layout in designated areas.
High-Gain Dedicated Antenna
Effectively enhances signal gain, improving data throughput and transmission distance, significantly enhancing transmission performance.
Satellite Precision Positioning
Built-in satellite positioning chip for higher positioning accuracy.
Simultaneously Supports 15 Business Nodes
Supports automatic connection to wireless extenders or wireless relay base stations, with a maximum capacity of 15 business nodes.
5-10 Kilometer Long-Distance Transmission
Unique 20M high bandwidth, low latency, long-distance wireless transmission ERTS private network architecture achieves5-10KM range for long-distance transmission.
24/7 Uninterrupted Operation
Industrial-grade high-performance heat dissipation layout design, software and hardware watchdog anti-freeze design, ensuring stable and durable operation around the clock.
Triple Network Assurance
Automatic detection of network disconnection, automatic restart on failure, scheduled restart.
Data Collection Auxiliary Configuration
Smart Terminal + App + Remote Control
Can use wireless camera controllers and apps for dual security settings, making operation simple and easy to master.
Data Analysis and Management
Smart Detection Cloud Applet
Real-time data viewing, parameter modification, camera loading, and camera status checking can be achieved through the applet.
Infrared Camera Management Platform
Data Dashboard, All at a Glance
Supports real-time monitoring images, warning events, data center, and other multi-dimensional displays on a large screen; supports displaying device monitoring status through flat maps and satellite maps.
Monitoring Management, Real-Time Awareness of Movements
Through motion detection, target observation, target tracking, and real-time event warning functions, it assists management personnel in timely viewing alarm device information and alarm event details, quickly understanding wildlife activities, illegal personnel intrusion, and precise feeding of wildlife.
Standardized Data Management, Refined Data Analysis
Supports multi-level user permission allocation management, hierarchical management, and control. The collected image data and sensor data can be classified, queried, labeled, and statistically analyzed, and report data can be exported, achieving visualized and standardized data management.
Device Management, Status at a Glance
Supports remote setting or parameter changes for terminal devices, status management, including multi-level grouping of devices, power status, geographic coordinates, environmental data, installation information, parameter settings, communication links, etc., ensuring the proper operation of devices.
One-Stop Device/Data/Collaboration Platform
The accompanying web-based data platform and mobile applet help users establish a standardized database for devices and data, unified archiving management, providing users with various tools and functions needed for operation anytime, anywhere.
Additionally, users can create several sub-accounts and assign different permissions, facilitating collaboration among multiple users.
Wildlife Monitoring
Ecological Environment Monitoring
Forestry Patrol and Investigation
Smart Protected Areas
