Overview

The Wi-Fi battery camera solution liberates users from the hassle of wiring for power, allowing installation anywhere within Wi-Fi coverage. In low-power states, it maintains cloud connectivity with extremely low power consumption. Upon waking, it uploads video streams to the cloud rapidly with ultra-high throughput.

Tiered Low-Power Strategy: µA-Level Battery Life & Multi-Source Smart Wake-up

Ultra-Low Power Cloud Keep-Alive: Customized low-power Wi-Fi keep-alive mechanisms maintain an average power consumption below 100µA while connected to the cloud, significantly extending battery life for months of recharge-free operation.
Deep Sleep for Ultimate Energy Saving: Supports deep sleep mode in idle scenarios, cutting power to non-core peripherals with an average power consumption below 12µA to maximize energy efficiency.
Flexible Multi-Source Wake-up Mechanism: Supports multiple wake-up sources including Wi-Fi Wake-up (triggered by cloud commands), GPIO Wake-up (triggered by external PIR sensors/door contacts), and Timer Wake-up (triggered by scheduled checks). It switches to active mode in milliseconds, balancing low power consumption with real-time monitoring.

Wi-Fi Dual-Band High-Speed Engine: Seamless HD Video Upload

40Mbps + Ultra-High Throughput: Supports 802.11n/ac standards with verified video stream upload speeds stably exceeding 40Mbps. It easily handles 1080p@30fps or higher bitrate real-time video transmission, ensuring clear, smooth, and stutter-free footage.
2.4G/5G Smart Dual-Band Adaptation: 2.4GHz offers strong penetration for stable long-distance connections; 5GHz provides low interference and high bandwidth for low-latency HD video transmission. The system automatically switches to the optimal frequency band based on signal quality and network load, perfectly balancing "wide coverage" and "high speed."
Multi-Scenario Adaptation Optimization: Packet strategies are customized for monitoring scenarios to balance transmission efficiency and power consumption, achieving the optimal solution between HD quality and low-power operation.

End-to-End Security Protection: Privacy Guard from Chip to Cloud

Chip-Level Root of Trust Security: Supports Secure Boot mechanisms to reject malicious firmware tampering; integrates TrustZone hardware isolation technology to run sensitive data and applications in independent partitions, building a solid security defense from the bottom up.
Wireless Transmission Encryption Upgrade: Fully supports the latest WPA3 Wi-Fi encryption protocol, significantly improving resistance to brute-force attacks compared to traditional methods, preventing eavesdropping or tampering of monitoring data during transmission.
End-to-End Network Encryption: Built-in TLS/SSL network security protocol stack enables two-way identity authentication and data encryption between the camera and the cloud server, ensuring surveillance footage privacy remains uncompromised and meets commercial-grade security standards.

Advantages

Ultra-Low Power Consumption:

• Power consumption is below 100uA in cloud keep-alive scenarios
• Millisecond-level switching between low-power states
• Microsecond-level peripheral wake-up latency, and millisecond-level Wi-Fi wake-up latency

Host System Diversity:

• The host driver supports Linux/FreeRTOS/Zephyr systems

Diverse Transmission Interfaces:

• Supports high-speed communication with the host via interfaces such as SDIO/USB/SPI