LifeCam is a smart anti-theft monitoring devicefeaturing millisecond wake up, motion, and human detection. When a human isdetected,itinstantly acivates vdeo monitoring, takes screenshots and transmitsdata via 4G or Wifi. The camera switches automaticallybetween powerand battery modles, with thelater offering up to 2 months of use on a single charge. it supports multiple mounting options,includingadhesive,magnetic,suction,and nail mounts.with is compact design portabllty and eay instalaiion, LifeCam is ideal forboth mobile and home security monitoring.
1.Dual-mode power management system
2.Battery life improvement
3.Millisecond wake-up technology analysis
4.Smart camera features
5.Cloud monitoring application solution
Product Highlights
- Millisecond-Level Edge Response: Rapid detection and reaction time, minimizing response lag.
- Comprehensive Security: Simultaneous alarm, radar tracking, and FHD video monitoring offer multi-layered protection.
- Remote Accessibility: Wireless remote control and data tracing capabilities allow for seamless monitoring and management from afar.
- Versatile Applications: Ideal for both car anti-theft and home monitoring, catering to a wide range of security needs.
- User-Friendly: Compact, portable, and quick to install, making it a practical and efficient security solution.
Product List
What Comes with LifeCam:
- LifeCam Monitoring Device: The core intelligent anti-theft monitoring unit.
- Mounting Accessories: Brackets, screws, and other hardware for easy installation.
- User Manual: Detailed instructions for setup, operation, and troubleshooting.
- Power Adapter: Necessary for charging and powering the device.
- 4G SIM Card (Optional): Pre-installed or separately purchased, depending on the package.
- Carry Pouch
Precautions
Safety and Usage Guidelines for LifeCam:
- Installation: Ensure the device is securely mounted to prevent accidental falls or tampering.
- Privacy: Be mindful of privacy laws and regulations when placing the camera in residential or public settings.
- Network Security: Use strong passwords and secure your device to prevent unauthorized access.
- Operating Environment: Avoid exposing the device to extreme temperatures, moisture, or direct sunlight.
- Regular Maintenance: Check the device periodically for any signs of damage or malfunction.
- Power Management: Ensure the device is adequately charged before use and keep an eye on battery life during prolonged operations.
- Compliance: Adhere to local regulations concerning the use of surveillance equipment.
Technical Specifications：
| Item | Description |
| Product | Low Power Portable Battery Camera |
| Features | Smaller, clearer, longer-lasting, professional waterproofing, less frequent charging |
| Dimensions | Camera: 55x45x45 mm,Base: 40x40x32 mm |
| Image Sensor | 200W 1080P CMOS sensor 1/2.9 |
| Video Stream | 1920×1080/15fps,640×360/30fps |
| Motion Detection | PIR + Motion Detection, effective range of 5 meters |
| Night Vision Mode | Visible light supplement lamp |
| Night Vision Range | Effective illumination distance of about 6 meters |
| Communication Mode | 4G and WiFi |
| Audio | MIC with high sensitivity (-38dB) |
| Standby | 2 months |
| Storage Support | TF card / Cloud storage subscription |
| Battery | 3000mAh polymer lithium battery |
| Charging Type | USB (type-C), fully charged in about 8 hours |
| Waterproof Rating | IPx6/ Outdoor waterproof |
| Operating Temperature | ：-20~60℃ |
| Mount method | Integrated mounting base,support adhesive, magnetic, window suction and nail holes mount. |
| Certifications | FCC, CE, UN38.3 battery air transport certification,ROSH certification |
Detailed explanation of data transmission methods
4G and Wifi efficient transmission solutions
1. 4G transmission covers a wide range:
Small smart cameras use 4G transmission, which is not restricted by WiFi networks, and can achieve remote monitoring in remote areas, covering more than 98% of the country.
2. Low Wifi transmission cost:
In the existing WiFi network environment, small smart cameras connect to the cloud directly via Wifi, saving 4G traffic fees, and reducing long-term monitoring costs by about 30%
Data transmission stability guarantee measures:
- 1. Encrypted transmission to prevent eavesdropping:
Small smart cameras use TLS/SSL encryption to ensure that data transmission is not stolen or tampered with, ensuring the security of cloud usage scenarios, and the encryption rate is 99.9%.
2. Breakpoint resume technology
Using the breakpoint resume mechanism, data transmission can be automatically restored when interrupted, improving stability, reducing cloud monitoring data loss, and the recovery rate exceeds 85%.
3. Multi-line backup transmission
Deploy multiple network lines to achieve data backup transmission. A single line failure does not affect the overall situation, ensuring uninterrupted monitoring from small cameras to the cloud, with a redundancy rate of 30%.
4. Intelligent traffic control
Use intelligent algorithms to control data transmission traffic, adjust the rate according to network conditions, avoid congestion, improve cloud reception efficiency, and increase bandwidth utilization by an average of 20%.
Application of data security and encryption technology
- 1. Encrypted transmission to ensure privacy
Small smart cameras transmit data to the cloud through AES-256 encryption technology to ensure home monitoring privacy. According to tests, the encryption standard has not been cracked so far.
2. Breakpoint resume to improve efficiency
Using the TCP protocol, smart cameras can also ensure stable data transmission in a weak network environment, and breakpoint resume technology will increase transmission efficiency to more than 95%.
Dual mode power management system
Battery and power seamless switching mechanism
- 1. Seamless switching to improve stability
Small smart cameras use dual-mode power management, battery and power seamless switching, ensuring 99.9% online rate and avoiding monitoring blind spots.
2. Extend the battery life of the device
The cloud monitoring solution combines dual-mode power supply and intelligently schedules power use, which increases the battery life of small cameras by 30% to meet long-term monitoring needs.
Design of efficient power management algorithm
- 1. Low-power standby mode design
The small smart camera adopts a low-power standby algorithm to reduce power consumption to 0.5W during non-monitoring periods and extend battery life to 300 days.
2. Dynamic power allocation strategy
Through AI prediction of monitoring activity, intelligent adjustment of camera power, full load operation during peak hours, 80% energy saving during low hours, and improved energy efficiency.
3. Cloud collaborative power management
The cloud remotely controls the camera working mode according to network latency and data traffic, reduces invalid transmission, and saves 25% of energy.
4. Seamless switching of backup power
The built-in backup power system switches within 0.1 seconds when the main power fails, ensuring uninterrupted monitoring and 99.99% online rate.
Real-time monitoring of battery health status
- 1. Dual-mode power supply improves battery life
The small smart camera uses a dual-mode power supply, which can be managed through the cloud and can last up to 30 days, 50% longer than a single power supply.
2. Real-time monitoring of battery health
The cloud system monitors battery health once a minute, warns of replacement in advance, and avoids more than 90% of equipment failures caused by battery aging.
3. Energy-saving mode reduces energy consumption
Under cloud control, the smart camera automatically switches to energy-saving mode, reducing energy consumption by 70% at night and extending battery life to 2 years.
4. Emergency backup power supply guarantee
The emergency backup power supply in the dual mode can be automatically enabled when the main power is exhausted, ensuring that the camera works for at least 2 hours and captures key images.
III. Analysis of Millisecond level Wake up Technology
Low-power standby wake-up strategy
1. Fast wake-up reduces latency:
The G8100 module achieves 1-2 second wake-up, improves monitoring response speed, is suitable for the security field, and reduces the risk of missed reports.
2. Low power consumption to extend battery life:
AOV camera achieves low power standby through AI algorithm, 30 meters ultra-long distance detection wake-up, suitable for long-term outdoor monitoring.
Hardware and software collaborative wake-up mechanism
- 1. Hardware module achieves wake-up in seconds:
The G8100 module enables small smart cameras to achieve a wake-up speed of 1-2 seconds, far exceeding the wake-up time of traditional 4G modules.
2. Software optimization collaborative wake-up:
The cloud server sends wake-up instructions, and the software optimizes the wake-up process to achieve millisecond response speed.
3. Cloud storage improves efficiency:
The cloud server processes and stores video data, supports elastic expansion, and improves video resource utilization and monitoring efficiency.
Wake-up response time optimization method
- 1. Select efficient wake-up module:
The G8100 module achieves 1-2 seconds wake-up, which is far better than other modules that require more than ten seconds, and is suitable for fast response of cloud monitoring of small smart cameras.
2. Low power consumption continuous monitoring:
Adopting a layered detection strategy, combined with hardware acceleration, achieves a typical power consumption of <100mW (standby state) to ensure long battery life.
3. Optimize data transmission protocol:
Use high-speed network transmission protocol, data compression and encryption, reduce transmission delay, and improve the real-time performance of cloud monitoring.
4. Reduce wake-up command delay:
By optimizing the server command issuance process, ensure that the wake-up command arrives in milliseconds and accelerates the camera response.
Improved battery life
Low-power circuit design principle:
- 1. Low-power chip application:
Small smart cameras use low-power chips, such as HiSilicon HI3518, with 4G module G8100B, to achieve high efficiency and low power consumption.
2. Intelligent sleep mechanism:
Through intelligent sleep technology, the power consumption of the camera is reduced to 1ma in the non-working state and 300ma in the working state, which greatly reduces energy consumption.
3. Energy-saving design for liveness detection:
For example, 360 cameras use low-power liveness detectors, and only start recording when liveness is detected. The battery life of 5000mAh can reach 120 days.
Implementation of intelligent battery management strategy
- 1. Low-power chip to extend battery life
Small smart cameras using low-power chips have a battery life of 30% longer than traditional chips, and support continuous data transmission to the cloud for 72 hours.
2. Optimization of intelligent sleep strategy
Implement intelligent sleep strategy to automatically adjust the working status according to cloud monitoring needs, save 20% of electricity on average every day, and increase the overall battery life to 15 days.
Analysis of battery life and usage scenarios
- 1. Low-power chip to extend battery life
Small smart cameras using low-power chips have a battery life of up to 6 months, which is suitable for long-term home monitoring.
2. Solar-assisted charging efficiency
Combined with solar panels, smart cameras can achieve almost unlimited battery life in a well-lit environment, which is suitable for outdoor monitoring.
3. Intelligent sleep mode energy saving
Shooting is triggered by human body sensing, and sleeps during inactive periods, which increases the battery life by 30%, which is suitable for intermittent monitoring in offices.
4. Large-capacity battery supports all-day
Built-in 5000mAh battery, supports 24-hour continuous monitoring, and meets the store’s all-weather security needs.
Features of intelligent camera functions
High-definition video acquisition and processing capabilities
- 1. High-definition night vision enhanced monitoring:
The small intelligent camera is equipped with a high-sensitivity sensor, with a night-time shooting clarity of 1080P, an effective monitoring range increased by 30%, and cloud video quality guaranteed.
2. Real-time video stream compression transmission:
Using H.265 encoding technology, the small camera transmits high-definition video to the cloud in real time, reducing bandwidth usage by 50%, ensuring smooth and delay-free monitoring.
Intelligent recognition and alarm function design
- 1. Accurate face recognition
The small intelligent camera is equipped with high-precision face recognition technology, with a false alarm rate as low as 0.1%, improving the safety of homes and offices.
2. Abnormal behavior detection
The cloud algorithm analyzes the monitoring video in real time, and recognizes and alarms behaviors such as falls and intrusions in seconds, with a response time of <2 seconds.
3. Pet/baby care
Intelligently recognize the crying of babies and abnormal states of pets, and push reminders through the APP in real time to reduce the burden on parents.
4. Cloud storage and efficient playback
Support 30-day cloud loop recording, save local space, key event marking, fast positioning playback
Cloud storage and data synchronization technology
- 1. Real-time high-definition recording
Small smart cameras support 1080P recording and instant cloud storage to ensure clear monitoring images without delay.
2. Multi-terminal synchronous viewing
Through cloud technology, multiple devices such as mobile phones, tablets, and PCs can be accessed synchronously to monitor the situation at home anytime and anywhere
3. Large-capacity cloud storage
The cloud provides TB-level storage space and supports up to 30 days of video playback to ensure that key evidence is not lost.
4. Data security encryption
Using AES-256 encryption technology, cloud storage data is fully encrypted to protect user privacy from being leaked.
Cloud monitoring application solution
Overview of cloud platform architecture design
- 1. Efficient data storage management
Small smart cameras use the cloud to achieve centralized data storage, use cloud technology to automatically expand capacity, support PB-level data storage, and ensure uninterrupted monitoring.
2. Real-time remote monitoring access
The cloud platform supports millions of concurrent accesses, ensuring that users can view the monitoring images of small smart cameras in real time through mobile phones or computers anytime, anywhere, with a delay of less than 200ms.
3. Intelligent analysis reduces false alarms
The cloud integrates AI algorithms to intelligently analyze the images captured by small smart cameras, reducing the false alarm rate to less than 5%, effectively improving monitoring efficiency.
Real-time monitoring and data analysis process
- 1. Efficient real-time data transmission
The small smart camera is equipped with a high-speed network module to upload images to the cloud in seconds, ensuring real-time monitoring without delay and improving emergency response speed.
2. Intelligent analysis and optimization management
The cloud AI algorithm processes camera data and automatically identifies abnormal behaviors with an accuracy rate of over 90%, effectively reducing manual monitoring costs and improving security management efficiency.
Multi-terminal access and permission management strategy
- 1. Multi-terminal synchronization improves convenience
The small smart camera is equipped with the cloud and supports real-time access from multiple terminals such as mobile phones and tablets. According to research, multi-terminal synchronization increases the monitoring viewing rate by 30%.
2. Fine permission management to ensure security
The cloud monitoring solution implements hierarchical permission management to ensure that only authorized personnel can access specific cameras, effectively reducing security vulnerabilities. Data shows that proper permission management can reduce security risks by 25%.
