ZKTeco developed a networked electronic delivery locker module, LockerPad-G4 Pro, offering a reliable, secure, and
convenient locker system.
Picture From ZKTeco
What Is LockerPad ?
LockerPad is a biometric security solution developed by ZKTeco for controlling and managing electronic lockers. It integrates facial recognition and multi-tech card verification for secure, keyless access to storage units. These systems are often used in places like gyms, libraries, and offices, providing a secure and convenient method for users to store their belongings.
The LockerPad models, such as the LockerPad-G4 Pro, feature touchscreen interfaces and are designed to manage multiple lockers through a networked system. They can store up to 10,000 user templates and keep records of up to 100,000 transactions, offering high security with features like anti-spoofing against fake faces (e.g., mask or video attacks).There is no additional personal management and consumable required. Also Lockerpad G4 pro their features :
1 . Visible Light Facial Recognition (VLFR)
Visible Light Facial Recognition (VLFR) is a biometric technology that uses standard cameras to capture and analyze facial features under natural or ambient light conditions. Unlike traditional infrared-based facial recognition systems, VLFR operates using regular visible light (the same spectrum humans see), which offers some key advantages:
- Improved Accuracy in Diverse Lighting: VLFR can work in various lighting environments, from bright daylight to dim indoor settings, without requiring specialized infrared lighting.
- Anti-Spoofing: Modern VLFR systems use advanced algorithms to detect and prevent spoofing attempts, such as photos, videos, or 3D masks. This enhances security and reduces the risk of impersonation(ZKTeco Technology).
- Cost-Effective Hardware: Because VLFR uses regular visible light, it can be implemented with standard high-resolution cameras, which are more cost-effective than specialized infrared cameras(Amaze Technologies Network Services).
- Applications: VLFR is increasingly being used in access control systems, such as smart lockers, surveillance, and even smartphones. The technology is versatile and widely adopted in commercial and security sectors(ZKTeco).
2. Anti-spoofing algorithm against print attack, videos attack and 3D mask attack
Picture From Google
An anti-spoofing algorithm is a security feature in biometric systems designed to detect and prevent attempts to fool facial recognition by using fake data. These algorithms defend against three main types of attacks:
- Print Attack: This involves trying to trick the system with a photograph of someone’s face.
- Video Attack: In this type of spoofing, a video of the person is played to deceive the system. Advanced anti-spoofing algorithms can detect inconsistencies in lighting, lack of eye movement, or unnatural facial motions to recognize it’s a recording rather than a live person.
- 3D Mask Attack: These attacks use lifelike 3D masks to impersonate someone. Anti-spoofing systems counter this by recognizing irregularities in the material and structure of the mask through texture analysis and depth sensing.
3. Energy saving and eco-friendly
What is Energy Saving ?
Energy saving involves reducing the amount of energy used in daily activities through efficient use of resources and technology. The primary goal is to lower energy consumption, which leads to cost savings and reduces strain on power grids and natural resources.
- Examples:
- Using energy-efficient appliances like LED lights, which consume less electricity.
- Insulating homes to reduce heating and cooling costs.
- Implementing automated systems to turn off devices when not in use.
Benefits:
- Cost Efficiency: Reduces electricity bills by using less power.
- Conservation: Helps conserve non-renewable resources like fossil fuels.
What is Eco-Friendly ?
Eco-friendly (also known as environmentally friendly) refers to products, practices, or policies that do not harm the environment. It focuses on sustainability, minimizing pollution, and using renewable resources to protect ecosystems.
- Examples:
- Solar energy systems that generate clean, renewable electricity.
- Using biodegradable or recyclable materials to reduce waste.
- Driving electric or hybrid vehicles that emit fewer greenhouse gases.
Benefits:
- Reduction in Pollution: Limits harmful emissions and waste.
- Biodiversity Protection: Encourages practices that help protect natural habitats and species.
4. Smart Light Design
Smart light design refers to advanced lighting systems that utilize technology to enhance energy efficiency, user control, and adaptability to different environments. These systems integrate sensors, automation, and connectivity to optimize lighting conditions based on various factors like occupancy, natural light levels, and user preferences.
Key Features of Smart Light Design:
- Adaptive Lighting: Smart lights can adjust their brightness and color temperature based on the time of day or the user’s activities, improving both energy efficiency and comfort.
- Motion and Occupancy Sensors: Lights are equipped with sensors that detect motion or occupancy, automatically turning on when someone enters a room and off when the room is vacant, saving energy.
- Remote Control and Automation: Smart lighting systems can be controlled remotely through smartphones or integrated with smart home systems like Alexa or Google Assistant. Users can schedule lights to turn on or off at specific times or based on ambient light conditions.
- Energy Efficiency: Smart lighting uses energy-saving LED technology and automates lighting usage, reducing unnecessary energy consumption. Some systems also provide data on energy usage to help users monitor and optimize their energy use.
- Integration with Smart Home Systems: These lights can be part of a broader home automation system, interacting with other devices like thermostats and security cameras for holistic energy and security management.
- Customization: Users can customize lighting settings, such as color, brightness, and modes, to suit different activities like reading, working, or relaxing.
Smart light design is a key component of eco-friendly living and smart building solutions, aimed at reducing energy consumption while enhancing user convenience and comfort.
5. Contactless facial recognition can effectively enhance the user experience.
Contactless facial recognition significantly enhances the user experience by offering a secure, efficient, and convenient way of authentication without physical interaction. Here’s how it improves the overall experience:
1. Speed and Convenience:
- Quick Authentication: Users can be identified within seconds, without needing to touch any device, reducing the time required for tasks such as unlocking phones, accessing buildings, or completing transactions.
- Hands-Free Operation: This is especially beneficial in environments like public transportation, workplaces, or airports where users may have their hands full or prefer not to touch shared surfaces.
2. Hygiene and Safety:
- Reduced Physical Contact: In situations where cleanliness is essential, like during a pandemic or in healthcare facilities, contactless technology minimizes the risk of spreading germs compared to fingerprint or card-based systems.
3. Seamless User Experience:
- Non-Intrusive: Unlike some forms of biometric authentication, facial recognition is passive. Users don’t have to stop and interact with a scanner, making the experience feel natural and unobtrusive.
- Multiple User Management: It can quickly and efficiently authenticate multiple users at the same time, such as in workplaces or public buildings, without creating bottlenecks.
4. Enhanced Security:
- Anti-Spoofing Technology: Advanced contactless facial recognition uses anti-spoofing algorithms to prevent fraud attempts using photos, videos, or masks. This strengthens the security of the system while maintaining user convenience(ZKTeco)(Amaze Technologies Network Services).
Configuration
ZKBio CVSecurity platform others a user-centric and customizable locker management system. Currently, the LockerPad-G4 Pro controls the cabinet lock via a control board, and each LockerPad-G4 Pro can connect up to 8 control boards.
In addition, each control board contains 12 control ports, which can control a maximum of 12 cabinets. LockerPad-G4 Pro locker management system is accessible online through the web on a PC. The administrator can control and arrange the usage of cabinets by assigning access rights to fixed or temporary users.
The administrator can also view and collect real-time data on the use of cabinets, for example, the number of open or locked cabinets, available or occupied cabinets, and blocked or available cabinets. Moreover, LockerPad-G4 Pro provides the cabinet unlock function in an emergency for safety checks. The administrator can open all the cabinets with one click in the operating system.
Where can use Lockerpad-G4 Pro ?
The LockerPad G4 Pro can be used in a variety of environments where secure and contactless access control is needed. Some common use cases include:
1. Gyms and Fitness Centers:
- LockerPad systems are ideal for managing locker access in gyms, where users can securely store their belongings without needing keys or cards. The facial recognition technology ensures quick and secure access to personal lockers, reducing wait times.
2. Workplaces and Offices:
- In offices, LockerPad G4 Pro can be used to manage employee locker access securely. It provides hands-free authentication, enhancing convenience while ensuring that only authorized individuals can access the lockers.
3. Educational Institutions:
- Schools, universities, and libraries can use LockerPad systems to manage personal storage for students and staff. Facial recognition speeds up the process of accessing lockers, especially in busy environments.
4. Retail and Shopping Malls:
- For secure parcel or personal item storage in malls, LockerPad provides a high-security solution that allows customers to store their belongings while shopping, with the convenience of contactless access.
5. Transportation Hubs (Airports, Train Stations):
- LockerPad systems can be installed in transportation hubs to provide secure, easily accessible storage solutions for travelers who need to temporarily store their luggage or belongings.
6. Public and Government Buildings:
- In secure environments such as government facilities or courthouses, LockerPad G4 Pro provides biometric access control for staff, ensuring that sensitive areas remain restricted to authorized personnel only.
In conclusion, the LockerPad G4 Pro is an advanced, contactless facial recognition system designed to provide secure and efficient access to lockers in various environments such as gyms, offices, transportation hubs, and public institutions. With its high accuracy and anti-spoofing capabilities, the system enhances both security and user convenience by offering quick, hands-free access to personal storage. Its application in high-traffic or security-sensitive areas makes it ideal for businesses and facilities that prioritize both safety and ease of use. Contact Us.
