Smart Lock

Although traditional locks have existed for thousands of years, doors continue to evolve into more complex systems with integrated electronic controls and wireless interfaces.

The security and intelligent identification advantages of smart locks

Lockdown who can access houses and buildings while acting as the first line of defense for the security system.

These smart locks are often called electronic smart locks (electronic ). It is changing our way of thinking about and interact with door locks. Badges, keychains, passwords, and even mobile devices can be used as keys.

Easy to lose the traditional keys

For many residential applications, electronic locks can eliminate the need for users to carry physical object’s keys. In addition, changing the form of the key used to open the door helps to solve one of the main problems facing traditional locks-provide a way to quickly create and manage access keys.

Locking and Opening Quickly and Efficiently to Smart System

Using wireless connection in the electronic system, you can easily create and manage access keys at any time.

The wireless link also enables new features, such as the ability to remotely monitor and control electronics. To prevent unauthorized persons from entering, you can keep opening records, save videos and pictures, check, confirm, and follow up.

In addition, the wireless link technology is integrated into the electronic lock without using other technologies to connect the lock to go online. We provide all-in-one products that can reduce the overall BOM cost and achieve applications that need to send high throughput directly to it.

 

Smart Technology

Now, the latest fingerprint password can be connected to the smart home system. For example, a fingerprint can be connected to a smart home system, and a home kit fingerprint can be connected to Apple’s smart home system. In addition to some traditional functions, it can also provide door status push and alarm information:

Link function of other smart home devices

Due to the rise of the Internet of Things, electronic smart locks continue to develop. These battery-powered locks usually require BLE, sub-1GHz, Wi-Fi connection, interactive system, audio and video, and sensing functions. Our product solutions can help you solve these complex design problems while reducing time to market. Greatly enhance the competitive advantage of the product.

Electronic Design Requirements

High energy efficiency, long battery life, and wide operating temperature range.

Security management of keys and access control.

Low power consumption, such as LED, touch, proximity sensor, and audio notification supports multiple industry standards for easy access to historical records.

The technology is relatively advanced, such as ZigBee, LoWPAN, RF, and other remote control applications.

The BLE notification interval can be configured to reduce power consumption.

Design Elements

Asymmetric key

Asymmetric key pairs are used in the algorithm for one party to perform encryption
Operate using a different key from the key used to perform the reverse operation.
These pairs are defined as public and private keys and are mainly used for digital signatures and
Symmetric key distribution.

Authenticity

Authenticity ensures that the asset or entity is authentic and has the authority to perform tasks or
Used as expected. The verification process usually involves cryptographic algorithms, checking whether the entity is who they claim to be. Some predefined trust mechanisms are always part of the authentication scheme.

Certificate

The certificate is a file in a standard format. They usually contain
Subject, and CA signature of header and public key. Anyone provided with CA
The public key (or sub-CA if it is a certificate chain) can verify the identity of the subject.

Confidentiality

Confidentiality ensures that assets will not be provided or leaked to an unauthorized personality. In most cases, confidentiality translates to encryption, while in other cases, obfuscation techniques are used to maintain confidentiality.

Completeness

Completeness is an attribute that describes its original version.

Key

The key is used for data encryption, key establishment, and digital signature. The key length and type depend on the algorithm used, its purpose, and security level.

Safety Measures

Measures designed to provide certain assets with the expected protection against certain threats.

 

Please contact us for more detail about Highfive lock solutions or visit HIFIVEE  for some creative and innovative products.