IoT Validation Challenges in Smart Locks | Allion Labs (2024)

FAQs

What is the problem statement for IoT based door lock system? ›

The problem statement which is the biometric system sometimes is sensitive and will not be able to sense the biological pattern of the employer's fingerprint due to sweat and other factors. Next, people tend to misplace their key or RFID card. Apart from that, people tend to forget their pin number for a door lock.

Mobile access: Smart locks can connect to a mobile app, allowing you to lock and unlock your door from anywhere in the world with an internet connection, as well as keep track of how often household members or guests are coming and going. Mobile alerts: With a mobile app comes the ability to receive mobile alerts.

The bottom line: With a well-built smart lock, not only is it unlikely for anyone to get a hold of a spare key, but also standard lock picking techniques will fail, and electronic access through hacking becomes nearly impossible when two-factor authentication and 128-bit encryption are enabled.

What are the 3 major factors affecting IoT security? IoT security is affected by the cost, changes throughout its evolution and scope of the safety measures taken. All three are major considerations.

Another vulnerability to consider is the risk of physical tampering. Smart locks that rely on wireless communication, such as Bluetooth or Wi-Fi, can be susceptible to jamming or signal interception attacks. In some cases, intruders may even attempt to physically manipulate the lock mechanism to gain entry.

The major drawback of the smart fingerprint door lock is hacking or a breach of privacy. Even though they make lockpicking less likely, hackers may nevertheless manage to get past the barrier and enter your home. They can target the lax digital security mechanisms on the lock to break into your network.

Despite significant advancements in smart technology, it is still possible to have your electronic devices hacked, including smart locks. Hackers may compromise the Bluetooth connection, breach the Wi-Fi network, or access phone data, leading to unauthorized control of the lock.

Smart locks typically operate on batteries, which allow them to function even when there's no electricity. Battery life varies across models, with some able to last for months or even years before needing a replacement.

Many smart locks without Wi-Fi can work with other communication protocols such as Bluetooth, Z-Wave, or Zigbee. So if your Wi-Fi is disconnected, you can still use your lock. However, if you're having any trouble with your lock, Sure Lock & Key is here to help.

What is the problem statement for smart security? ›

The problem statement for smart home security cameras is the potential privacy risks associated with their usage patterns and the ability for attackers to infer daily activity routines.

Default passwords leading to brute-forcing

Many IoT devices come with default passwords and these are often weak. Customers who buy them may not realise they can (and should) change them. Weak passwords and login details leave IoT devices vulnerable to password hacking and brute-forcing.

The problem statement for the anti-theft system is to prevent theft by allowing an alarm device to operate even if the battery is detached. The problem statement for the anti-theft security system is to achieve both reliability and normal convenience.