One of the primary reasons for IoT security standards is to:
- Enable centralized control
- Improve energy efficiency
- Minimize operational costs
- Protect against unauthorized access and data breaches
IoT security standards are primarily in place to protect against unauthorized access and data breaches. With the vast amount of data transmitted and processed by IoT devices, ensuring the security of this data is paramount to maintain trust and safety in the IoT ecosystem.
During the ________ phase of an IoT project, devices are deployed in the target environment.
- Deployment
- Design
- Planning
- Testing
The deployment phase of an IoT project involves deploying devices in the target environment where they will collect data and perform their intended functions.
Authorization in IoT security refers to:
- Authenticating users
- Controlling access
- Encrypting data
- Secure device pairing
Authorization in IoT security involves controlling access to resources or actions. It determines what actions or data a user or device is allowed to access. It's a critical aspect of security to prevent unauthorized access and actions.
Among the following, which is NOT typically considered a standard protocol in IoT communications?
- FTP
- HTTPS
- LoRaWAN
- Zigbee
While HTTPS, LoRaWAN, and Zigbee are standard protocols used in IoT communications, FTP (File Transfer Protocol) is not typically considered a standard protocol for IoT. FTP is used for general file transfer and is less commonly associated with IoT devices.
When it comes to IoT, data anonymization techniques are used to:
- De-identify sensitive information
- Encrypt data transmissions
- Hide IoT device locations
- Implement strong access controls
Data anonymization in IoT involves removing or altering personally identifiable information, making it more challenging to identify individuals from the data.
Industrial IoT devices, often used for monitoring machinery and processes, are commonly referred to as ________.
- IIoT
- IoT
- Sensors
- Smart Devices
Industrial Internet of Things (IIoT) devices are specialized devices used in industrial settings for monitoring and controlling machinery and processes. They are often designed to handle the unique requirements of industrial environments.
Fog computing is an extension of:
- Cloud computing
- Edge computing
- Mobile computing
- Quantum computing
Fog computing is an extension of cloud computing. It extends cloud capabilities to the edge of the network and brings processing closer to the data source. This helps in reducing latency and improving efficiency, making it suitable for IoT and other applications.
Device integrity in the context of IoT primarily refers to:
- Data availability
- Data confidentiality
- Device performance
- Trustworthiness of the device's components
Device integrity in IoT pertains to ensuring the trustworthiness of the device's components. This includes verifying that the hardware, software, and data haven't been tampered with, which is essential for maintaining the security of IoT devices.
Which programming language is often recommended for beginners in IoT development due to its simplicity and extensive libraries?
- Assembly
- Brainfuck
- Klingon
- Python
Python is often recommended for beginners in IoT development due to its simplicity, readability, and extensive libraries like MicroPython and CircuitPython designed for microcontrollers. Klingon, Brainfuck, and Assembly are not suitable for beginners due to their complexity and lack of IoT-specific libraries.
Which communication model in IoT refers to devices communicating directly with each other without human intervention?
- H2M (Human-to-Machine)
- M2H (Machine-to-Human)
- M2M (Machine-to-Machine)
- M2O (Machine-to-Object)
In the realm of IoT, M2M (Machine-to-Machine) communication is when devices autonomously communicate with each other without human intervention. This kind of communication is at the heart of the IoT concept, where devices exchange data and instructions seamlessly.