A smart device has a battery, simple processing capabilities, and onboard storage. A denial-of-sleep attack will drain the battery, which in turn can render the device inactive.
- [Narrator] A sensor node has sensors, power,…processing capabilities, and onboard storage.…The node has a wireless communication interface,…and often has location awareness…using a global satellite system and a positioning algorithm.…Each sensor typically has the capability to collect…and route data to a central repository for processing.…
Multiple sensor nodes create a wireless sensor network,…which is comprised of low-powered sensors…that monitor processes, take measurements, gather data…and communicate to other devices and data repositories.…Wireless sensor networks monitor everything…from power line voltage, chemical concentrations…and oil and gas production.…Basic elements in a sensor network include sensor nodes.…
These are the wireless devices…that have low-power requirements,…so there's no need to change the battery.…The sensor nodes collect…and communicate information on the IOT.…A gateway sensor node collects data from sensors…and makes decisions based on the information gathered.…And processing that includes data mining and data fusion,…
In this course, join Lisa Bock as she explores the relationship between security, privacy, and the IoT. Lisa discusses how the vulnerabilities in IoT devices have the potential to compromise user privacy and make them more susceptible to attacks and glitches. In addition, she discusses IoT privacy concerns; existing standards, regulations, and guidelines, such as HIPAA and Sarbanes-Oxley; and proposed standards and legislation that are currently in the works to ensure the privacy of the data collected on the IoT.
- Security, privacy, and the IoT
- Attacks and glitches
- Denial-of-sleep attacks
- Voice and sound attacks
- IoT vulnerabilities
- Glitches and compatibility issues
- Privacy concerns
- Existing standards and regulations
- Proposed standards and legislation
- Firewalls and IDS
Skill Level Intermediate
Raspberry Pi: Home Monitoring and Controlwith David Ross1h 29m Intermediate
Ethical Hacking: Mobile Devices and Platformswith Malcolm Shore1h 47m Intermediate
2. Potential Attacks and Glitches
5. Existing Standards and Regulations
6. Proposed Standards and Legislation
7. Securing IoT Devices
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