SESSION 06: The IoT Edge Flashcards
1
Q
What is edge computing?
A
Brings processing and decision making closer to the source of data - the edge of the network.
2
Q
Where the edge computing can be done?
A
- Devices them self
- Local gateways
- Dedicated edge nodes
3
Q
Benifits of Edge computing
A
- Reduced latency
- Improved bandwidth efficiency
- Enhanced security
- Offline functionality
4
Q
Challenges of Edge computing
A
- Resource constraints
* Limited computing power
* Power and energy constraints - Network limitation
* Bandwidth limitation
* Intermittent conncectivity - Security and Privacy
* Data Security
* Privacy concerns - Heterogenity and Compatibility
* Device diversity
* Standardization - Management and Orchestration
* Deployment complexity
* Lifecycle managment - Data goverance and Compliance
* Data sovereignty
* Data integrity - Scalability and Performance
* Scalability challenges
* Performance optimization
5
Q
Edge devices types
A
- Edge servers
Perform data processing, storage and analysis tasks - Edge gateways
Act as intermediaries between IoT devices and cloud-based platforms.
Perform data aggregating, processing and transmitting data to the cloud. - Edge routers
Facilitate data routing, traffic management, and network connectivity. - Edge computing nodes
Lightweight computing devices
Perform specific processing tasks or execute edge applications. - Edge sensors and actuators
Capture physical or environmental data and initiate actions based on input receives from the edge.
6
Q
The role of the edge computing in security and privacy
A
- Reduced attack surface
- Offline processing
- Distributed security
7
Q
Security considerations of the edge computing
A
- Securing the edge devices
- Software updates
- Data privacy at the edge
8
Q
The future of edge computing
A
- Distributed Intelligence
- Edge-cloud synergy
- Edge security and Privacy
- Edge-Driven innovation
- Edge-optimized infrastructure