What is the Edge Computing trend and what is its relevance in the current context?
Posted: Tue Dec 17, 2024 8:28 am
Edge Computing is also known as the next step in the Internet of Things. It is about “real” devices that are connected to the Internet and the progress needed to enable increasingly complex data processing and analysis to take place close to them.
The Internet of Things , or IoT , is growing rapidly. The use of devices such as smartphones, Internet-enabled appliances, sensors, cameras, and drones, among others, has brought about the need to process data more quickly.
Edge Computing is one of the ways found to achieve faster technologies.
Edge computing optimizes the use of electronic devices finland email list 919532 contact leads that can connect to the Internet , as it seeks to bring computing closer to the source of the collected data. Processing is therefore carried out as close as possible to the user's location or the data source.
One of its advantages is that it minimizes the need to pass data over long distances between the device and the server , reducing latency and requiring less Internet bandwidth.
And with response times becoming shorter, the better for companies investing in this new form of technology.
Find out in this article what the trend in edge computing is and what its relevance is for companies. Let's look at the following topics:
What is Edge Computing?
When to use Edge Computing?
What areas can benefit from Edge Computing?
What are the benefits of Edge Computing?
How does Edge Computing work?
What to do to implement Edge Computing?
Read on to learn more!
What is Edge Computing?
Edge Computing is a technology that is related to the Internet of Things and is based on a network of micro data centers that process and store the requested data locally.
Although the concept seems somewhat complicated and difficult to implement, the benefits of edge computing are simpler to understand.
In the Internet of Things, data collection is done through devices, which collect what was collected, the amount of which depends on the equipment, and then the stored data is sent to a processing center or cloud.
Instead of taking everything to these centers or the cloud, edge computing "sorts" this data locally and separates what can be processed there, thereby reducing data traffic and the need to send it.
Data is processed at the edges of a network and only a portion is sent to central directories, hence the name Edge Computing.
The Internet of Things , or IoT , is growing rapidly. The use of devices such as smartphones, Internet-enabled appliances, sensors, cameras, and drones, among others, has brought about the need to process data more quickly.
Edge Computing is one of the ways found to achieve faster technologies.
Edge computing optimizes the use of electronic devices finland email list 919532 contact leads that can connect to the Internet , as it seeks to bring computing closer to the source of the collected data. Processing is therefore carried out as close as possible to the user's location or the data source.
One of its advantages is that it minimizes the need to pass data over long distances between the device and the server , reducing latency and requiring less Internet bandwidth.
And with response times becoming shorter, the better for companies investing in this new form of technology.
Find out in this article what the trend in edge computing is and what its relevance is for companies. Let's look at the following topics:
What is Edge Computing?
When to use Edge Computing?
What areas can benefit from Edge Computing?
What are the benefits of Edge Computing?
How does Edge Computing work?
What to do to implement Edge Computing?
Read on to learn more!
What is Edge Computing?
Edge Computing is a technology that is related to the Internet of Things and is based on a network of micro data centers that process and store the requested data locally.
Although the concept seems somewhat complicated and difficult to implement, the benefits of edge computing are simpler to understand.
In the Internet of Things, data collection is done through devices, which collect what was collected, the amount of which depends on the equipment, and then the stored data is sent to a processing center or cloud.
Instead of taking everything to these centers or the cloud, edge computing "sorts" this data locally and separates what can be processed there, thereby reducing data traffic and the need to send it.
Data is processed at the edges of a network and only a portion is sent to central directories, hence the name Edge Computing.