Edge computing allows data processing at the edge of corporate networks, enhancing efficiency by reducing bandwidth use and enabling real-time responses for smart applications. It improves security, cost-effectiveness, and reliability, making it particularly beneficial for IoT, gaming, healthcare, smart cities, and enterprise security. By minimizing the reliance on centralized cloud processing, edge computing addresses challenges like data corruption and connectivity issues.

1. EDGE COMPUTING
Presented by - ABHAY DHUPAR
“Moving intelligence to the Edge.”

2. What is Edge Computing?
Edge Computing is what it sounds: Computing
that takes place at the edge of corporate
networks, with ‘the edge’ defined as the place
where end devices access the rest of the network -
things like phones, laptops, industrial robots, and
sensors etc.
The edge used to be a place where these devices
connected so they could deliver data to, and
receive instructions from central data center or
Cloud.

3. Why Edge Computing?
● This technology increases the efficient usage of bandwidth by analysing the data at edges
itself unlike the cloud which requires transfer of data from the IOT requiring large bandwidth,
making it useful to be used in remote location with minimum cost.
● It allows smart applications and devices to respond to data almost at the same time which
is important in terms of business ad self driving cars.
● It has the ability to process data without even putting on a public cloud, this ensures full
security.
● Data might get corrupt while on an extended network thus affecting the data reliability for
the industries to use.
● Edge computation of data provides a limitation to the use of cloud.

5. 1. Faster response time.
2. Security and Compliance.
3. Cost-effective Solution.
4. Reliable Operation With Intermittent Connectivity.
Benefits Of Edge Computing

6. ● IOT (Internet Of Things)
● Gaming
● Health Care
● Smart City
● Intelligent Transportation
● Enterprise Security
Edge Cloud Computing Services