Discussion 1 Cloud computing offers the ability to share information and facilities belonging to multiple organizations or sites. Hence, expanding the use of cloud computing causes security challenges for us. NIST defines cloud computing as the representation for making relevant, on-demand adjustments for the right of entry into a collective pool. With fewer supervisory practices or cloud supplier contact, all of these networks, servers, storage, software and services are constantly designed. Until now, cloud computing has been viewed as a revolutionary measuring concept. This required the use of more than one stage of thinking to quantify contact. The spot specifications of these providers are sold at cheaper rates online. The inference of high flexibility and usability is the reason. Cloud computing is the biggest subject that is starting to get the right kind of attention lately. The rewards of cloud computing platforms arise from financial networks of all types. Cloud computing, is an evolving method of distributed computing that is still in its inception. The theory uses all levels of explanations and interpretation on its own. The main one that has connectivity and other calculative possessions is a public cloud. This is made accessible digitally to average citizens and is known to all the cloud service companies. The confidential cloud on the other side is the one in which the calculating atmosphere is fully created for the industry. This can be done by the sector or by third parties. This can be hosted in the knowledge hub of the industry. The private cloud gives the industry good leverage of the means of communication and computation relative to the public cloud. The hybrid cloud is primarily the fusion of two or more than two clouds, this becomes the unusual entities that are connected to each other by integrated or standardized technologies that facilitate interconnectivity. Today, in certain ways, the focus is on vendors to detect and prevent cloud events. The more autonomy we have, the more flexibility we have in incorporating virtual appliances and resources for network security and the more we will be able to detect unusual incidents and take actions immediately. Reference Whitman, M., Mattord, H., & Green, A. (2013). Principles of Incident Response and Disaster Recovery. Cengage Learning. Discussion 2 In cloud computing, there is a comfort of sharing distributed services and resources belonging to different sites or organization which help companies to manage their business operation globally and help it to expand their organization at a large scale. However, it also brings complexity to the incident handlers as firstly as many users can access the same information freely, there will be substrata of users who will not be paying for the resources and identifying those users is a challenge. Second, as there are numerous security parameters in cloud computing in terms of networks, databases, resource scheduling, and memory mana ...

1. Discussion 1
Cloud computing offers the ability to share information and
facilities belonging to multiple organizations or sites. Hence,
expanding the use of cloud computing causes security
challenges for us. NIST defines cloud computing as the
representation for making relevant, on-demand adjustments for
the right of entry into a collective pool. With fewer supervisory
practices or cloud supplier contact, all of these networks,
servers, storage, software and services are constantly designed.
Until now, cloud computing has been viewed as a revolutionary
measuring concept. This required the use of more than one stage
of thinking to quantify contact. The spot specifications of these
providers are sold at cheaper rates online. The inference of high
flexibility and usability is the reason. Cloud computing is the
biggest subject that is starting to get the right kind of attention
lately. The rewards of cloud computing platforms arise from
financial networks of all types.
Cloud computing, is an evolving method of distributed
computing that is still in its inception. The theory uses all levels
of explanations and interpretation on its own. The main one that
has connectivity and other calculative possessions is a public
cloud. This is made accessible digitally to average citizens and
is known to all the cloud service companies. The confidential
cloud on the other side is the one in which the calculating
atmosphere is fully created for the industry. This can be done
by the sector or by third parties. This can be hosted in the
knowledge hub of the industry. The private cloud gives the
industry good leverage of the means of communication and
computation relative to the public cloud. The hybrid cloud is
primarily the fusion of two or more than two clouds, this
becomes the unusual entities that are connected to each other by
integrated or standardized technologies that facilitate
interconnectivity.
Today, in certain ways, the focus is on vendors to detect and

2. prevent cloud events. The more autonomy we have, the more
flexibility we have in incorporating virtual appliances and
resources for network security and the more we will be able to
detect unusual incidents and take actions immediately.
Reference
Whitman, M., Mattord, H., & Green, A. (2013). Principles of
Incident Response and Disaster Recovery. Cengage Learning.
Discussion 2
In cloud computing, there is a comfort of sharing distributed
services and resources belonging to different sites or
organization which help companies to manage their business
operation globally and help it to expand their organization at a
large scale. However, it also brings complexity to the incident
handlers as firstly as many users can access the same
information freely, there will be substrata of users who will not
be paying for the resources and identifying those users is a
challenge. Second, as there are numerous security parameters in
cloud computing in terms of networks, databases, resource
scheduling, and memory management, the incident
handlers must be well informed about the cloud computing
Infrastructure and its mechanism to counter the wide array of
problems. These challenges can be a denial of services: where
the various incident of service attacks can create a bogus
request for preventing the system within the stipulated ti me, a
challenge in communicating with the service provider: as the
cloud Infrasturce is usually handled by a third party vendor,
there can be limited control for the incident handler can
perform, this limited action over the system and action provided
by service providers can cause delays or lag in communication
and job execution. Other problems can occur in terms of
malicious code, since the resources are shared, and are not
operated within physical boundaries of the organization, there is
a chance of unauthorized user entering into the system or a
chance of an employee uploading a file with a virus to the cloud

3. infrastructure, which later on can quickly affect the workstation
or increase the probability of having attackers getting access to
the system and steal important data of the organization.
References:
Christian Frøystad, Inger Anne Tøndel, & Martin Gilje Jaatun.
(2018). Security Incident Information Exchange for Cloud
Service Provisioning Chains. Cryptography, 2(4), 41.
https://doi.org/10.3390/cryptography2040041