Incident-Response-and-Recovery and Cloud Security

KOMMURI PRATAP REDDY INSTITUITE OF TECHNOLOGY
Department of Computer Science and Engineering
Technical seminar
TSC&Internal Examiner Due by:

Dr.B.Srinaiah VAMSHANK REDDYGANI
20RA1A0599
Cybersecurity : Incident
Response and Recovery
and Securing Data on
Cloud
Welcome to our presentation on incident response and recovery and securing
data on cloud. Today, we'll be discussing the most effective ways to manage
cyber attacks and minimize their impact on your organization.
Overview of Incident Response and
Recovery
In this section, we'll define what we mean by incident response and recovery, and explore the differences
between the two. We'll also talk about why it's important to have a plan in place before an incident
occurs.
Make a Plan Know Your Network Be Prepared
Creating an incident response Knowing your network is You can't prevent all cyber
plan is the first step to protect essential to be able to identify attacks, but you can prepare
yourself against cyber attacks. and respond quickly to an for them. Conduct regular
There is often no time to think attack. Keep inventory on all training so that employees
during an attack, so having a your assets, their criticality, know how to react if a breach
plan in place can help you and the applications they rely occurs and identify potential
react quicker and more on, so that you can prioritize gaps in awareness as you go.
effectively. which systems require
attention first.
Common Types of Cyber Attacks
In this section, we'll explore the various types of cyber attacks that organizations might face. We'll discuss
the different techniques that attackers use to compromise systems and networks, and the motivations
behind their actions.
Phishing Malware
Phishing scams are one of the most common Malware is an umbrella term for various
types of cyber attacks. Attackers trick users types of malicious software designed to
into giving up sensitive information such as infiltrate a system and cause harm.
passwords, credit card details, or other Ransomware, for example, encrypts files
confidential data by disguising themselves as making them inaccessible, demanding a
a trustworthy entity. ransom to restore them.
Distributed Denial of Service Man in the Middle (MitM)

(DDoS)
MitM attacks happen when a hacker
DDoS is a type of attack that floods a targeted intercepts a victim’s communication to
network with traffic in an attempt to exhaust others. It can result in attackers tampering,
its resources, making it unavailable to users. deleting, or manipulating the messages.
Steps for Effective Incident Response and
Recovery
This section will focus on the actual steps to take during an attack, including containment, eradication,
and recovery.
Containment Eradication Recovery

The first objective should Once the attack is contained, The final step is to restore
always be containment to focus on eliminating the normal operations and
prevent the attacker from threat. Remove any malicious continue with business as
doing further damage. Isolate code from the system, restore usual activities. Before
the affected area and block data from backup, and restoring services, test the
all external communication to mitigate vulnerabilities within network to ensure the threat
prevent any spread across the the network. is fully mitigated.
network.
Securing Your Data on the
Cloud
As more and more businesses adopt cloud computing, security becomes
increasingly important. Discover the best practices and solutions for
protecting your data.
The Current State of Cloud Security
"Concern over cloud security is on the rise, but so are the tools and strategies available to combat those
concerns."
Number of Cloud Data Breaches 3,950
Percentage of Companies Using Cloud 94%

Services
Projected Global Cloud Security Market Size

$12.73 billion
Future Trends in Cloud Security
1 Artificial Intelligence
AI will play an increasingly important role

in cloud security by automating threat
Blockchain Technology 2 detection and response and improving
incident response times.
Blockchain can improve cloud security by
providing a decentralized method of
storing data, reducing the risk of a single
point of failure.
3 Quantum Computing
Quantum computing has the potential to
disrupt cloud security by rendering
some encryption methods useless.
Countermeasures are already being
developed to address this potential
threat.
Conclusion
Cloud security is essential for any business that uses cloud computing.
Threats to cloud security include data breaches, insider threats, and unauthorized access.
Key security measures to adopt when using the cloud include encryption, access control,
multi-factor authentication, and monitoring for suspicious activity.
The current state of cloud security is precarious, but solutions are

available.
Companies are investing in cloud security to protect their data and reputations. Future
trends in cloud security, such as AI, blockchain technology, and quantum computing,
provide opportunities for improvement and innovation.
Thank You

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KOMMURI PRATAP REDDY INSTITUITE OF TECHNOLOGY

Department of Computer Science and Engineering

TSC&Internal Examiner Due by:

Make a Plan Know Your Network Be Prepared

Distributed Denial of Service Man in the Middle (MitM)

Containment Eradication Recovery

Number of Cloud Data Breaches 3,950

Percentage of Companies Using Cloud 94%

Projected Global Cloud Security Market Size

AI will play an increasingly important role

The current state of cloud security is precarious, but solutions are

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