Journal of Cyber Security in Computer System(e-ISSN:2583-4703)

Detect Malicious Packets and Malicious Effect to Improve the Confidentiality in Data Security – Awareness

2023-10-25T13:46:21+0530

The phrase 'the earth revolves around data'
emphasizes the pivotal role that data plays in
today's world. Data drives decision-making
processes, propels businesses forward, and
shapes our digital landscape. Various entities,
including organizations, governments, and
individuals, all hold stakes in the data
ecosystem. Ensuring the responsible handling,
sharing, and protection of data has become a
top priority. Hackers leverage their technical
expertise to infiltrate websites and databases,
often without the owners' awareness. Their
activities encompass a wide range, from
pilfering sensitive personal data to
orchestrating large-scale data breaches.
Hacking has become increasingly common,
resulting in financial losses and
compromising data security. The
contemporary challenge lies in finding a
balance between unrestricted access to
information and safeguarding against its
misuse. To address these concerns, cyber
security measures, ethical hacking, and data
protection regulations have emerged as means
to mitigate the risks associated with online
data. Encouraging digital literacy and
responsible internet usage is vital in
equipping individuals with the knowledge
needed to safely navigate the digital realm.
Preventing spamming and carding attacks
requires a multi-faceted approach that
involves technology, policy, and user
awareness. It's an ongoing battle, as attackers
continually evolve their tactics, so it's
important to stay up-to-date with the latest
threats and mitigation strategies.

Application of Chaos Theory to Cyber Security

2023-11-09T13:49:15+0530

The application of Chaos Theory to the field
of cyber security represents a compelling
frontier in safeguarding the increasingly
complex and interconnected digital landscape.
Chaos Theory, known for its sensitivity to
initial conditions and the unpredictability of
dynamic systems, offers a unique lens
through which to understand, model, and
mitigate cyber threats. This abstract explores
the key insights and implications of
integrating Chaos Theory into the realm of
cyber security. Chaos Theory's fundamental
principles of non-linearity, fractal geometry,
and the butterfly effect, traditionally used in
natural sciences and complex systems, have
found resonance in the inherently intricate
and ever-evolving world of cyber security.
This abstract delves into how Chaos Theory
can reveal previously unseen patterns in
cyber-attacks, offer early detection of
anomalies, and enhance predictive
capabilities. The concept of "cyber chaos"
emerges as a paradigm shift, advocating for
dynamic and adaptive defence mechanisms.
The abstract also discusses the practical
implications of embracing Chaos Theory,
addressing the limitations, and presenting
case studies and real-world applications in
which this approach has demonstrated its
effectiveness. By harnessing Chaos Theory,
cyber security practitioners and researchers
can adapt to the dynamic cyber landscape,
thwart sophisticated attacks, and fortify the
digital realm against unpredictable threats.
This abstract underscores the need to explore
and exploit the chaotic nature of cyberspace
to safeguard critical infrastructure and digital
assets in an increasingly uncertain world

A Review of Cyber Security in Banking Industry Threats and Vulnerabilities

2023-12-15T17:17:44+0530

Data security is becoming a big issue in the
modern world. The most entertaining and
time-saving things in life are cyber services.
However, consumers save their data on cloud
servers, which are managed by cybercrime.
Cybersecurity is crucial in this situation.
Since numerous hackers can target the data
and obtain user information via the server,
this is an open security challenge. It's not
hard to find several examples of cybercrime if
we search around. Phishing and scams,
identity theft, ransomware attacks, improper
use of computer networks, and online fraud
are a few examples. Our cloud-based datasets
security is now a major concern. Data
security, including the detection of potential
intruders anywhere in the world, will be the
focus of our research, thus safeguarding
information from invaders is now a serious
problem. If we don't know who the invader is,
how will we find out who is taking the data
that has been protected by passwords, OTPs,
fingerprints, biometric security, and other
techniques? To prevent this, we can make use
of hybrid techniques, biometric recognition,
data learning, and machine learning. These
will be the handles of the system, and by
employing the greatest optimisation strategies
to extract accurate data, they will aid in
protecting data from hackers.

Assessing the Threat of Using Portable Devices to Access Banking Services

2023-12-20T11:23:41+0530

This study examines application security for
mobile banking in depth. The authors
examined blog comments about mobile
banking application security using blog
mining as a research method. Security
concerns, protection strategies/best practices,
to assist banks and customers in lowering the
Future security trends and security dangers
related to mobile banking services are
described.
Portable technologies, Smartphones and
tablets, for example, have grown to be an
essential component of our everyday life in
the digital age. These devices give convenience
and accessibility, allowing us to complete a
range of tasks on the road, including banking.
However, with convenience comes the
possibility of security risks. It is critical to
examine the risks connected with using
mobile devices for banking and to take the
appropriate safeguards to protect our
financial information and transactions.
The risks associated with using portable
devices are higher for data exposure (sensitive
data exposed to the public or a third party
without consent), data loss (when a physical
device is lost), and increased vulnerability to
network-based attacks to and from any
system the device is connected to (both
directly and via networks over the internet).
Cyberattacks on mobile platforms can be
carried out more easily on these platforms.
This is especially true when cloud services,
which serve as hubs for cyber threat actors,
are accessed through mobile devices.

Novel Perspectives on Doxing and Its Mitigation

2023-12-20T12:48:55+0530

Doxing, the malicious act of exposing an
individual's private and sensitive information,
has emerged as a significant threat in the
digital age. This study explores novel
perspectives in understanding doxing, its
evolving techniques, and innovative strategies
for its mitigation. Our research delves into
the intricacies of doxing, shedding light on
emerging tactics employed by malicious
actors in an era of increased online
information sharing. We examine the
psychological and sociological factors that
drive doxing incidents, providing fresh
insights into the motivations behind such
attacks. This paper presents a holistic
approach to doxing mitigation, incorporating
technical, legal, and educational strategies.
We discuss the importance of proactive threat
intelligence sharing, the development of
advanced privacy protection tools, and legal
frameworks to hold doxers accountable.
Additionally, we emphasize the role of
cybersecurity awareness and digital hygiene
practices in reducing individual susceptibility
to doxing. In a rapidly evolving digital
landscape, this research offers a forwardlooking perspective on the challenges posed
by doxing and provides valuable guidance for
individuals, organizations, and policymakers
seeking effective mitigation strategies