Авторы

  • Bakhrombek Matchanov
    independent researcher of Tashkent State Pedagogical University

DOI:

https://doi.org/10.71337/inlibrary.uz.tafps.113280

Ключевые слова:

threat information protection protection object information system threatening character modes of action protective measures coding encryption

Аннотация

In this thesis, information security threats are classified according to their severity. The effectiveness of safeguarding information is influenced by its promptness, proactiveness, persistence, and sophistication. Advanced security measures are employed to ensure that malicious channels for data distribution are neutralized.


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THEORETICAL ASPECTS IN THE FORMATION OF

PEDAGOGICAL SCIENCES

International scientific-online conference

204

INFORMATION PROTECTION METHODS AND MEANS

CONSIDERING THE LEVEL OF THREAT.

Matchanov Bakhrombek Jumanazarovich

independent researcher of

Tashkent State Pedagogical University

https://doi.org/10.5281/zenodo.15718538

Abstract.

In this thesis, information security threats are classified

according to their severity. The effectiveness of safeguarding information is
influenced by its promptness, proactiveness, persistence, and sophistication.
Advanced security measures are employed to ensure that malicious channels for
data distribution are neutralized.

Keywords:

threat, information protection, protection object, information

system, threatening character, modes of action, protective measures, coding,
encryption

The purpose of organizing any information computing systems is to

simultaneously provide reliable information to users' requirements and maintain
their confidentiality. In this case, the task of providing information must be solved
on the basis of protection from external and internal unauthorized influences.

According to the level of threats to information security, they can be classified

as follows:


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Acc

or

din

g

to

the

le

ve

l o

f threats to

in

fo

rmat

io

n

s

ecur

it

y,

the

y ca

n

b

e cl

as

sified as

fo

ll

ow

s

Fo

r

an

in

div

id

ual

-

violation of the constitutional rights and freedoms of citizens to search,

receive, transfer, develop, and distribute information;

-

deprivation of citizens' right to privacy;

-

violation of citizens' rights to protect their health from involuntary

exposure to harmful information;

-

threats to intellectual property.

Fo

r s

ociet

y

-

obstacles to building an informed society;

-

hindrance to the spiritual renewal of society, preservation of its spiritual

wealth, dedication, impartiality, and the development of long-standing spiritual

traditions of the country;

-

impeding the promotion of national and cultural heritage and depriving

society of moral standards;

-

creating an environment that opposes the development of modern

telecommunication technologies and hinders the advancement and preservation

of the country's scientific and production potential.


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Fo

r the

s

ta

te

-

actions against the protection of the interests of individuals and society;

-

opposition to building a legal state;

-

obstruction of the formation of institutions of public control over state

management bodies;

-

resistance to the establishment of a system for preparing, adopting, and

implementing decisions by state management bodies that ensure the interests of
individuals, society, and the state;

-

obstacles to the protection of state information systems and state

information resources;

-

actions against the protection of the country's unified information

environment.

A threat – is an act committed by criminals with the aim of causing material or

moral harm. The categories of threats are presented in the form of a diagram

below.

The methodological approach to information protection forms the basis for

ideas and important recommendations to ensure the confidentiality of
information at different stages. These principles are considered when creating
normative frameworks for information protection and are applied as standards in
the adoption of laws and regulations, with mandatory implementation.

The principles of information protection can be divided into three groups:

legal

organizational

technical

The practice of using information protection systems shows that only

complex information protection systems can be effective. They encompass the
following measures:

legislation

The use of legal acts that strictly define the rights and
obligations of legal entities, individuals, and the state in
the field of information protection.

spiritual-

ethical

Creating and maintaining an environment where
violations of established rules of conduct within the
facility are strongly discouraged by most employees.


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physical

Creating physical barriers that prohibit unauthorized
access to protected information.

administrative

Establishing appropriate privacy, access, and internal
control regimes.

technical

Using electronic and other equipment for information
protection

cryptographic

Implementing encryption and coding techniques that
prevent illegal access to processed and transmitted
information.

software

Utilizing software tools to restrict usability

All information carriers, including physical, hardware, software, and

documentary means, are considered as complex protection objects.

In recent times, information is stored, transmitted, and processed in various

forms of information systems. An information system is an application software,
and sometimes a hardware-software system, designed to collect, store, search,
and process textual or graphic information.

The material foundation for information availability in an information

system consists of electronic and electromechanical devices, as well as
information carriers. Information carriers can include paper, magnetic, and
optical media, as well as electronic circuits.

The main objects of information protection include information resources

related to state secrets and containing confidential information, tools and
information systems (computing tools, networks and systems), software tools
(operating systems, database management systems, application software),
automated control systems, communication and data transmission systems, and
technical means of processing access-limited information (such as recording,
sound amplification, hearing, speech, television devices, document preparation,
and reproduction tools, as well as other graphic, text, and alphanumeric data
processing tools), as well as systems and tools for direct processing of
confidential and state secrets. These systems and tools are often referred to as
technical means of receiving, processing, and storing information.

There are also technical tools and systems located in the area where

confidential information is processed, but they are not part of the main system.
These auxiliary technical equipment and systems include telephones,
communication sound amplification technical equipment, fire and security alarm
systems, data transmission means in the radio communication system, control


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and measuring devices, household electrical appliances, etc., as well as the
building in which they are located.

These components can be considered as a system that includes stationary

equipment, peripheral devices, connection lines, distribution and communication
devices, and power source systems. Technical means for processing confidential
information, as well as the building in which they are located, constitute its
protected object.

Protective actions aimed at ensuring information security can be

characterized by various dimensions, including the nature of the threat, methods
of action, distribution, and the scale of impact.

Depending on the nature of the threat, protective measures are aimed at

protecting data from disclosure, leakage and illegal access. According to the
methods of action, they can be divided into deficits or other damages: warning,
detection, prevention and recovery. Protective actions on the enclosure can be
directed to the area, building, structure, devices or their individual elements. The
scale of protective measures is defined by object, group or individual protection.

Types of information protection are classified into two main types:
firstly

, information privacy, more precisely, according to the type of

protected secrets;

secondly

, on groups of forces, means and methods used for information

protection.

The first group can include the following main directions: protection of

state secrets, protection of interstate confidential information, protection of
business secrets, protection of service secrets, protection of professional secrets
and protection of private information.

The second group includes the following main directions: legal protection of

information, organizational protection of information and engineering and
technical protection of information.

Classification of information protection means and methods.

as a method of information protection is one of the main
organizational methods of data protection in practice, it

limits the number of individuals authorized to

confidential information

Hiding

as a method of information protection, firstly, distributes

confidential information according to the level of

confidentiality, and secondly, limits access to protected

information

Layering


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is one of the methods of information protection, which
means spreading false information instead of real

information about an object

Disinformation

the method of means that the information is divided into

pieces, and the complete information cannot be obtained

through any part of it

Information

fragmentation

its meaning is to protect the rights and interests of the

information owner or information media from traditional

threats and information security threats

Insurance

it is a person, who is an employee of an enterprise or an

organization, who is aware of confidential information,

accumulates a lot of information in his memory, and in
some cases can become a source of information leakage,

and because of his fault, others get this information

illegally

spiritual and

educational

is one of the important methods of information

protection, which allows to obtain information about the

location of confidential information carriers and their

users at any time.

Accounting

is a method of converting plain text into conditional

information using the coding method, in order to hide the

protected information from the adversary when there is a

risk of being intercepted by others during the
transmission of information through the channel

Coding

is a method of information protection, which is often used

when transmitting information by means of radio devices

when there is a risk of interception by an adversary

Encryption

References:

1.

Matchanov B.J., Classification of threats to information security, SCIENCE

AND INNOVATION, international scientific journal volume 2 issue 7 july 2023,
UIF-2022: 8.2|ISSN: 2181-3337| scientist.uz, 23-30 p
2.

Muhammadiev J.O‘. Axborot xavfsizligi: muammo va yechimlar:

Monografiya. – T., 2011.
3.

Семененко В.А. Информационная безопасность: Учебное пособие. –

М., 2008.
4.

Миродова Ш. Проблемы обеспечения информационной безопасности

Республике Узбекистан в условиях глоболизации. – Т., 2008.
5.

Аверченков В.И. Системы защиты информации в ведущих

зарубежных странах: Учебное пособие. – Брянск, 2007.


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THEORETICAL ASPECTS IN THE FORMATION OF

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6.

Безбогов А.А. Методы и средства защиты компьютерной

информации. Учебное пособие. – Тамбов, 2006.
7.

Зайцев А.П., Голубятников И.В., Мещеряков Р.В. Программно-

аппаратные средства обеспечения информационной безопасности:
Учебное пособие. – М., 2006.
8.

Казиев В.М. Введение в правовую информатику. – http://www.

intuit.ru.
9.

Мельников В.П. Информационная безопасность. Учебное пособие. –

М., 2005.
10.

Ярочкин В.И. Информационная безопасность. – М.: 2004.

Библиографические ссылки

Matchanov B.J., Classification of threats to information security, SCIENCE AND INNOVATION, international scientific journal volume 2 issue 7 july 2023, UIF-2022: 8.2|ISSN: 2181-3337| scientist.uz, 23-30 p

Muhammadiev J.O‘. Axborot xavfsizligi: muammo va yechimlar: Monografiya. – T., 2011.

Семененко В.А. Информационная безопасность: Учебное пособие. – М., 2008.

Миродова Ш. Проблемы обеспечения информационной безопасности Республике Узбекистан в условиях глоболизации. – Т., 2008.

Аверченков В.И. Системы защиты информации в ведущих зарубежных странах: Учебное пособие. – Брянск, 2007.

Безбогов А.А. Методы и средства защиты компьютерной информации. Учебное пособие. – Тамбов, 2006.

Зайцев А.П., Голубятников И.В., Мещеряков Р.В. Программно- аппаратные средства обеспечения информационной безопасности: Учебное пособие. – М., 2006.

Казиев В.М. Введение в правовую информатику. – http://www. intuit.ru.

Мельников В.П. Информационная безопасность. Учебное пособие. – М., 2005.

Ярочкин В.И. Информационная безопасность. – М.: 2004.