Authors

  • Mirzaakbarov Dilshod Davlatboyevich
  • Ofarinova Husnobod Jahongir qizi

Author Biographies

  • Mirzaakbarov Dilshod Davlatboyevich

    Teacher of "Information Technology" department of Fergana State University

  • Ofarinova Husnobod Jahongir qizi

    Fergana State University - First year student of the department of philology and Language Teaching

    English

DOI:

https://doi.org/10.71337/inlibrary.uz.mead.118215

Keywords:

Electronic digital signature information security cryptography digital technologies document circulation EDS e-government public key private key labor market modern work processes.

Abstract

:  In recent years, due to the rapid development of digitalization and information technologies, the use of  electronic digital signatures (EDS) in document circulation processes is becoming increasingly widespread. An electronic digital signature (EDS) is a set of digital data attached to an electronic document that confirms its authenticity, integrity, and authorship. This article analyzes the essence of  the EDS, its technological foundations, areas of application, and its impact on labor activity. It also highlights the socio-economic and legal consequences of the EDS system. The article presents a scientific approach to improving the modern document circulation system through the use of electronic signatures.


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MODERN EDUCATION AND DEVELOPMENT

Выпуск журнала №-24

Часть–2_Апрел –2025

193

THE IMPACT OF ELECTRONIC DIGITAL SIGNATURE AND

ITS USE ON MODERN LABOR ACTIVITY

Mirzaakbarov Dilshod Davlatboyevich

Teacher of "Information Technology" department of Fergana State

University

Ofarinova Husnobod Jahongir qizi

Fergana State University - First year student of the department of philology

and Language Teaching

English

Annotation

: In recent years, due to the rapid development of digitalization

and information technologies, the use of electronic digital signatures (EDS) in

document circulation processes is becoming increasingly widespread. An electronic

digital signature (EDS) is a set of digital data attached to an electronic document that

confirms its authenticity, integrity, and authorship. This article analyzes the essence

of the EDS, its technological foundations, areas of application, and its impact on

labor activity. It also highlights the socio-economic and legal consequences of the

EDS system. The article presents a scientific approach to improving the modern

document circulation system through the use of electronic signatures.

Keywords

: Electronic digital signature, information security, cryptography,

digital technologies, document circulation, EDS, e-government, public key, private

key, labor market, modern work processes.

Introduction

:

With the advancement of digital technologies, human life and labor activity

are undergoing significant changes. In particular, digital documents and the

technologies that validate them are being increasingly used in government services,

business processes, and education. One such technology is the electronic digital

signature (EDS), which allows for the identification of a document’s author, protects

against forgery, and ensures legal validity.


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MODERN EDUCATION AND DEVELOPMENT

Выпуск журнала №-24

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Main Part:

The Essence of the Electronic Digital Signature

EDS is a digital form of a signature that confirms the user’s identity and

provides legal force to an electronic document. It is a digital counterpart of a

traditional handwritten signature. EDS is created based on cryptographic algorithms

and operates using a dual-key system — public and private keys.

The private key is used only by the user for signing documents, while the

public key is used by the recipient to verify the signature.

Legal Framework and Government Policy

According to the Law of the Republic of Uzbekistan “On Electronic Digital

Signature” dated December 11, 2003, a document signed using EDS is legally

equivalent to a handwritten signature on paper.

Additionally, in the “Digital Uzbekistan – 2030” strategy, the development of

the EDS system is identified as a key priority.Technical Foundations of EDS

The EDS system is based on modern cryptographic technologies: digital

signatures are created using algorithms such as RSA, DSA, and SHA-256. Electronic

signatures are provided to users through tokens or special software. In Uzbekistan,

the UZINFOCOM center operates as an official certification authority, offering

services for the creation, storage, and management of keys for individuals and legal

entities.

Practical Applications:

Currently, EDS is widely used in the following areas:

Government services: submitting tax reports via the Unified Portal, processes

of state registration;

Business: electronic contracts, sending invoices;

Education: electronic signing of diplomas and grades;

Judicial system: submitting electronic applications and lawsuits.

Advantages and Disadvantages

Advantages of EDS:

Reliability and security;


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MODERN EDUCATION AND DEVELOPMENT

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Speed of document circulation;

Reduction of paper costs

Opportunity for remote work.

Disadvantages include:

Low level of digital literacy;

Limited technical infrastructure;

Incomplete adoption of EDS in some institutions

Conclusion

:

In conclusion, the electronic digital signature has become an integral element

of legal document circulation in today’s digital society. It ensures document legality,

simplifies and accelerates work processes, and enhances the efficiency of government

and business sectors.

In the future, the improvement of the EDS system and the development of

digital culture are expected to help Uzbekistan advance further in its digital

transformation journey.

REFERENCES:

1. Law of the Republic of Uzbekistan "On Electronic Digital Signature". (2003). Law

No. O‘RQ-562.

2. UZINFOCOM – Electronic Digital Signature Center: https://e-imzo.uz

3. OECD. (2019). The Future of Work. OECD Publishing.

4. Economic Forum. (2020). The Future of Jobs Report 2020.

5. Qodirov, S. (2021). Innovative Technologies and Digital Economy. Tashkent:

Iqtisod-Moliya Publishing.

6. Stallings, W. (2017). Cryptography and Network Security. Pearson.

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