Cybersecurity Engineer based in Riga, Latvia, with more than 7 years of residency and holding Permanent Residence permit status. Currently working as an Information Security & Infrastrucutre engineer while pursuing a Master's degree in Data Science remotely at WSB University in Poland. Fluent in English, Russian, Turkish, and Azerbaijani, with strong proficiency in German and conversational skills in Latvian. Dedicated to advancing cybersecurity expertise with a strong academic foundation and multilingual communication abilities. Looking for the new challenges!
Helping to kids in learning. Helping them to improve their English, Russian, German and math skills in primary school. It can be assumed as a teacher assistent.
Data transmission protection on automotive legacy networks with limited resources
This project was my bachelor thesis which explores the automotive industry and its cyber security, mainly focusing on the security of the communication between different ECUs (Electronic Control Units). The goal of the thesis is to compare the performance of existing cryptographic algorithms in the field such as Blowfish and AES over the CAN legacy network. The reason behind the research goal is to find which algorithm has lower latency, and higher throughput to transmit the data over CAN legacy network. In order to achieve the goal research and analysis for both algorithms and the CAN interface have been conducted and based on the research and analysis, a simulation of the automotive industry has been created (in Raspberry Pi with Python language) for the transmission of data over the CAN legacy network and securing the data with the help of AES and Blowfish algorithms. As an outcome of the thesis, the results of both algorithms have been compared, and based on the comparison the guidelines for the algorithm selection have been provided.
Conducted a research project on enhancing the security of Near Field Communication (NFC) technology, focusing on preventing eavesdropping attacks. Explored the operational principles, applications, and vulnerabilities of NFC through current literature. Implemented the AES-128 encryption algorithm using a Raspberry Pi and MIFARE 1K card, with Python as the programming language. Designed an experiment to test how AES converts plaintext to ciphertext during NFC data transmission. Results showed that AES significantly increased data complexity, confirming its effectiveness as a security measure. The project demonstrated practical application of encryption methods in securing real-time NFC communications.