Greylisting method analysis in real SMTP server environment - Case-study. - Tomas Sochor (SCSS (1), 2008)

Greylisting - long term analysis of anti-SPAM effect. - Tomas Sochor (CRiSIS, 2009)

Comparison between normal and TOR-anonymized web client traffic. - Tomas Liska; Tomas Sochor; Hana Sochorová (WCIT, 2011)

Efficiency comparison of greylisting at several SMTP servers. - Tomas Sochor (WCIT, 2011)

Anonymization of Web Client Traffic Efficiency Study. - Tomas Sochor (CN, 2012)

Onion Routing Efficiency for Web Anonymization in Various Configurations. - Tomas Sochor (CN, 2013)

Potential of multilevel SPAM protection in the light of current SPAM trends. - Tomas Sochor; Alzbeta Davidova (ICNSC, 2013)

Study of Internet Threats and Attack Methods Using Honeypots and Honeynets. - Tomas Sochor; Matej Zuzcak (CN, 2014)

Overview of e-mail SPAM elimination and its efficiency. - Tomas Sochor (RCIS, 2014)

Attractiveness Study of Honeypots and Honeynets in Internet Threat Detection. - Tomas Sochor; Matej Zuzcak (CN, 2015)

Definition of Attack in Context of High Level Interaction Honeypots. - Pavol Sokol; Matej Zuzcak; Tomas Sochor (CSOC (2), 2015)

High-Interaction Linux Honeypot Architecture in Recent Perspective. - Tomas Sochor; Matej Zuzcak (CN, 2016)

Ad-Hoc Routing Protocols Comparison Using Open-Source Simulation Tool. - Tomas Sochor; Tomas Gatek (CSOC (2), 2016)

Statistical analysis of attacking autonomous systems. - Tomas Sochor; Matej Zuzcak; Petr Bujok (Cyber Security And Protection Of Digital Services, 2016)

Analysis of attackers against windows emulating honeypots in various types of networks and regions. - Tomas Sochor; Matej Zuzcak; Petr Bujok (ICUFN, 2016)

Behavioral Analysis of Bot Activity in Infected Systems Using Honeypots. - Matej Zuzcak; Tomas Sochor (CN, 2017)

Intrusion Detection System for Home Windows based Computers. - Matej Zuzcák; Tomas Sochor; Milan Zenka (KSII Trans. Internet Inf. Syst., 2019)

Detection Efficiency Improvement in Multi-component Anti-spam Systems. - Tomas Sochor (CN, 2020)

K-means Clustering of Honeynet Data with Unsupervised Representation Learning. - Antonina Kashtalian; Tomas Sochor (IntelITSIS, 2021)

Resilient Computer Systems Development for Cyberattacks Resistance. - Sergii Lysenko; Kira Bobrovnikova; Piotr Gaj; Tomas Sochor; Iryna Forkun (IntelITSIS, 2021)

Proof of stake and Proof of work approach for malware detection technologies. - Dmytro Denysiuk; Tomas Sochor; Mariia Kapustian (IntelITSIS, 2022)

Self-organized distributed anomaly detection system in computer systems based on the principal components method. - Bohdan Savenko; Antonina Kashtalian; Tomas Sochor; Andrii Nicheporuk (IntelITSIS, 2022)

Distributed System for Predicting Malicious Activity in Computer Networks. - Denys Liubinetskyi; Antonina Kashtalian; Tomas Sochor; Andrii Selskyi; Olexandr Klein (IntelITSIS, 2023)

A distributed malware detection model based on sandbox technology. - Pavlo Rehida; Tomas Sochor; Valeriy Martynyuk; Olha Tarasova; Viktoriia Orlenko (IntelITSIS, 2023)

Modeling the detection process of polymorphic malware based on the Lotka-Volterra model. - Maksym Yu. Chaikovskyi; Inna I. Chaikovska; Tomas Sochor; Inna Martyniuk; Oleksii Lyhun (AdvAIT, 2024)

Comprehensive approach to the detection and analysis of polymorphic malware. - Maksym Yu. Chaikovskyi; Inna I. Chaikovska; Tomas Sochor; Inna Martyniuk; Oleksii Lyhun (ICyberPhyS, 2024)

A method for detecting botnets in IT infrastructure using a neural network. - Dmytro Denysiuk; Tomas Sochor; Mariia Kapustian; Antonina Kashtalian; Andriy Drozd (ICyberPhyS, 2024)

Methods for Detecting Software Implants in Corporate Networks. - Dmytro Denysiuk; Tomas Sochor; Mariia Kapustian; Antonina Kashtalian; Oleg Savenko (IntelITSIS, 2024)

Model of a distributed heterogeneous system resistant to leakage of confidential information 363-376. - Oleksandr Bokhonko; Olha Atamaniuk; Tomas Sochor (IntelITSIS, 2025)

Honeypot-based monitoring, detection, response, and information protection framework 329-339. - Maxim Prodeus; Andrii Nicheporuk; Antonina Kashtalian; Mariia Kapustian; Tomas Sochor (IntelITSIS, 2025)