A 4-Month Dataset of SSH Botnet Interactions and Command Payloads

Overview

This dataset contains 145,425 security events collected by a custom multi-threaded SSH Honeypot. The data reflects real-world automated and manual attack patterns against Linux-based systems, captured over a focused 4-month observation window from July 27, 2025, to November 14, 2025.

Research Context

The collection was conducted as part of the research project 'High-Interaction SSH Threat Intelligence & Attack Modeling' at the National University 'Odesa Law Academy'.

Revision History (v2.1 Update)

Version 2.1 (April 2026): Final validated release.

Logging Level Inversion: Physically updated the level column. INFO now represents transport-layer noise (94.6%), while WARNING marks active application-layer interactions (5.4%).

Metadata Synchronization: All documentation and BibTeX records are updated to reflect the refined 4-month data window and final event counts.

Version 2.0: Conducted thorough data sanitization, excluding 74 internal administrative sessions (localhost) and debugging logs from the initial setup phase.

Version 1.0: Initial raw release.

Technical Specifications

Engine: Multi-threaded Python 3.10 application using the Paramiko library.

Core Logic: Handles SSHv2 transport and authentication layers by subclassing paramiko.ServerInterface.

Session Management: Incoming connections are encapsulated in individual threads, where each session is assigned a unique UUID for full "kill chain" reconstruction.

Payload Interception: Command requests are intercepted via the check_channel_exec_request method, allowing for the capture of raw payloads (including malware droppers and fileless /dev/tcp strings) without executing them on the host system.

Persistence: Data is saved to a SQLite 3 database in real-time using a synchronous write-ahead logging (WAL) approach.

Key Research Findings (v2.1)

Attack Intensity: Analysis shows peak intensities exceeding 10,700 interactions per hour during automated surge events.

Payload Diversity: The dataset captures 28 unique interactive shell sessions, including sophisticated fileless exploitation via bash sockets.

Credential Intelligence: Records 2,109 unique credential pairs, providing insights into modern automated brute-force patterns.

High-Fidelity Noise Reduction: The pre-filtered level field allows researchers to immediately isolate the 5.4% of high-value attack payloads from background connection noise.

Data Structure

The dataset is provided in SQLite3 (.db) and CSV formats. Fields: id, timestamp, session_id, ip, port, event_type, message, command, level.

Authors & Affiliation

Viktor Boiko (ORCID: 0000-0001-5929-657X) — Scientific Supervisor & Lead Researcher.

Oleksandr Niiakyi (ORCID: 0009-0005-1025-1617) — Software Developer & Researcher.

Affiliation: Faculty of Cybersecurity and Information Technologies, National University "Odesa Law Academy".

Licensing

Creative Commons Attribution 4.0 International (CC BY 4.0).