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March 3, 2026Data in Brief2 citationsOpen Access

BigFlow-NIDS: A large-scale dataset for network intrusion detection in big data environment

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MUMd Bashir UddinChittagong University of Engineering & TechnologyMAMohammad Shamshul ArefinChittagong University of Engineering & TechnologyMHM. M. Musharaf HussainUmm al-Qura University

Key Points

  • BigFlow-NIDS provides a comprehensive dataset with over 66 million flows for effective network intrusion detection.
  • The dataset demonstrates a significant read time difference, with Parquet format loading at 27.35 seconds compared to 920.82 seconds for CSV.
  • Utilizing 36.6 million benign flows and 30.3 million attack flows, a notable class imbalance exists.
  • This dataset supports the evaluation of scalable, temporally-aware intrusion detection systems with anomaly detection experiments.

Abstract

BigFlow-NIDS, a large-scale, NetFlow-based dataset for network intrusion detection research in big-data environments. BigFlow-NIDS contains 66,935,021 flows, 55 flow attributes, and 32 fine-grained attack categories, available in both CSV and Parquet formats to support scalable ML and streaming analyses. Compared with CSV, Parquet loading reduced read time dramatically (CSV: 920.82 s vs Parquet: 27.35 s) under the paper's Colab setup, demonstrating the importance of columnar storage for large NIDS corpora. The dataset contains 36.6 million benign flows and 30.3 million attack flows, indicating a noticeable class imbalance. We release BigFlow-NIDS and provide baseline exploratory analyses and anomaly-detection experiments to support the development and evaluation of scalable, temporally-aware intrusion detection systems.

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Cite This Study

Uddin et al. (2026) studied this question.

synapsesocial.com/papers/69a7665fbadf0bb9e87dcbd1https://doi.org/10.1016/j.dib.2026.112530
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