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QuailModel sample: QM Synthetic Network Intrusion Flows

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@@ -9,116 +9,44 @@ tags:
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  - synthetic
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  - tabular
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  - anomaly-detection
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- pretty_name: QM Synthetic Network Intrusion Flows
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- configs:
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- - config_name: flows
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- data_files: flows_sample.csv
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- default: true
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- - config_name: incidents
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- data_files: incidents.csv
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  ---
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- # QuailModel Synthetic Network Intrusion Flows - Free Sample
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- <!-- qm-buy:start -->
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- **Buy the full commercial edition: $39 USD - launch price until 24 Oct 2026 (regular price $49 USD) -> [Polar checkout, instant download](https://buy.polar.sh/polar_cl_GGObtkVsr8IkPlgEdD2gD4M1kfp33AE84Jlr9360OY0)**
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- This free sample is non-commercial (CC BY-NC-SA 4.0). The paid full edition has a commercial licence.
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-
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- ## Summary
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  Synthetic enterprise network flow records with 7 labelled attack types and deliberate benign look-alikes, for intrusion-detection / SOC models; the paid full edition can be used commercially.
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- - Best for: IDS / SOC model prototyping, feature engineering for per-host aggregates, detection-rule testing, teaching
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- - Not for: claiming real-world detection rates or certifying a security product
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- ## Quick start
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- ```python
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- from datasets import load_dataset
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- ds = load_dataset("quailrobot/netflow-v1-sample", split="train") # main table: flows_sample.csv
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- # pandas alternative: pd.read_csv("hf://datasets/quailrobot/netflow-v1-sample/flows_sample.csv")
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- ```
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- ## Facts
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- - Task: tabular binary + multi-class classification (intrusion detection), anomaly detection, alert triage
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- - Labels: label (0/1); attack_type = port_scan, ssh_brute_force, ddos, c2_beaconing, data_exfiltration, lateral_movement, dns_tunneling; campaign_id; incidents.csv (type, low_and_slow, start)
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- - Full edition size: 4,291,839 flows, 1,500 hosts, 28 days, 168 attack campaigns, attack rate 0.0211 (zip 65 MB)
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- - Free sample size: 562,530 flows = first 3 days, all 7 attack types (flows_sample.csv) + the campaigns that start in that window
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- - Format: full: Parquet (flows) + CSV (incidents); sample: CSV
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- - What's included (full edition): flows.parquet, incidents.csv, stats.json, benchmark.json, bench_netflow.py, README.md, LICENSE.txt
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- - Price: $39 USD, launch price until 24 Oct 2026 (regular price $49 USD); checkout may display the equivalent in your local currency
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- - Buy URL (primary): https://buy.polar.sh/polar_cl_GGObtkVsr8IkPlgEdD2gD4M1kfp33AE84Jlr9360OY0
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- - Licence (full edition): LicenseRef-QuailModel-Commercial (commercial use allowed, no resale of the data)
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- - Licence (free sample): CC-BY-NC-SA-4.0
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- - Validation: Our own test on the full edition (time split, last 11 days): gradient boosting on single-flow features ROC-AUC 0.937 / PR-AUC 0.260 (single flows are not enough); with 1-hour per-host aggregates 0.997 / 0.963; hard classes lateral_movement 0.020, data_exfiltration 0.456, ssh_brute_force 0.602 PR-AUC (benchmark.json + script included).
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- - Data source: 100% synthetic, generated by QuailModel with AI assistance (generator code written with an AI model)
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- - Catalog (all QuailModel datasets, catalog.json, llms.txt): https://quailrobot-quailmodel.static.hf.space
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- - Last updated: 2026-10-10
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  ## Validation
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  Our own test on the full edition (time split, last 11 days): gradient boosting on single-flow features ROC-AUC 0.937 / PR-AUC 0.260 (single flows are not enough); with 1-hour per-host aggregates 0.997 / 0.963; hard classes lateral_movement 0.020, data_exfiltration 0.456, ssh_brute_force 0.602 PR-AUC (benchmark.json + script included).
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- ## Price & licence
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- - Full edition: $39 USD, launch price until 24 Oct 2026 (regular price $49 USD). One-time payment, instant download after checkout: https://buy.polar.sh/polar_cl_GGObtkVsr8IkPlgEdD2gD4M1kfp33AE84Jlr9360OY0
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- - QuailModel Commercial Dataset Licence (SPDX: LicenseRef-QuailModel-Commercial): you may train, evaluate and ship models, including in commercial products. You may not resell or redistribute the dataset itself.
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- - Free sample (this page): CC BY-NC-SA 4.0 - free for non-commercial use.
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-
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  ## Limitations
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  - 100% synthetic: not validated against real network captures.
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  - Flow records only - no packet payloads.
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  - External IPs come only from RFC 5737 documentation ranges.
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  - label, attack_type and campaign_id are labels - exclude them from model inputs.
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- ## Custom dataset of YOUR object ($249)
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- **Need data of YOUR object? Custom synthetic dataset, $249 USD -> [order on Polar](https://buy.polar.sh/polar_cl_AQu6LzRtqiQmKPlgPt0zePBtvWjJI4vULeFMQ4NLHH9)**
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- - Note: this is an image / object-detection service (not tabular data).
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- - What you get: 2,000 labelled photoreal synthetic images (640x640 JPEG) of your own object or scenario (product, part, tool, drone, package, defect...), up to 3 classes, YOLO bounding boxes + data.yaml, train/val/test split, quality report
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- - Licence: commercial use allowed
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- - Price: $249 USD one-time; one round of adjustments included
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- - Delivery: typically 3-5 business days after we receive your reference photos + rough dimensions
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- - Optional sim-to-real test: send ~200 of your own labelled real images and we report how much the synthetic data improves a detector on them
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- - Refund: full refund if we cannot deliver your request (14-day refund policy)
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- - Limits: only objects you own or are allowed to use; no weapons or anything meant to harm people; no copied third-party 3D assets
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- - Order URL: https://buy.polar.sh/polar_cl_AQu6LzRtqiQmKPlgPt0zePBtvWjJI4vULeFMQ4NLHH9
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- - Details + contact: https://quailrobot-quailmodel.static.hf.space
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- <!-- qm-buy:end -->
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-
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- - **What:** 562,530 labelled network flow records from a simulated 1,500-host enterprise network over 3 days,
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- with 19 attack campaigns of 7 types (port_scan, ssh_brute_force, ddos, c2_beaconing, data_exfiltration,
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- lateral_movement, dns_tunneling). Attack rate 0.0144 of flows.
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- - **Full edition:** 4,291,839 flows, 1,500 hosts, 28 days, 168 campaigns (port_scan 36, ssh_brute_force 24,
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- data_exfiltration 24, c2_beaconing 23, ddos 22, dns_tunneling 21, lateral_movement 18).
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- - **Columns:** flow_id, timestamp, src_ip, dst_ip, src_port, dst_port, protocol, bytes, packets, duration_s, tcp_flags;
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- labels: label (0/1), attack_type, campaign_id. incidents.csv lists each campaign (type, low_and_slow flag, start).
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- - **No real hosts:** internal addresses are 10.0.0.0/16 (private); external addresses come ONLY from the RFC 5737
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- documentation ranges 192.0.2.0/24, 198.51.100.0/24, 203.0.113.0/24. No packet payloads, no real traffic, no PII.
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- - **Use for:** intrusion-detection / SOC model prototyping, anomaly detection, alert triage, feature-engineering
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- teaching, detection-rule testing. **Not for:** claiming real-world detection rates.
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- ## Why single flows are not enough
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- Many public intrusion datasets are near 100 % separable from single-flow features. Here every attack signature also
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- occurs in benign traffic: all bare-SYN flows (internet background noise, a weekly internal vulnerability sweep incl.
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- full-range sweeps, scans, SYN floods) share one size/duration distribution; SMTP deliveries from other mail servers,
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- admin RDP / WinRM, Windows dynamic-RPC high ports, a partner SFTP server and a bastion with failed logins, legacy
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- FTP / 8080 apps, flash crowds on the public web server, nightly backups, cloud-sync uploads, software-update check-ins
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- every 15-60 min and chatty-DNS hosts with large responses. Packet counts follow bytes for every bulk transfer.
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- About half of all attacks are low-and-slow; about a third of scans / brute-force runs come from a compromised internal
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- host. We check this before release: a depth-3 decision tree on single-row features finds no near-pure (>= 99 %
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- precision) rule covering >= 20 % of any attack type.
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- ## Benchmark (full edition, our test; time split: train first 17 days, test last 11)
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- HistGradientBoosting (200 iterations), test set 1,598,989 flows (attack rate 0.0229):
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- - single-flow features only: ROC-AUC 0.937, PR-AUC 0.260 - single flows are NOT enough
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- - + simple per-source / per-destination 1-hour aggregates: ROC-AUC 0.997, PR-AUC 0.963
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- - per-type PR-AUC with aggregates: ddos 0.988, c2_beaconing 0.901, dns_tunneling 0.890, port_scan 0.866,
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- ssh_brute_force 0.602, data_exfiltration 0.456, lateral_movement 0.020 - lateral movement and exfiltration leave
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- real room for better models (graph / sequence / per-host baselines). The overall score is dominated by
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- high-volume attacks; report per-type metrics.
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- (benchmark.json + bench_netflow.py are included in the full edition.)
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-
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- ## Files
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- flows (Parquet in the full edition, CSV in the sample), incidents.csv; the full edition adds stats.json,
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- benchmark.json and bench_netflow.py.
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  ## Disclosure
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- Generated by QuailModel with AI assistance (simulator code written with an AI model). All traffic is synthetic;
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- validate on your own network data before production use.
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-
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- ## Licence
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- Sample edition: CC BY-NC-SA 4.0 (non-commercial). The full commercial edition is sold by QuailModel.
 
9
  - synthetic
10
  - tabular
11
  - anomaly-detection
12
+ pretty_name: "QM Synthetic Network Intrusion Flows"
 
 
 
 
 
 
13
  ---
14
+ # QM Synthetic Network Intrusion Flows - Free Sample
15
 
 
 
 
 
 
16
  Synthetic enterprise network flow records with 7 labelled attack types and deliberate benign look-alikes, for intrusion-detection / SOC models; the paid full edition can be used commercially.
 
 
17
 
18
+ ## What's inside
19
+ - **This free sample:** 562,530 flows = first 3 days, all 7 attack types (flows_sample.csv) + the campaigns that start in that window
20
+ - **Full commercial edition:** 4,291,839 flows, 1,500 hosts, 28 days, 168 attack campaigns, attack rate 0.0211 (zip 65 MB)
21
+ - **Task:** tabular binary + multi-class classification (intrusion detection), anomaly detection, alert triage
22
+ - **Labels:** label (0/1); attack_type = port_scan, ssh_brute_force, ddos, c2_beaconing, data_exfiltration, lateral_movement, dns_tunneling; campaign_id; incidents.csv (type, low_and_slow, start)
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+ - **Format:** full: Parquet (flows) + CSV (incidents); sample: CSV
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+ ## Files
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+ flows (Parquet in the full edition, CSV in the sample), incidents.csv; the full edition adds stats.json,
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+ benchmark.json and bench_netflow.py.
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+
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+ ## How it was made
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+ Produced by QuailModel's own simulator, including legitimate activity alongside the labelled patterns. Labels are exact, because they are known by construction.
 
 
 
 
 
 
 
 
 
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  ## Validation
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  Our own test on the full edition (time split, last 11 days): gradient boosting on single-flow features ROC-AUC 0.937 / PR-AUC 0.260 (single flows are not enough); with 1-hour per-host aggregates 0.997 / 0.963; hard classes lateral_movement 0.020, data_exfiltration 0.456, ssh_brute_force 0.602 PR-AUC (benchmark.json + script included).
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  ## Limitations
36
  - 100% synthetic: not validated against real network captures.
37
  - Flow records only - no packet payloads.
38
  - External IPs come only from RFC 5737 documentation ranges.
39
  - label, attack_type and campaign_id are labels - exclude them from model inputs.
40
 
41
+ ## Best for / not for
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+ Best for: IDS / SOC model prototyping, feature engineering for per-host aggregates, detection-rule testing, teaching. Not for: claiming real-world detection rates or certifying a security product.
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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+ ## Credits
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+ No third-party data was used.
 
 
 
 
 
 
 
 
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+ ## Licence
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+ Sample edition: CC BY-NC-SA 4.0 (non-commercial). The full commercial edition is sold by QuailModel (see the buy link).
 
 
 
 
 
 
 
 
 
 
 
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  ## Disclosure
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+ Generated by QuailModel with AI assistance (generator code written with an AI model); all data is synthetic /
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+ computer-generated. Validate on your own real data before production use.