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machine learning IoT Dataset Records | IoTDataset.com

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Kaggle
Environmental Feb 06, 2026

Integrated Satellite-IoT-Machine Learning Framework for Disaster Management

Published in November 2025, this dataset provides a multimodal framework integrating satellite imagery and IoT sensor data for environmental monitoring and disaster management. It is designed to support the development of machine learning models that synchronize remote sensing with ground-based IoT observations for real-time risk assessment.

Kaggle
Industrial IoT Feb 05, 2026

Industrial IoT Synthetic Failure Simulation Dataset

This Industrial IoT dataset provides synthetic yet realistic sensor data simulating equipment operation under normal and various failure conditions. Designed for predictive maintenance and machine learning, it includes sensor specifications, operational thresholds, and failure labels, allowing researchers to develop anomaly detection models without the constraints of sensitive real-world industrial data.

Scientific Reports (Nature Publishing Group)

Securing IoT Networks: A Machine Learning Approach for Detecting Unusual Traffic Patterns

A merged and optimized dataset combining N-BaIoT (IoT-specific traffic) and UNSW-NB15 (general network threats) with feature engineering, dimensionality reduction, and benchmarked ML models (Decision Tree, SVM, Random Forest, Neural Network) for IoT anomaly detection, published in Scientific Reports.

Kaggle
Smart Home Jan 31, 2026

Multi-Parameter Dataset for Machine Learning Based Environmental Spoilage Risk Assessment (Cold Storage IoT)

Cold storage monitoring dataset from IoT-enabled system designed for smallholder farmers in Uganda, featuring temperature, humidity, door events, and power status for training predictive models to classify environmental conditions and assess post-harvest food spoilage risk.

Kaggle
Smart Home Jan 31, 2026

AI-Driven Predictive Maintenance for Smart Manufacturing Systems (Zenodo 2025)

Industrial sensor dataset for predictive maintenance research featuring real-time sensor data and historical equipment records from smart manufacturing systems, enabling machine learning models (decision trees, neural networks) to forecast equipment failures and optimize maintenance scheduling.