
AI experiment tracking for ML teams
Neptune AI is a purpose-built experiment tracker designed for foundation model training and large-scale ML research. It provides robust visualization and monitoring capabilities that handle thousands of per-layer metrics without lag, making it particularly well-suited for teams training complex deep learning models where detailed experiment analysis is critical.
Neptune excels at monitoring thousands of per-layer metrics including losses, gradients, and activations with real-time visualization and no lag. It offers run tree visualization showing entire experiment hierarchies in a single chart, anomaly detection with spike-shaped shadows on charts for quick debugging, and comparison charts that display metrics from hundreds of experiments simultaneously. The platform also provides metadata management, model versioning, and integration with major ML frameworks.
Neptune is ideal for ML researchers and teams training large foundation models who need detailed per-layer monitoring and comparison across many experiments. It suits organizations running hundreds or thousands of experiments that need powerful filtering, grouping, and visualization tools to make sense of their results.
Sign up for a free account at neptune.ai and install the Python client. Add Neptune logging to your training scripts with a few lines of code. The platform integrates with PyTorch, TensorFlow, Keras, Hugging Face, and other popular frameworks. The free tier provides enough capacity to evaluate the platform with real projects.
Pricing & Accessibility: Neptune offers a free individual plan with core features. Team plans start at $58/month per user with higher data throughput limits. Pricing is based on data points logged rather than tracked hours, with different throughput limits per tier. Enterprise plans support 100M+ data points per 10 minutes.
Why Consider Neptune AI: Neptune stands out for its ability to handle massive experiment volumes with lag-free visualization of thousands of metrics, purpose-built anomaly detection, and a data-point-based pricing model that aligns costs with actual usage rather than compute time.
Monitoring large-scale foundation model training with per-layer metrics, comparing hundreds of experiment runs with detailed visualizations, detecting training anomalies and debugging model performance issues, managing metadata and model versions across research projects, tracking complex experiment hierarchies with run tree visualization
$58/user/month
Free tier: Individual plan with core features and fair usage limits