granite timeseries flowstate r1 EU AI Act Compliance Profile
ibm-granite
Your risk depends on how you use granite timeseries flowstate r1
| Usage Context | Risk Level | Obligations |
|---|---|---|
| Internal coding tool | MINIMAL | 3 obligations (~12h) |
| Customer support bot | LIMITED | 7 obligations (~32h) |
| HR screening / hiring | HIGH | 19 obligations (~120h) |
| Credit decisions | HIGH | 19 obligations (~120h) |
| Medical triage | HIGH | 19 obligations (~120h) |
Why this tool is classified as MINIMAL
granite timeseries flowstate r1 is a time series forecasting model by ibm-granite. Licensed under apache-2.0. 287.9K downloads on HuggingFace.
Applicable Articles
Who does what
ibm-granite (provider)Their job
- Provider obligations being compiled
Risk Assessment Reasoning
This model is classified as Minimal Risk under the EU AI Act. No mandatory compliance obligations apply, but voluntary codes of practice are encouraged. AI literacy training (Art. 4) is recommended for all deployers.
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Frequently Asked Questions
What is granite timeseries flowstate r1's EU AI Act risk classification?
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granite timeseries flowstate r1 is classified as MINIMAL under the EU AI Act.
What are my obligations if I deploy granite timeseries flowstate r1?
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As a granite timeseries flowstate r1 deployer, you have 1 base obligations (~8 hours estimated effort). Key articles: Art. 4.
What is granite timeseries flowstate r1?
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granite timeseries flowstate r1 is a Time Series model by ibm-granite. It has 287.9K downloads on HuggingFace. Licensed under apache-2.0.
What are the EU AI Act deadlines for granite timeseries flowstate r1?
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Already passed: AI Literacy (Art. 4) — 2025-02-02.
Check granite timeseries flowstate r1 compliance in your codebase
One command to scan. Open-source CLI.
FlowState is the first time-scale adjustable Time Series Foundation Model (TSFM), open-sourced by IBM Research.
Combining an State Space Model (SSM) Encoder with a Functional Basis Decoder allows FlowState to transition into a timescale invariant coefficient space and make a continuous forecast from this space.
This allows FlowState to seamlessly adjust to all possible sampling rates.
Therefore, training in one time-scale helps for inference at all scales, allowing for drastically improved utilization of training data across time-scales.
This innovation leads to a significant improvement in performance, making FlowState the new state-of-the art in zero-shot time series forecasting.
Despite being more than 10x smaller than the 3 next best models,
FlowState is the best Zero-Shot model on the [GIFT-Ev