Spaces:
Configuration error
Configuration error
| tags: | |
| - synthetic-data | |
| - data-generation | |
| - data-anonymization | |
| - simulation | |
| - llm-evaluation | |
| - fine-tuning | |
| - testing | |
| - privacy | |
| - enterprise-ai | |
| - regulated-industries | |
| pretty_name: DataFramer | |
| license: other | |
| # DataFramer | |
| **Generate, anonymize, and simulate reality-grounded, diverse datasets from your own data for testing, evals, and fine-tuning ML/AI models.** | |
| DataFramer helps AI teams take their own data further — creating realistic, privacy-safe datasets for **testing, evaluation, and post-training** without exposing sensitive production records. | |
| **DataFramer works from your data**, adding diversity while preserving the **structure, distributions, and constraints** your models depend on. | |
| ## Why teams use DataFramer | |
| AI teams often get blocked because: | |
| - **their seed data isn’t enough** | |
| Generate diverse, scaled datasets without starting from scratch. | |
| - **their real data is off-limits** | |
| Anonymize sensitive records while keeping structure intact. | |
| - **their data doesn’t cover what models will face in production** | |
| Simulate edge cases, rare scenarios, and real-world variation missing from existing samples. | |
| ## How it works | |
| DataFramer supports a seed-based workflow for enterprise AI data readiness: | |
| 1. **Seed input** from manual samples or production data | |
| 2. **Anonymize** sensitive records when needed | |
| 3. **Analyze** schema, structure, distributions, and patterns | |
| 4. **Configure** variation, volume, edge cases, and format mix | |
| 5. **Generate** realistic datasets across complex formats | |
| 6. **Use** the outputs for model evaluation, testing, and fine-tuning | |
| ## Built for real enterprise data | |
| DataFramer works with **any textual dataset — any format, any domain, any complexity**, including: | |
| - long-form documents and PDFs | |
| - structured and semi-structured records | |
| - nested and hierarchical data | |
| - multi-file workflows | |
| - high-variability business inputs | |
| ## Best-fit use cases | |
| - **LLM and AI evaluations** | |
| Build stronger eval datasets with better coverage across common, rare, and edge-case scenarios. | |
| - **Privacy-safe testing** | |
| Use realistic datasets for testing and iteration without exposing sensitive production data. | |
| - **Anonymization for AI workflows** | |
| Transform restricted real-world data into safe seed inputs for downstream generation and evaluation. | |
| - **Fine-tuning and dataset expansion** | |
| Extend sparse datasets with more realistic variation while preserving fidelity to source patterns. | |
| ## Enterprise-ready | |
| Built for teams in regulated and data-sensitive environments. | |
| **Your data never has to leave.** | |
| Learn more at **https://www.dataframer.ai** |