dataprof

High-performance data profiling and quality assessment

Website · Live benchmarks · Getting started · 0.10.0 release notes

dataprof is a Rust and Python library for profiling tabular data. It computes column-level statistics, detects data types and patterns, and assesses data quality across dimensions informed by ISO 8000 and ISO/IEC 25012, all with bounded memory usage that lets you profile datasets far larger than your available RAM.

It is built for the first ten minutes with unfamiliar data: find sparse columns, unstable types, duplicate keys, stale timestamps, and suspicious values before they turn into pipeline bugs.

[!NOTE] dataprof is in beta. Current releases ship a Rust crate and a Python package. The historical CLI remains documented only for older releases.

What dataprof answers quickly

Question	What you get back
Which columns are thin, empty, or structurally broken?	Null counts, completeness metrics, and schema shape in one pass
Did this feed drift or spike somewhere suspicious?	Numeric summaries, outlier signals, and range checks
Are these IDs really unique or just pretending to be keys?	Distinct counts, uniqueness ratios, and duplicate warnings
Are my timestamps plausible and fresh?	Future-date detection, stale-data signals, and timeliness scoring
Did parsing silently go wrong?	Type inference, pattern matches, format violations, and source metadata

Pick your entry point

You are doing this	Start with
Embedding profiling in a Rust service, ETL job, or batch tool	`cargo add dataprof` and `Profiler::new().analyze_file(...)`
Inspecting files in notebooks, validation scripts, or data apps	`uv pip install dataprof` and `dp.profile(...)`
Profiling streams, remote Parquet, or database queries	Rust feature flags, or a source-built Python extension with async/database features enabled

Start in 30 Seconds

Python

uv pip install dataprof

Requires Python 3.10 or newer.

The pre-built PyPI wheels have no Python dependencies. Everything below runs on a bare pip install dataprof: local files, dicts, row dicts, bytes buffers, and every export in this section. Install the pandas extra only for the pandas-typed exports (to_dataframe(), describe() as a DataFrame) and for Parquet byte buffers. Async URL profiling and database helpers are opt-in source builds.

1. Profile

import dataprof as dp

report = dp.profile("data.csv")
print(f"{report.rows} rows, {report.columns} columns")

# Ad-hoc inputs work the same way, with no pandas involved
scratch = dp.profile({"age": [31, 42, 29], "city": ["Rome", "Milan", "Rome"]})
incoming = dp.profile(b"age,city\n31,Rome\n", format="csv")

Too big to profile fully? Get the shape first, then commit:

structure = dp.analyze_structure("data.csv")   # cheap first pass
print(structure.format, len(structure.columns), structure.row_count.count)

2. Interpret

print(f"quality={report.quality_score:.1f}")   # 0-100, weighted across assessed dimensions
print(report.quality_summary())                # per-dimension scores

age = report["age"]
print(age.data_type, age.mean, age.null_percentage)

3. Export

report.save("report.json")       # full report, reloadable
print(report.to_markdown())      # a table for a PR comment or a notebook

4. Compare

Profile before and after a cleaning step, or yesterday against today:

before = dp.ProfileReport.load("report.json")
after = dp.profile("data_clean.csv")

delta = before.compare(after)    # what changed, per column

5. Hand it to an agent

A token-bounded summary of shape, quality flags, and schema. Values matching a sensitive pattern are never echoed, and no raw cell values are included unless you ask:

print(report.to_llm_context(max_tokens=500))

Three problems, solved end to end

Each example generates its own data and runs from a clean checkout. Every number they print is real profiler output, and CI runs all six on every push.

Scenario	What it shows	Run it
Messy CSV inspection · Python	A duplicated key, null-heavy columns, a negative price, and PII flagged but never printed	`cargo run --example messy_csv_inspection`
ETL quality gate · Python	Accept or reject a daily drop on thresholds, with the rejection reason in the log	`cargo run --example etl_quality_gate`
Before/after cleaning · Python	Save a baseline report, diff it against the cleaned data, and check the defects really went away	`cargo run --example before_after_cleaning`

See examples/README.md for the Python commands and a note on two quality metrics that surprise people.

Rust

[dependencies]
dataprof = "0.10"
# or: dataprof = { version = "0.10", default-features = false }

Minimum supported Rust version: 1.96.

use dataprof::Profiler;

let report = Profiler::new().analyze_file("data.csv")?;
println!("Rows: {}", report.execution.rows_processed);
println!("Quality: {:.1}%", report.quality_score().unwrap_or(0.0));

for col in &report.column_profiles {
  println!("{} {:?} nulls={}", col.name, col.data_type, col.null_count);
}

Why it feels modern

Fast first-pass signal -- surface null pockets, type drift, duplicate keys, and outliers quickly
True streaming -- bounded-memory profiling with online algorithms for files bigger than RAM
Multi-format by default -- move from CSV and JSON to Parquet, live databases, DataFrames, and Arrow batches without changing tools
Two polished entry points -- a compact Rust facade and a Python package that feels natural in notebooks
Async-ready -- Rust async APIs and opt-in Python extension builds cover stream pipelines, services, and remote Parquet sources
Explainable quality assessment -- seven selectively requestable dimensions, including validity and decimal-scale precision, with inspectable facts behind every score

Feature Flags

Feature	Description
`arrow`	Arrow-backed columnar engine
`parquet` (default)	Parquet profiling; includes `arrow`
`async-streaming`	Async profiling engine with tokio
`parquet-async`	Profile Parquet files over HTTP; includes `parquet` and `async-streaming`
`database`	Database profiling (connection handling, retry, SSL)
`postgres`	PostgreSQL connector (includes `database`)
`mysql`	MySQL/MariaDB connector (includes `database`)
`sqlite`	SQLite connector (includes `database`)
`all-db`	All three database connectors

For the leanest Rust build, use default-features = false or cargo --no-default-features instead of a separate minimal alias.

Supported Formats

Format	Engine	Notes
CSV	Incremental, Columnar	Auto-detects `,` `;` `\|` `\t` delimiters
JSON	Incremental	Array-of-objects
JSONL / NDJSON	Incremental	One object per line
Parquet	Columnar	Reads metadata for schema/count without scanning rows
Database query	Async	PostgreSQL, MySQL, SQLite via connection string
pandas / polars DataFrame	Columnar	Python API only
Arrow RecordBatch	Columnar	Via PyCapsule (zero-copy) or Rust API
dict / list of dicts	Columnar	Python API only; no dependencies
bytes / BytesIO	Columnar	Python API only; requires `format=`. CSV, JSON and JSONL need no dependencies; Parquet bytes need the `pandas` extra
Async byte stream	Incremental	Any `AsyncRead` source (HTTP, WebSocket, etc.)

Quality Metrics

dataprof reports seven quality dimensions informed by concepts in ISO 8000-8 and ISO/IEC 25012:

Dimension	What it measures
Completeness	Missing-cell percentage, share of rows with no nulls, columns past the null threshold
Consistency	Data type consistency, format violations, encoding issues
Uniqueness	Duplicate rows, key uniqueness, high-cardinality warnings
Accuracy	Outlier ratio, range violations, negative values in positive-only columns
Timeliness	Future dates, stale data ratio, temporal ordering violations in explicit temporal columns
Validity	Conformance to confidently detected semantic patterns, such as email or identifier formats
Precision	Consistency of effective decimal places within floating-point columns

The overall quality score (0 -- 100) is dataprof's weighted average of the dimensions that had data to assess. The aggregation formula is not mandated or certified by ISO. Rust callers can customize the relative weights through IsoQualityConfig::score_weights; default weights are 0.25 / 0.20 / 0.15 / 0.15 / 0.10 / 0.10 / 0.05 in the table order above.

Documentation

Start here

Why dataprof? -- an honest comparison with Polars/pandas describe() and ydata-profiling, including when to prefer them
Getting Started -- the shortest path from mystery dataset to useful signal
Examples Cookbook -- focused Rust and Python recipes you can adapt quickly
Agent Workflows -- copy-paste guidance for AGENTS.md, Cursor rules, and Claude Code skills

Integrate it

Python API Guide -- files, DataFrames, Arrow interop, exports, and optional source-built async/database features
Database Connectors -- PostgreSQL, MySQL, SQLite setup and connection patterns

Understand it

Crate Redesign Notes -- what the facade owns and why the workspace is split this way
0.10.0 Release Notes -- upgrade checklist, migration details, and known limitations
Contributing
Changelog

Historical

Archived CLI Guide -- pre-0.8 reference only

Academic Work

dataprof is the subject of a research paper submitted to IEEE ScalCom 2026:

A. Bozzo, "A Compiled Paradigm for Scalable and Sustainable Edge AI: Out-of-Core Execution and SIMD Acceleration in Telemetry Profiling," IEEE ScalCom 2026 (under review). [Repository & reproducible benchmarks]

The paper benchmarks dataprof against YData Profiling, Polars, and pandas across execution efficiency, memory scalability, energy consumption, and zero-copy interoperability in constrained Edge AI environments.

BibTeX

@inproceedings{bozzo2026compiled,
  author={Bozzo, Andrea},
  title={A Compiled Paradigm for Scalable and Sustainable Edge AI: Out-of-Core Execution and SIMD Acceleration in Telemetry Profiling},
  booktitle={2026 IEEE International Conference on Scalable Computing and Communications (ScalCom)},
  year={2026},
  note={Under review}
}

License

Dual-licensed under either the MIT License or the Apache License, Version 2.0, at your option.

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dataprof 0.10.0

dataprof

What dataprof answers quickly

Pick your entry point

Start in 30 Seconds

Python

1. Profile

2. Interpret

3. Export

4. Compare

5. Hand it to an agent

Three problems, solved end to end

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Algorithm	Hash digest
SHA256	`415be1ac29ffb1f613588e4f755ba1eb8de10718b4067fbd686ddc2ac20605c6`
MD5	`d25941784966694f72c6e9883f2d3069`
BLAKE2b-256	`d234c27dbff96c4e0b0950256d208b0998abd1b7cb560291e07ad46cae42819d`

Algorithm	Hash digest
SHA256	`a9429e78bfbda3520fad791643ebd494ee3ac9890b1f98796eeddcad7c4ec858`
MD5	`33ad79d27c9db3bdf776b8a3c6bde79d`
BLAKE2b-256	`07f94272e14b753493d621d1e97e813fd21cc73b4b707f3f57dd98fb4cc1d08e`

Algorithm	Hash digest
SHA256	`b0c221932cc83a36f02d3b291e96a410d3d0ea9b10d20c43a1a67178c51031b9`
MD5	`176346705b83d5c729ceaaf0c5c181c7`
BLAKE2b-256	`305ee582d7aeb6c201600f0ad742e93d2290f0bb788af84aa783327abde55ac1`

Algorithm	Hash digest
SHA256	`293fdf0b7de0780cfd02fd3326099d17475d4fd31af0786b743732c9bef3f94f`
MD5	`c694821ed5f0e018e3df3671d4a57ef7`
BLAKE2b-256	`ea881e024836160890ab4e4ef97cd7a7dd08078079cdfd8a661e827e6a937658`

Algorithm	Hash digest
SHA256	`18e5ad09f6fa89afee1f50ba4b7e5815663cf0253b60c3a47eeacf9f4af6898c`
MD5	`00d771ab673e4fe660fbb32f6a825a87`
BLAKE2b-256	`26e797a9dd35623ee68023a89e12500565b5e0bd2f2a1a6efde467147bbaf33b`

Algorithm	Hash digest
SHA256	`c95ae0162ec4ee818fc6568bc0a5a267ed7995d026e1a6e55f17e149fab90126`
MD5	`ff326347b8d95e067db3590a2dae8d32`
BLAKE2b-256	`ca68524143ce4fd8b3d9f90d778030c0bf9d4c88fcf9f8b7426258de5a824e2f`

Algorithm	Hash digest
SHA256	`b9cbe4574d033232d11be114ad905b456e78a3d459e0cb2d67ddcabee65c465c`
MD5	`7650be0ced9afcf101d6a229e0ced96f`
BLAKE2b-256	`76b9ed6260ad661174eac88fd8fd049cb157673951ba3bb841fd52238a5ed7b0`

Algorithm	Hash digest
SHA256	`5e61654c162dec31b52e5a6fcc6075ee02b7ba387b94576c6d16b74e9c114cc8`
MD5	`63afb057072eb94020876bf94c338554`
BLAKE2b-256	`17771219da9b070d642a061898ce09bcbdf7b1e960763518a1faa1cd30702891`

Algorithm	Hash digest
SHA256	`f5766efd5032c6702ece80e8728d797c6f029eff3f775e25fc1f00e0c4845a0f`
MD5	`2c073f3d7659d7aa50a4e89dcaf6118f`
BLAKE2b-256	`c0427f92a69066fa78afe5cf315c56d0ff674706cf356d4fe16de6e993edf530`

Algorithm	Hash digest
SHA256	`6bb1738ca62752c4579dc140d93358a4dd439d18639c332fce65deddc8866937`
MD5	`17ecbb0e0f3e3ebdcbdc4383415df7d5`
BLAKE2b-256	`1932a7454db90ac4edf251c8c8c85ed2747ad61620111bf2ad0d9f8c05e4ccef`