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Case Study · 01

DQP: Enterprise Data Quality Platform

Designing and building the core engine for a platform that unifies data pipelines, ML, profiling, validation, agents, and 300+ DQ tools.

Execution Engine

Column-aware, cache-aware, graph-based execution.

The engine plans work per-column, deduplicates via content-hash caching, and runs asynchronously - turning complex DQ workflows into a live execution trace.

dqp.engine · execution trace
live
step 01
Parse workflow
graph → DAG
step 02
Plan columns
column-aware
step 03
Check cache
content-hash keys
step 04
Execute tools
300+ DQ ops
step 05
Merge partial results
streaming
step 06
Emit insights
issues · fixes
▸ engine.run(workflow)
resolved columns=42 · cached 17/42 · executed 25 ops · async · throughput ~2.4k rows/s
Impact

Enterprise-scale numbers.

300+
Custom DQ tools
1000s / sec
Rows processed
Async
Graph execution
Focus Areas

What the platform actually does.

Anonymised summary of the engineering and product surface across engine, tools, ML, agents and integrations.

01

Problem

Enterprise data quality is fragmented - profiling, validation, cleaning, anomaly detection and reporting live in separate tools with no shared execution model.

02

Execution engine

A column-aware, cache-aware, graph-based engine that plans, deduplicates, and executes DQ operations across large tabular datasets asynchronously.

03

Tool library

300+ purpose-built tools spanning cleaning, standardisation, validation, risk analysis, issue detection and human-language insight generation.

04

ML & agents

Custom ML for anomaly detection and profiling, plus AI agents that assemble and execute data quality flows on top of the engine.

05

MCP integration

Platform capabilities exposed as callable tools via MCP, letting enterprise systems and LLMs invoke DQ operations from natural-language prompts.

06

Throughput

Thousands of rows per second depending on cleaning, profiling, and analysis scope - engineered for real enterprise data volumes.