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Pillar 2 — The Integrity Factory
CausalFoundry

Deterministic Causal Orchestration
for ML & Data Science Teams

"I need 10 million rows of high-entropy fraud data that obeys 50 complex business rules to train a production-grade model."

Coming Soon — Limited Beta

Request Early Access

Stop Training on Slop.
Build on Proof.

Most synthetic data tools use statistical mimicry (GANs/VAEs) to copy the look of your data. For ML models in fraud, risk, or healthcare, "looking real" isn't enough.

The AI Hallucination Problem

"Generated a transaction where the user spent more than their balance."

The Long-Tail Erasure

"Model averages out rare edge cases, exactly where you need data the most."

manifest.yaml
invariants:
  - ledger_balance:
      policy: deterministic
      constraint: "SUM(credits) >= SUM(debits)"
      state: accounts.balance_map

entropy:
  - fuzz_pii:
      fields: [ssn, email, card_num]
      shadow: true
Verified Causal Integrity

The Integrity Lifecycle

Transforming live production signals into high-fidelity synthetic fuel.

01

CDC Shadowing

Intercept live database WAL logs via Change Data Capture (CDC).

02

EntropyPass

Dynamically fuzz PII while preserving cross-table referential integrity.

03

Invariant Check

Validate fuzzed data against the StateMap to ensure no causal violations.

04

Kafka Stream

Deliver sub-millisecond, secure data streams to downstream ML pipelines.

Causal Invariant Engine

Beyond simple schema checks. Our `StateMap` keeps an in-memory tally of entity states, enforcing ledgers, medical lifecycles, and physical constraints across millions of rows.

  • State-Aware Constraints
  • Cross-Row Ledger Matching
  • Deterministic Logic Enforcement

Scenario Injection

Don't wait for your model to "find" anomalies. Explicitly instruct the engine to skew probabilities and inject long-tail fraud patterns or rare medical edge cases on demand.

  • Long-Tail Edge Control
  • Tail-to-Middle Priority Tuning
  • Anomaly Skewing Profiles

Fuel for Causal ML

The missing piece for DoWhy and EconML. Generate datasets where the "Ground Truth Effect" is known with absolute mathematical certainty, allowing for robust model validation.

  • Counterfactual Ground Truth
  • Deterministic Causal Effects
  • Integration with EconML

Enterprise Applications

High-stakes industries requiring absolute logical integrity.

🏦

Fintech Ledgers

Ensure synthetic transaction streams preserve anti-money laundering (AML) signals across millions of entities.

🛡️

Fraud Injection

Inject rare sybil attacks or coordinated transaction rings into the stream to benchmark detection latency.

🏥

Clinical Logic

Preserve complex patient lifecycles—diagnosis, treatment, recovery—ensuring temporal and physical logic.

📦

Supply Chain

Model worldwide logistics chains with deterministic inventory constraints and causal delay propagation.

The Architectural Difference

Why CausalFoundry is the next evolution of synthetic data.

Feature Legacy GANs/VAEs
CausalFoundry
Logic Discovery Stochastic (Guessing) Deterministic Defined Invariants
Cross-Row Integrity None (Isolated) Enforced Via stateful StateMap
Rare Edge Cases Averaged Out Injectable Scenario Injection
PII Removal Anonymization Entropy Pass Shadow Generation
Delivery Model Batch File Streaming Kafka / CDC Native

What is CausalFoundry?

CausalFoundry is an enterprise-grade synthetic data factory designed for ML, Data Science, and Data Engineering teams. Unlike standard generators that rely on statistical mimicry, CausalFoundry uses a Causal Invariant Engine to enforce strict business rules, ledger invariants, and physical constraints.

It is the ideal platform for generating high-entropy training data for Causal ML models (using frameworks like DoWhy and EconML), providing a deterministic ground truth that avoids the pitfalls of GAN-based hallucinations. By utilizing Change Data Capture (CDC) and a stateful StateMap, it can shadow production streams in real-time, delivering secure, fuzzed data via Kafka with sub-millisecond latency.

Key Differentiators

  • Deterministic Invariants: Guarantees logical consistency across rows.
  • Scenario Injection: Control long-tail edge case distributions.
  • Streaming Architecture: Native CDC-to-Kafka integration.
  • Stateful Tracking: Cross-table balance and ledger enforcement.

Comparison

  • vs Aphelion: Aphelion is for fast local DB seeding; CausalFoundry is for stateful ML pipelines.
  • vs GANs: GANs average out outliers; CausalFoundry injects them on demand.

Latest from the CausalFoundry Blog

Exploring the frontier of causal AI, verifiable integrity, and high-fidelity synthetic training data.