Statistical fidelity, privacy budgets, and shareable datasets—unlocking ML without shipping raw PII.

Train on data you can share—synthetic rows with privacy metrics that reviewers understand

We implement tabular and time-series generators with constraint solvers so marginals and seasonality survive synthesis. Differential privacy hooks expose epsilon budgets per release; downstream teams see utility vs privacy trade-offs before generating gigabytes. Access workflows issue time-bound synthetic extracts—watermarking optional—so partners test integrations without VPNs into production databases.

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Synthetic Data & Privacy-Preserving ML Platform Development

01 // THE MANDATE

Statistical fidelity, privacy budgets, and shareable datasets—unlocking ML without shipping raw PII.

We implement tabular and time-series generators with constraint solvers so marginals and seasonality survive synthesis. Differential privacy hooks expose epsilon budgets per release; downstream teams see utility vs privacy trade-offs before generating gigabytes.

Access workflows issue time-bound synthetic extracts—watermarking optional—so partners test integrations without VPNs into production databases.

02 // ENGINEERING

Development process

Structured phases—from discovery to launch—with clear ownership and handoff points.

Data sensitivity review (weeks 1–4)

Fields, prohibitions, acceptable use, DP targets.

MVP (weeks 4–14)

Single domain table, generation, QA report.

Validation (weeks 12–18)

ML team trains on synthetic vs holdout real.

Scale (weeks 16–24)

Multi-table; referential integrity optional.

Operate (ongoing)

Refresh cadence; model upgrades.

03 // CAPABILITIES

Core Capability Matrix

The building blocks of your solution

Profiling

schema; distributions; rare category handling.

Generation

GAN/CTGAN-class; autoregressive optional.

Validation

TSTR tests; disclosure risk metrics.

Privacy

DP noise; k-anonymity checks optional.

Time series

AR patterns; entity continuity optional.

Bias

fairness checks on synthetic labels optional.

Export

Parquet; Snowflake/BQ load optional.

Lineage

seed; version; reproducibility.

API

batch jobs; quotas.

Governance

approvals; audit log.

04 // DELIVERY LIFECYCLE

The strategic roadmap

Milestones and checkpoints—each phase has a clear outcome before the next begins.

Milestone 01Delivery

Weeks 1–4: DPIA and legal sign-off.

Milestone 02Delivery

Weeks 5–10: First synthetic dataset delivered.

Milestone 03Delivery

Weeks 11–18: Downstream model validation.

Milestone 04Delivery

Weeks 19–24: Partner sharing workflows.

Milestone 05Delivery

Ongoing: New tables; privacy regulator updates.

05 // PRODUCT SCOPING

Choosing your path

Two engagement models—start lean and iterate, or commit to a full platform build from day one.

MVP

Speed & essentialism

Phase 1
MVP: single-table synthetic generation, utility/privacy report, download API, project workspaces, RBAC. Excludes full relational synthesis and edge federated learning. Proves utility before enterprise data mesh integration.
Recommended

Full product

Enterprise maturity

All-in
Privacy ML suite: multi-table with FK preservation, federated analytics optional, on-prem generators, enterprise DP accounting, integration with clean rooms.

06 // PARTNERSHIP

Why work together

A single accountable partner across strategy, build, and go-live—not a revolving door of vendors.

John Hambardzumian
Direct collaboration

End-to-end ownership: discovery, architecture, implementation, and launch—with clear communication and production-grade engineering.

  • Discovery & alignment
  • Systems that scale
  • Implementation depth
  • Clear comms

07 // CLARITY

Frequently asked

Benchmarks on downstream tasks; we document where synthesis fails and keep human review gates.

Ready to start?

Tell me about your product goals and timeline—I'll respond with a clear path forward.