Summary

From constraint to advantage—I turn regulatory complexity into a delivery asset.

Regulated platforms don't fail gracefully. A bad deploy in fintech isn't a rollback—it's a compliance event, a revenue hit, and an erosion of user trust. I lead engineering organizations where PCI DSS, SOC 2, and enterprise governance aren't obstacles to velocity—they're the architecture that makes velocity safe.

What this looks like

  • Compliance-aware delivery — Release practices designed around audit requirements, not retrofitted after the fact.

  • Risk as a first-class signal — Error budgets, fraud patterns, and incident data drive priorities alongside the product roadmap.

  • Zero-downtime operations — Bank migrations, platform transitions, and major releases executed without service interruption.

  • Governance as enablement — Integration contracts and API boundaries that let teams iterate fast inside enterprise constraints.

Why this matters

Most engineering leaders treat regulation as friction. I treat it as a design constraint—one that, when respected, produces platforms that scale with confidence rather than accumulating hidden liability.

How I’ve done it

  1. Dayforce — Paused feature delivery to address fraud exposure on a $7B+ transaction platform, reducing losses by 82% and completing a zero-downtime U.S. bank migration.

  2. iSeatz — Engineered YAML-based integration contracts enabling biweekly mobile releases inside American Express’s monthly governance cadence.

  3. Quore — Halted roadmap expansion to remediate architectural debt, achieving 99.98% crash-free rate across 50 countries.

Let’s talk about your platform challenge.

I help engineering organizations turn regulatory complexity into a structural advantage—not a bottleneck.

Omege Speedmaster Moonwatch
Wide Angle Shot from a Skyscraper Balcony of an Illuminated Broadway in Downtown Nashville on a Cloudy Night
Omega Speedmaster Moonwatch
A smiling woman with her arms crossed, standing against a dark green background. She has long, dark hair.
Close-up of a dark green leaf showing its textured surface and central vein against a muted background.
Sunrise over Appalachian Mountains in Autumn
Computer circuit board
Sunrise over Appalachian Mountains in Autumn
Close-up of a tree stump showing growth rings and a textured brown wood surface.

Let’s talk about your platform challenge.

I help engineering organizations turn regulatory complexity into a structural advantage—not a bottleneck.

Omege Speedmaster Moonwatch
Wide Angle Shot from a Skyscraper Balcony of an Illuminated Broadway in Downtown Nashville on a Cloudy Night
Omega Speedmaster Moonwatch
A smiling woman with her arms crossed, standing against a dark green background. She has long, dark hair.
Close-up of a dark green leaf showing its textured surface and central vein against a muted background.
Sunrise over Appalachian Mountains in Autumn
Computer circuit board
Sunrise over Appalachian Mountains in Autumn
Close-up of a tree stump showing growth rings and a textured brown wood surface.

Let’s talk about your platform challenge.

I help engineering organizations turn regulatory complexity into a structural advantage—not a bottleneck.

Omege Speedmaster Moonwatch
Wide Angle Shot from a Skyscraper Balcony of an Illuminated Broadway in Downtown Nashville on a Cloudy Night
Omega Speedmaster Moonwatch
Wide Angle Shot from a Skyscraper Balcony of an Illuminated Broadway in Downtown Nashville on a Cloudy Night
Close-up of a dark green leaf showing its textured surface and central vein against a muted background.
Sunrise over Appalachian Mountains in Autumn
Computer circuit board
Sunrise over Appalachian Mountains in Autumn
Close-up of a tree stump showing growth rings and a textured brown wood surface.