UseCase

Data Infrastructure for FinTech Scale

PiTech builds unified cloud-native data platforms for growth-stage FinTechs with regulatory data models, AI/ML feature store infrastructure, and product analytics layers designed together from the start so sponsor bank data requests are answered in hours, feature consistency is enforced from training to production, and the platform scales without re-architecting the data layer.

Hours

Regulatory data request response

Unified

Platform replacing fragmented silos

Feature store

Training-serving consistency

5 days

Sponsor bank data deadline met

Client Snapshot

Industry

FinTech

Solution

Data Solutions | Cloud Solutions

Complexity

High

Delivery

Architecture + Implementation

The Problem

Most growth-stage FinTechs accumulate data infrastructure debt faster than product debt. The first analytics solution is a Redshift warehouse built by the first data engineer. The second is a Kafka stream someone deployed for fraud. The third is a Snowflake account the ML team set up independently. By Series B, the platform has three data systems that disagree on the same metric, no governed data model, and a regulatory reporting function that pulls numbers from four different sources and hopes they reconcile before the sponsor bank audit.

Sponsor bank program agreements typically require regulatory data production within five business days of request. Most growth-stage FinTechs need two weeks. The gap creates program agreement risk at every audit cycle and the fragmented data infrastructure that causes the delay also undermines AI model reliability through training-serving skew: features computed differently between model training environments and production scoring engines.

Ready to Start?

Schedule a Data Infrastructure Assessment

Get a candid analysis of your current data fragmentation, regulatory response gaps, and platform modernization roadmap.

5 days

typical sponsor bank program agreement deadline for regulatory data production. Most growth-stage FinTechs need two weeks with fragmented data infrastructure. The gap is a program agreement risk at every audit cycle  and the same infrastructure problem that causes the regulatory response delay also causes AI model training-serving skew and inconsistent product metrics.

How PiTech Delivers

01

Data Platform Architecture Design

Unified data platform architecture designed for the FinTech’s scale trajectory, product mix, and regulatory requirements simultaneously. Cloud-native stack selection (Databricks, Snowflake, or equivalent) with streaming and batch processing patterns. Architecture designed once not re-architected every Series round.

02

Regulatory Data Model Implementation

Regulatory reporting data structures built alongside the analytics model BSA/AML transaction data, HMDA fields if applicable, and sponsor bank program reporting requirements inform the data model design from the start. Regulatory data requests answered from structured, governed data not from ad hoc query reconstruction.

03

AI/ML Feature Store Infrastructure

Feature computation and serving infrastructure ensuring consistent feature engineering from model training through production scoring. Features computed once, versioned, and served from the same pipeline eliminating training-serving skew that degrades production model performance relative to validation results.

04

Product Analytics and Governance Layer

Real-time funnel, cohort, and engagement analytics for product teams built on the same data foundation as regulatory and AI use cases. Data catalog and quality monitoring at appropriate FinTech-scale governance enough structure to prevent data chaos without creating bureaucratic overhead that blocks product velocity.

Proven Outcomes

Hours

Regulatory data request response time in unified platform engagements

Feature store

AI training-serving consistency delivered as platform infrastructure

18+ yrs

Financial services data engineering regulatory and compliance depth

Proven Outcomes

18+

Years in Regulated Industries

What You Gain

Hours

Regulatory data request response vs. two-week manual assembly

Unified

Single platform replacing fragmented warehouse and streaming silos

Feature store

Training-serving consistency eliminating AI model performance degradation

5-day ready

Sponsor bank data deadline compliance from governed data infrastructure

What's Included

Data platform architecture

Data platform architecture

Cloud-native unified platform with streaming and batch processing for all use cases

Regulatory data model

Regulatory data model

BSA/AML, sponsor bank reporting, and applicable regulatory data structures built from design

Product analytics layer

Product analytics layer

Real-time funnel, cohort, and engagement analytics for product teams

AI/ML feature store

AI/ML feature store

Feature computation, versioning, and serving for fraud, credit, and personalization models

Data catalog and governance

Data catalog and governance

Metadata management, data ownership, and quality monitoring appropriate to FinTech scale

Investor reporting data layer

Fair lending monitoring module

Investor reporting data layer

KPI computation and reporting infrastructure for board and investor updates

Data observability

Data observability

Pipeline monitoring, data quality alerting, and freshness tracking across all data sources

Frequently Asked Questions

When should a FinTech invest in a unified data platform?

The inflection point is when data requests from product, compliance, and finance return different numbers for the same metric because each team is querying a different system with different transformation logic. This inconsistency is the direct operational cost of fragmented infrastructure. Most FinTechs should address it at Series A; by Series B, data infrastructure debt is visible to sophisticated investors during diligence.
PiTech recommends Snowflake or Databricks for the warehouse layer depending on the FinTech’s primary use case emphasis (analytics vs. ML), with streaming powered by Confluent Kafka or cloud-native alternatives. Stack selection is driven by the founding team’s existing expertise, primary use cases, and cost profile not by vendor relationships.
Feature stores eliminate training-serving skew the problem where features computed during model training differ from features computed in production scoring, causing models to perform differently live than they did in validation. When fraud detection, credit underwriting, or personalization models produce different results in production than in backtesting, training-serving skew is the most common cause. Consistent feature computation from a shared store is the most impactful single investment in AI reliability.
Yes. PiTech typically works in a collaborative model PiTech provides architecture design, platform selection, and build acceleration; the client’s data engineering team owns the ongoing operation and development. Knowledge transfer is a defined program deliverable, not an afterthought. Most FinTechs use PiTech to accelerate the initial platform build, then take ownership of ongoing development.
PiTech designs separate data zones for cardholder data within the unified platform tokenization of card data before it enters the analytics layer, access controls restricting cardholder data access to PCI-scoped systems, and audit logging satisfying PCI DSS Requirement 10. The regulatory data model includes PCI scope management from design so cardholder data handling is governed from the start.

Data infrastructure built for scale produces returns on every product, compliance, and AI investment that follows. PiTech builds it right.

Contact PiTech to begin with a data fragmentation and regulatory response capability assessment.

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