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Enterprise Data Architect
Job Description
Enterprise Data Architect at Futran Solutions Enterprise Data Architect at Futran Solutions in Harrison, New Jersey Posted in about 13 hours ago.
Type:
full-time
Role:
Enterprise Data Architect Location:
NJ/NY/PA/CT
•
Hybrid Primary Skills:
Data Mesh Architecture implementation using
Palantir Foundry Secondary Skills :
Financial Services, Fraud Management platform build experience is a great addition Design and build the data architecture that fraud detection runs on: the real-time decisioning path, the lakehouse that models are trained from, the data products the estate is organized around, and the virtualization layer that gives investigators context without proliferating copies. This is a builder's role. The successful candidate will be in design reviews, writing and reviewing technical specifications, and making calls on partitioning, latency budgets and state management. Candidates whose recent experience is exclusively advisory will not be a fit.
Key responsibilities:
Fraud data architecture
- Own the end-to-end design across three latency tiers: the decision plane (sub-150ms, materialised state, no federated access), the investigation plane (seconds, virtualized), and the model and analytics plane (lakehouse) Working knowledge of Palantir Data Foundry and Palantir's Data Mesh implementation experience Lakehouse design and build. Data mesh implementation
- Define the fraud data product topology, the contract standard between producing domains and the fraud platform, the quality metrics attached to each product, and the federated governance model that keeps ownership distributed while evidence stays central Data virtualization
- Design the federated access layer for investigation and analytics Real-time data path
- Design the streaming ingestion, the
ISO 20022
canonical event model, the bounded-window enrichment join between payment and channel telemetry, and the low-latency feature state store Non-functional design
- Latency budgets, throughput and capacity modelling, resilience and failure posture, data residency, retention, lineage and encryption