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Case Studies & Proof of Work

Real-world projects, measurable results, and the outcomes we’ve delivered across regulated and data-intensive environments.

Case Studies: Real Projects, Real Results

Examples of the types of challenges we've helped solve across regulated and data-intensive environments

AI-Driven Patient Data Intelligence & Workflow Modernization

Major National Healthcare Organization | Confidential Engagement

The Challenge

The organization needed a reliable, compliant, and scalable foundation to support AI-driven patient data workflows. Large volumes of unstructured OCR and clinical documents were stuck in inconsistent pipelines across GCS, making it difficult to generate timely insights or feed models. Compliance and audit requirements created additional friction, slowing experimentation and delaying AI deployment to clinical teams.

The Solution

  • Built cloud-native, AI-ready workflows on GCP (BigQuery, Pub/Sub, Dataflow, GCS)
  • Developed Python + Beam transformations to structure and validate unstructured OCR and clinical data
  • Implemented Airflow-based orchestration for predictable, repeatable pipeline execution
  • Designed consistent DTO contracts to support batch and real-time Vertex AI inference
  • Enabled end-to-end lineage, logging, and monitoring for audit alignment and operational visibility

The Impact

30–45%

Reduction in processing latency across patient-data workflows

2–4x

Faster development and iteration for AI and clinical analytics teams

90%+

Automated compliance and validation coverage

Hidden Benefits

  • Team Impact: Engineers, clinical analysts, and compliance reviewers operated with far fewer escalations and significantly clearer workflow expectations, reducing friction and rework.

  • Department Impact: Compliance, engineering, and analytics teams were finally aligned on how data moved through the organization, reducing cycle time for reviews and approvals.

  • Throughput Impact: Workstreams that previously stalled—due to unclear lineage or inconsistent pipelines—moved faster and with more predictability, increasing delivery throughput across teams.

  • Opportunity Benefit: With foundational issues resolved, the organization unlocked new AI use cases that were previously considered too risky or operationally burdensome to pursue.

Why it worked: Purposeful modernization of orchestration, data reliability, and inference-readiness created a safe, scalable, AI-first infrastructure—without requiring a full system rebuild. This positioned the organization to deliver real-time clinical insights and operationalize AI at enterprise scale.

Data Automation & Reporting Modernization

Insurance Organization | Confidential Engagement

The Challenge

Manual reporting, recurring data quality issues, and inconsistent workflows slowed down operations and created compliance risks. Teams needed reliable automation to reduce repetitive work and improve accuracy.

The Solution

  • Implemented automated pipelines using Airflow, Python, and cloud services
  • Improved ingestion and transformation reliability across warehouses
  • Added validation checks to prevent downstream reporting errors
  • Enhanced cloud utilization with scalable storage and compute patterns
  • Partnered with analytics, operations, and governance teams

The Impact

25–40%

Faster turnaround on analytics workflows

50%+

Reduction in manual processing steps

Improved

Data quality consistency across domains

Hidden Benefits

  • Team Impact: Analysts experienced reduced stress and fewer reactive “fire drills,” allowing them to spend more time on strategic, insight-driven work.

  • Department Impact: Operations and analytics teams established clearer handoffs and more predictable reporting cycles, which improved accountability and reduced delays.

  • Throughput Impact: Automation removed bottlenecks in the reporting workflow, increasing the volume of reliable outputs that teams could deliver without adding headcount.

  • Opportunity Benefit: Reducing manual load allowed teams to explore new analytical capabilities and deeper business insights that were previously deprioritized due to workload constraints.

  • Why it worked: Small, targeted automation efforts removed bottlenecks quickly and delivered operational value without requiring full system replacements.

    Cloud-Native Pipeline & Spark Optimization

    Global Technology Company | Confidential Engagement

    The Challenge

    High-volume data pipelines running on Spark were difficult to maintain and slow to iterate on. Teams needed a more scalable, predictable, and observable system to support experimentation and analytics.

    The Solution

    • Modernized PySpark pipelines with clearer, modular patterns
    • Deployed workflows on Kubernetes for scalability and cost control
    • Added CI/CD enforcement for data quality and testing
    • Built monitoring and alerting to improve issue detection
    • Partnered across ML infrastructure and platform engineering teams

    The Impact

    20–35%

    Increase in pipeline performance

    Reduced

    Operational issues and engineering rework

    Higher

    Developer productivity and iteration speed

    Hidden Benefits

    • Team Impact: Developers onboarded faster, collaborated more smoothly, and worked with greater confidence due to standardized patterns and clearer operational safeguards.

    • Department Impact: ML infrastructure, data engineering, and platform teams aligned around shared standards, improving cross-department reliability and reducing miscommunication.

    • Throughput Impact: Faster pipelines and fewer operational interruptions enabled more experiments, more frequent releases, and shorter iteration cycles.

    • Opportunity Benefit: The modernization enabled new data products, more advanced ML experimentation, and cloud-scaling strategies that were previously impractical due to technical limitations.

    Why it worked: Incremental modernization improved reliability and performance without disrupting downstream teams or requiring complete rebuilds.

    Awards & Credentials

    Cloud Architecture

    Experience across AWS, GCP, and Azure for data and AI workloads.

    Data Engineering

    Pipeline design, orchestration, ETL/ELT, warehouse integration, and optimization.

    AI Engineering

    Model integration, inference pipelines, internal model development, and MLOps workflows.

    Compliance-Aware Workflows

    Data governance, lineage, audit readiness, and privacy-aligned engineering.

    Ready to Work Together?

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