Adroitent

Databricks

Staffing Provider

Databricks-Based Predictive Analytics Improved Demand and Placement Forecasting Accuracy for a Leading US Staffing Provider

About the Customer A large healthcare provider network operating across multiple facilities aimed to modernize its data and analytics environment to improve clinical, operational, and financial insights while maintaining strong controls over sensitive healthcare information. Business Challenge ·       Data silos across EHR, claims, laboratory, radiology, and other clinical and operational systems, limiting unified data access and insights. ·       Slow analytics and delayed reporting caused by legacy and fragile ETL pipelines, impacting timely decision-making. ·       Limited data governance and inconsistent access controls, creating challenges in securely managing sensitive PHI datasets.   ·       Challenges in enabling ML and AI use cases such as readmission risk prediction, capacity forecasting, and revenue leakage detection due to unreliable and duplicated data sources. About Customer Our customer is a leading US-based staffing and workforce solutions provider, supporting multiple industries at scale. The customer has a network of over 10,000 contractors across the healthcare, IT, and financial services sectors. Customer Challenge The staffing provider faced several challenges that limited its ability to make proactive, data-driven decisions: Fragmented data across ATS, CRM, VMS, payroll, and other systems Manual forecasting of demand and candidate availability Inability to accurately predict placement success, employee attrition, and revenue trends Limited reporting without predictive or forward-looking insights Growing global services needed seamless insights for informed decision making Slow Time-to-Fill (TTF) rates for niche roles The customer wanted to modernize its analytics platform to improve talent demand forecasting, candidate placement accuracy, and improve overall operational efficiency. With rapidly growing data volumes across recruitment, sales, and delivery systems, the organization needed a scalable, intelligent solution to stay competitive and needed an Analytics implementation partner. Solution Delivered: Predictive Analytics Adroitent leveraged Databricks platform to unify data, apply advanced analytics, and operationalize machine learning models across the staffing lifecycle to empower the customer with streaming and real-time analytics. Key Solution Components Unified Data Platform: Consolidated structured and semi-structured data from ATS, CRM, VMS, and payroll into Databricks using Delta Lake. Medallion Architecture (Bronze, Silver, Gold): Bronze: Raw ingestion of candidate, job, placement, and sales data was done Silver: Cleaned, standardized, and enriched datasets Gold: Curated analytics and ML-ready feature tables Governance & Security: Deployed Unity Catalog to ensure that sensitive PII (Personally Identifiable Information) was secure and compliant with US data privacy regulations. Centralized governance with Unity Catalog, ensuring secure role-based access and audit-ready data controls. ML Model Enablement & Predictive Analytics: Demand forecasting for open roles and future requisitions Candidate placement success prediction Attrition and redeployment risk scoring Revenue and pipeline forecasting BI Analytics within Databricks Delivered predictive insights through dashboards integrated with existing Databricks reporting tools for recruiters, sales leaders, and C-level executives. Project Highlights Adroitent implemented a value-driven delivery methodology comprising: Business use case discovery aligned with staffing KPIs Analytics-optimized Lakehouse architecture design Accelerated data engineering through reusable frameworks and components ML model development and validation using Databricks MLflow Performance tuning and production deployment Ongoing managed services and continuous platform improvement Technology Stack Leveraged Databricks Platform, Delta live tables, MLFlow Business Outcome The predictive analytics solution built on Databricks generated measurable business impact, including: Improved forecasting accuracy for demand and placements Faster decision-making enabled by actionable data insights Streamlined workforce planning with reduced manual intervention Better placement outcomes through predictive demand insights Enhanced operational efficiency organization-wide Stronger global business growth

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Secure and Compliant Healthcare Data Access Enabled through Databricks Lakehouse Implementation

About the Customer A large healthcare provider network operating across multiple facilities aimed to modernize its data and analytics environment to improve clinical, operational, and financial insights while maintaining strong controls over sensitive healthcare information. Business Challenge ·       Data silos across EHR, claims, laboratory, radiology, and other clinical and operational systems, limiting unified data access and insights. ·       Slow analytics and delayed reporting caused by legacy and fragile ETL pipelines, impacting timely decision-making. ·       Limited data governance and inconsistent access controls, creating challenges in securely managing sensitive PHI datasets.   ·       Challenges in enabling ML and AI use cases such as readmission risk prediction, capacity forecasting, and revenue leakage detection due to unreliable and duplicated data sources. Solution Delivered: Databricks Lakehouse Architecture Adroitent implemented Databricks Lakehouse architecture using the Medallion pattern (Bronze, Silver, and Gold) to create a unified, governed, and AI-ready data platform. Key Solution Components Data Ingestion (Bronze): Data ingestion from EHR records, claims data, HL7/FHIR messages, and lab data Enabling raw data into Delta live tables to support data reliability  Data Transformation (Silver): Standardization, deduplication, patient/provider entity resolution, code normalization (ICD/CPT), and data quality rules Pipeline orchestration via Databricks-native workflows and structured monitoring Data Curated (Gold): Curated data for quality measures, revenue cycle dashboards, clinical ops, and population health BI enablement and model-ready feature tables for ML model orchestration Project Highlights Data reliability and performance: Databricks Lakehouse reference patterns helped ingest and transform data. To improve trust and auditability, the platform was standardized on Delta Live tables, leveraging capabilities such as ACID reliability, schema enforcement, and historical versioning. Governance, Security & HIPAA-Aligned Controls: Governance was implemented using Unity Catalog to enable centralized access control, auditing, and lineage across workspaces and data assets. Various Security controls included: Role-based and attribute-based access for PHI vs non-PHI datasets (row/column-level controls where required) Audit logging and lineage visibility for compliance and investigations HIPAA-aligned configuration approach based on Databricks HIPAA guidance (PHI handling, security posture, and operational controls). BI + ML Model enablement: The MLFLow was used on a single platform with curated marts and feature-ready datasets. The ML models were fine-tuned based on the business use case and implemented. Technology Stack Databricks Platform, Delta live tables, MLFlow Business Outcome Faster patient data onboarding by using reusable data ingestion patterns Improved patient reports (Streaming and real-time analytics) Secure, compliant access to sensitive healthcare data thru effective governance Accelerated reporting through comprehensive dashboards, enabling faster and more informed decision-making. Improved trust in analytics through standardized, curated datasets and governed data access. Accelerated the customer’s ML initiatives with feature-ready data products

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