Supply Chain Analytics for Data-Driven Supply Chain Planning, Optimization and Risk Management
In data analytics since 1989, ScienceSoft helps companies design, develop, integrate and upgrade supply chain analytics solutions.
Supply Chain Data Analytics Solution in Brief
Supply chain data analytics helps plan and optimize supply chain operations based on analytical insights. Supply chain analytics software integrates with ERP, CRM, a procurement management system, an order management system, etc. Solution costs vary from $200,000 to $400,000 for a midsize company.
Data integration layer
To extract, transform and load historical and real-time supply chain data in the format suitable for storing in a data lake, an operational data store and a data warehouse.
Data storage layer
To store data in its raw or preprocessed format in the data lake or an operational data store and structure and store data for analytical querying and reporting in the data warehouse.
Data analytics layer
To run simple analytical queries on operational data, multidimensional analytical queries with OLAP tools on structured historical data, build machine learning and data mining models to facilitate predictive and prescriptive data analysis.
Data visualization layer
To view supply chain analytics results on pre-built or custom reports and dashboards with a possibility to slice-and-dice and drill-down data; to monitor real-time supply chain operations with customized operational dashboards, get automated alerts and notifications on any disruptions in the supply chain, etc.
With 33 years in data analytics, and 10 years - in supply chain management, ScienceSoft designs and builds supply chain analytics solutions with customers' business needs at the core. Still, we reveal some common features, which such solutions include. Below, we share the core functionality:
- Scheduled and ad hoc reports for monitoring procurement KPIs: spend under management, cost of purchase order, purchase order cycle time, lead time, procurement cost avoidance, etc.
- Interactive dashboards with dynamic filters to analyze historic procurement spend data by time, geography, category, etc.
- Pre-built ML models for:
- Spend forecasting based on the anticipated changes in the business, regulatory requirements (industry, labor, or governmental), etc.
- Demand forecasting based on consumer buying behavior, competitor behavior, etc.
- Automated purchasing recommendations (categories of spend to prioritize on, best time for the requests for proposals, etc.) and approvals.
- Conducting what-if analysis to create specific spend strategies under varying circumstances (supply chain disruptions, industry, labor, and governmental regulatory changes, etc.).
- Interactive dashboards to keep track of supplier-related KPIs (number of suppliers, supplier availability, supplier quality rating, defect rate, etc.).
- Analysis of historical and real-time supplier contract data for contract enforcement and identification of new saving opportunities.
- Analysis of historical supplier performance data for creating supplier-specific negotiation strategies and overall supplier qualification/onboarding strategies.
- Automated supplier segmentation based on predefined criteria (spend factor, risk factor – late/failed deliveries, warranty problems, quality defects, etc.).
- ML-based models for recommending particular suppliers to purchase orders based on supplier performance analysis, preferred supplier lists, market benchmarks, etc.
- Configurable reports and dashboards with an overview of warehouse operations (inventory on hand, low-stock inventory, inventory turnover, days sales of inventory (DSI), most valuable inventory, inventory return, etc.).
- Real-time inventory data analysis for automatic alerting in case of low-level inventory, shipment delays, aged inventory, etc.
- Pre-built ML models for:
- Forecasting the demand by region, location, etc. and making suggestions on replenishments.
- Lead time forecasting.
- Defining optimal safety stock based on the typical lead time for the supplier.
- Identifying optimal product allocations and picking routes across the warehouse.
- Inventory allocation across multiple storage facilities.
- Warehouse labor demand forecasting (how many resources will be required for particular dates, warehouse zones and work tasks) based on a procurement and shipping schedule.
- Monitoring and reporting on logistics KPIs (shipping time, loading time, transportation costs, number of shipments, carrier performance, etc.).
- Analysis of fuel consumption and driver behavior to optimize fuel management.
- Analysis of historical and actual load data for load planning and defining the optimal amount of workforce.
- Analysis of vehicle condition data (current state, usage, history of repairs, etc.) for developing condition-based vehicle maintenance strategies.
- Analysis of delivery delays data to identify major delay drivers.
- Pre-built ML models for defining:
- Fuel- and cost-effective delivery routes and schedules for varying delivery scenarios (specific weather conditions, traffic conditions, etc.).
- Optimal shipping frequency and quantity for meeting the demand with minimized costs.
- Optimal delivery time, speed and transport mode.
- Customizable reports and dashboards to track current and pending orders, orders completed for a day, order accuracy, picking accuracy, canceled and returned orders, sales by product category/channel/customer, etc.
- Analysis of order return data to define key reasons for returns (poor product description, delivery delays, production defect, etc.).
- Pre-built ML models for:
- Demand forecasting based on the analysis of past buying trends, customer profiles, etc.
- Recommending activities for optimizing order processing and order fulfillment workflows, post-sales support, etc.
- Order fulfillment prediction based on the historical order fulfillment data, potential backlog issues, etc.
At ScienceSoft, we don't see a supply chain analytics solution as a stand-alone system. To enable it provide valuable insights, ScienceSoft integrates supply chain analytics with the following systems:
- Procurement management system – for spend monitoring and analysis, purchasing trends analysis, spend forecasting, etc.
- Supplier management system – for supplier performance monitoring and analysis, supplier risk analysis, bid analysis, payment terms analysis, AI-based recommendations on supplier assignment to purchase orders, etc.
- Inventory management system – for data-driven inventory allocation across different storage locations, inventory demand planning, lead times prediction, etc.
- Transportation management system – for the overall freight spend analysis, route schedules planning, transportation costs analysis, carrier analysis, shipping method analysis, etc.
- Order management system – for order execution analysis, returned order analysis, delayed order analysis, etc.
- Enterprise resource planning (ERP) system – for analyzing procurement, storage, transportation, etc. costs, identifying how the disruptions in the supply chain influence the bottom line, devise strategies for reducing the end-to-end supply chain costs; for leveraging supply chain analytics insights at all levels of enterprise planning (operational and business planning).
- Customer relationship management (CRM) system – for comprehensive customer demand forecasting and planning.
ScienceSoft's consultants have defined important factors that should be covered to ensure the success of supply chain analytics solutions:
Robust data security
Comprehensive security features such as data anonymization, end-to-end data encryption, fine-grained access control, data masking, etc., ensure the safety of data under analysis and compliance with specific regulations (e.g., GDPR).
Self-service user interface
End users with no tech expertise can use drag-and-drop functionality to create interactive dashboards, drill-down and NLP features to derive actionable insights and share them with colleagues, get AI-based recommendations on next-best actions, etc., which drives supply chain analytics adoption.
The architectural flexibility of a supply chain analytics solution ensures the ability to seamlessly integrate with new data sources, scale the storage capacity, leverage advanced analytics capabilities, etc.
The cost of a supply chain analytics project, which involves developing a data warehouse, OLAP cubes, and self-service reports and dashboards may range as follows:
*Monthly software license fees are NOT included
The cost of supply chain analytics implementation varies greatly depending on a number of factors, such as:
- Number of data sources for integration (ERP, CRM, order management system, supplier management system, logistics management system, etc.).
- Data complexity (structured, semi-structured, unstructured, real-time, etc.).
- Data volume.
- Complexity of supply chain data cleansing.
- Complexity of data analysis, ML and AI capabilities.
- Data security requirements.
- User training, if necessary.
The major financial outcomes include:
Minimized supply chain risks and optimized product flow
Early identification of supply chain disruptions and prediction of the future risks (e.g., extreme price swings due to interruptions in the flow of raw goods) for quick risk assessment and mitigation.
Enhanced supply chain planning
End-to-end visibility into and analysis of each component of the supply chain to achieve consistency in procurement planning, production planning, sales planning, etc. and fulfill the demand cost-efficiently.
Maximized ability to meet demand and up to 20-30% fewer inventory costs
Accurate demand forecasting, identification of an optimal inventory level, and optimal shipping frequency and quantity help plan capacity and minimize stockouts and overstocks.
Below, we list the tools that we frequently use in our supply chain analytics projects.
Microsoft Power BI
Self-service company-wide supply chain intelligence.
- Facilitated ingestion of supply chain data across the company with 120+ native data source connectors, including pre-built connectors for a data lake and operational databases.
- Self-service data preparation and analytics capabilities for Power BI users to create tailored supply chain data reports and dashboards in minutes.
Power BI Pro – $9.99/user/month.
Power BI Premium:
- $4,995/dedicated cloud storage and compute resources/month
Azure Synapse Analytics
Storing supply chain data for complex analytical querying.
- Integrating supply chain data from hundreds of data sources across the company’s divisions, subsidiaries, etc. to perform analytical querying in seconds.
- Reporting on all management levels, from C-suite to directors, managers and supervisors, is protected with a fine-grained data access control.
- On-demand pricing: $1.20/hour (DW100c) – $360/hour (DW30000c).
- Reserved instance pricing can save up to 65% over the on-demand option (in a 3-year term).
Data storage: $122.88/TB/month.
Note: No charge for the amount of data processed.
Warehousing for supply chain big data.
- SQL-querying of exabytes of structured, semi-structured, and unstructured supply chain data across the data warehouse, operational data stores, and a data lake.
- The supply chain data can further be analyzed with big data analytics and ML services.
On-demand pricing – $0.25 - $13.04/hour.
Reserved instance pricing offers saving up to 75% over the on-demand option (a 3-year term).
Data storage (RA3 node type): $0.024/GB/month.
Note: No charge for the amount of data processed.
Consider Professional Services for Supply Chain Analytics Implementation
With 33 years in data analytics, ScienceSoft helps businesses design, implement and modernize supply chain analytics solutions to consolidate supply chain data under one roof, achieve visibility into supply chain operations, and support the decision-making for supply chain planning and optimization.
Supply chain analytics software consulting
- Analysis of supply chain analytics needs and the existing supply chain software infrastructure.
- Supply chain analytics solution conceptualization and design.
- Supply chain analytics solution implementation planning (milestones, risk management planning, defining KPIs for measuring supply chain analytics software quality, etc.).
- Business case creation, including cost estimation, time budget estimates.
Supply chain analytics software implementation
- Analysis of supply chain analytics needs and drawing up requirements for supply chain analytics software.
- Supply chain analytics solution conceptualization and tech selection.
- Supply chain analytics solution development.
- Supply chain analytics software quality assurance.
- After-launch support and optimization.
ScienceSoft is an IT consulting and software development company headquartered in McKinney, Texas. We help our clients implement tailored data analytics solutions for the supply chain to turn voluminous supply chain data into insights for informed supply chain risk management, planning and optimization. Being ISO 9001 and ISO 27001 certified, we rely on a mature quality management system and guarantee cooperation with us does not pose any risks to our customers’ data security. Contact us to know more about supply chain analytics software implementation.