CYBERSTARLINK
Supply Chain Intelligence Suite
◆ Initializing Supply Chain Management Modules...
NO DATA LOADED
0 rows
Service Level
Awaiting data
Risk Index
Awaiting data
Forecast Accuracy
Awaiting data
Inventory Turnover
Awaiting data
Global SC Network Globe
Live 3D network mapping
Nodes: 0
Demand vs Supply
Live Alerts 0
🔔
No Alerts
Load data to detect issues
Top Risk Nodes
No data
ABC Distribution
Module Health
No data
Visual Library
📂
Drop file or click to browse
Supports .csv, .xlsx, .xls — any structure
Expected Schema (flexible)
The platform auto-detects columns. Map your columns below after upload.
ColumnTypeRequired
node / location / skutextyes
demand / qty / actual / forecastnumberyes
supply / stock / inventory_levelnumberrec
service_level / otif / fill_rate0–1rec
lead_time / transit_time / delivery_lead_timedaysopt
transport_cost / freight_cost / cost_per_unitnumberopt
risk / risk_score / supplier_risk_score0–100opt
oee / capacity_utilization / throughputnumberopt
return_rate / recovery_value / refurb_ratenumberopt
cash_to_cash / cost_to_serve / gmroinumberopt
complaints / nps / sla_adherencenumberopt
latitude / longitudenumberopt
No file? Use sample data
Live Backend Ingestion
Upload through the live backend engine for secure pipelines, tenant isolation, and real-time analytics.
Backend not queried yet
How to load data and get KPI results
1. Upload a .csv or .xlsx file, or use sample data if you want a working example.
2. Review the preview and confirm the detected column names.
3. Map the key fields: node, demand, supply, service_level, lead_time, risk.
4. Click Apply & Analyse to transform the data and populate the Analytics tabs.
5. Visit Command Center or any module tab to see KPIs and charts update.
Best practice: numeric values should not include units or commas.
Recommended fields: node, demand, supply, service_level/otif, lead_time, cost, nps, lat/lon.
Tip: map the most important fields first, then add optional fields for richer insights.
Data Sheets
Demand_Forecast — Forecast KPIs, accuracy, bias
SKU Date (YYYY-MM-DD) Actual_Demand Forecast Accuracy (%) Bias MAPE
Inventory — Stock, safety stock, reorder logic
SKU Location Current_Stock Safety_Stock Reorder_Point Lead_Time (Days)
Logistics — Shipment, cost, transit metrics
Shipment_ID Origin Destination Transit_Time (Days) Cost Volume (CBM) Weight (KG)
Production — OEE, capacity, downtime
Plant Date (YYYY-MM-DD) OEE (%) Capacity_Utilization (%) Downtime_Hours Throughput
Procurement — Supplier performance
Supplier_ID SKU Lead_Time (Days) On_Time_Delivery (%) Quality_Score (0-100) Cost_per_Unit
Customer — Service level, NPS, returns
Customer_ID Order_ID Service_Level (%) NPS Return_Rate (%) SLA_Adherence (%)
Risk — Node-level risk + geo coordinates
Node Risk_Score (0-100) Latitude Longitude Risk_Type
Network — Supply chain links
Source_Node Target_Node Flow_Volume Lead_Time (Days) Cost
Financial — Cost-to-serve, GMROI
SKU Cost_to_Serve GMROI Cash_to_Cash (Days) Revenue
AI_Control — Decision engine + scenario tracking
Scenario_ID Decision Outcome Confidence (%) Timestamp
Demand vs Forecast
Forecast Error Distribution
Bias Trend Line
Seasonality Decomposition
Forecast Value Add
Bullwhip Effect
MAPE / MAD / Bias by Node
Demand Pattern Classification
Inventory Aging
Stock Level Trend
ABC Classification
XYZ Volatility
SKU vs Location Heatmap
ABC Summary
Inventory Item Detail
Supplier OTIF Performance
Spend Pareto
Supplier Risk Heatmap
Lead Time Trend
Supplier Scorecard
Route Map Visualization
Delivery Performance Trend
Cost Breakdown
Transit Time Distribution
Return Rate & Reverse Logistics
OEE & Utilization
Throughput Trend
Production Schedule (Gantt)
Machine Utilization Heatmap
Downtime Pareto
Work-in-Progress
Order Fulfillment Funnel
Satisfaction Trend
Return Reasons Pareto
Returns Flow
Recovery Value Trend
Cash Flow Trend
Cost Breakdown
Profitability Analysis
GMROI by Category
AI vs Actual
Scenario Success
Predictive Risk Curve
Scenario Simulation Tree
Alert Stream
Input parameter guide
Box Plot: category/node, demand/cost/supply distribution
Sankey: supplier → node flows using supply or demand values
Choropleth: lat/lon points with service_level or risk intensity
Monte Carlo: scenario_success_rate, forecast_value_add, demand sensing impact
Waterfall: revenue_per_unit, spend, logistics_cost_pct, return_rate
Pareto: supplier/node spend or transport cost contributions
Gantt: node/task lead_time and delivery_lead_time durations
Box Plot Pending
Hover for required inputs.
Sankey Pending
Hover for required inputs.
Choropleth Pending
Hover for required inputs.
Monte Carlo Pending
Hover for required inputs.
Waterfall Pending
Hover for required inputs.
Pareto Pending
Hover for required inputs.
Gantt Pending
Hover for required inputs.
Box Plot Distribution
Monte Carlo Simulation
Waterfall Analysis
Pareto Optimization
Sankey Diagram
Choropleth Map
Project Timeline (Gantt)
Risk Matrix (Likelihood × Impact)
Low Medium Critical
Monte Carlo Risk Distribution
Critical Alerts — High Risk Nodes
Risk Register
● Low Risk ● Medium ● High Risk
Node Geo Table — lat/lon required in data
Scenario Parameters
Demand Surge % 20%
Supply Disruption % 10%
Lead Time Increase % 0%
Cost Inflation % 5%
Safety Stock Multiplier 1.5×
Disruption Type
Simulation Output — Service Level Impact
Projected Service Level
Stockout Risk Nodes
Excess Cost Impact
Method 1 — Basic Formula
SS = (Max Daily Use × Max LT) − (Avg Daily Use × Avg LT)




Method 2 — Z-score × σ × √LT
Service level driven. Z × σ_demand × √Lead Time




All Method Results
Enter values and click Calculate
Data-Driven Safety Stock — From Loaded Dataset
Load data to compute safety stock per node