Industry Solutions

One engine that understands and optimizes different industries' supply chain characteristics

🧪

Chemical

Process Manufacturing

Industry Challenges

  • •Continuous reactor operation optimization
  • •Catalyst lifecycle management
  • •Yield & purity quality targets
  • •Raw material → intermediate → product IC chain cost tracking

WARP Solution

  • ✓Reactor-level yield/temp/pressure dynamics simulation
  • ✓Catalyst degradation curve-based replacement optimization
  • ✓Instant P&L calculation on feed ratio changes
  • ✓Quantified impact analysis for supply disruption scenarios
🚗

Automotive

Discrete Manufacturing

Industry Challenges

  • •Thousands of parts in multi-level BOMs
  • •JIT/JIS delivery pressure
  • •Global multi-plant production allocation
  • •Semiconductor lead-time risk

WARP Solution

  • ✓BOM expansion + MRP II auto-calculation
  • ✓Line-level production dynamics with material constraints
  • ✓Multi-plant scenario comparison
  • ✓Part supply disruption → instant model/line impact tracking
📱

Electronics

Discrete Manufacturing

Industry Challenges

  • •Short product lifecycles (6-12 months)
  • •High-mix low-volume + demand volatility
  • •Semiconductor lead times 52+ weeks
  • •Inventory depreciation risk

WARP Solution

  • ✓Demand forecasting + production planning integrated
  • ✓Profitability-based automatic production priority
  • ✓Lead-time variation impact simulation
  • ✓Inventory turnover optimization to minimize depreciation
🏗️

Steel

Process Manufacturing

Industry Challenges

  • •Smelting/rolling continuous process energy management
  • •Raw material (iron ore/coke) mix optimization
  • •Order-level delivery vs. equipment scheduling
  • •Carbon emission regulations

WARP Solution

  • ✓Process-level energy consumption/cost dynamics modeling
  • ✓Mix ratio change → instant quality/cost impact
  • ✓Equipment utilization optimization + delivery simulation
  • ✓CO₂ emissions tracking per scenario
👔

Apparel

Discrete Manufacturing

Industry Challenges

  • •Extreme seasonal demand swings
  • •OEM high-mix low-volume + fast lead times
  • •Global sourcing (fabrics & trims)
  • •End-of-season inventory clearance

WARP Solution

  • ✓Seasonal demand pattern-based planning optimization
  • ✓Fabric/trim MRP II + production dynamics integration
  • ✓Global sourcing lead-time risk simulation
  • ✓Optimal inventory depletion strategy before season end
👟

Footwear

Discrete Manufacturing

Industry Challenges

  • •High complexity: 30+ models × 50+ lines
  • •Multi-level BOM assembly (cutting→stitching→assembly→packing)
  • •2-country factory allocation
  • •114 materials, 13 suppliers

WARP Solution

  • ✓All model×line combinations simulated simultaneously
  • ✓BOM-based bottom-up precise costing
  • ✓Country-level factory allocation optimization
  • ✓Supplier disruption → instant part/model impact tracking
💊

Pharma

Batch Manufacturing

Industry Challenges

  • •Batch production under GMP regulation
  • •Cleaning & validation time on product changeover
  • •Shelf-life-based inventory management
  • •Complexity-tiered management (HIGH/MID/LOW)

WARP Solution

  • ✓Batch cycle simulation (charge→QA→release)
  • ✓GMP changeover + reject rate-aware scheduling
  • ✓Shelf-life-based FIFO + expiry risk alerts
  • ✓16 products × 26 weeks demand, consensus process
🚢

Shipbuilding

Project-Based Manufacturing

Industry Challenges

  • •Large project delivery (LNG carriers, offshore platforms)
  • •Critical path mgmt across hundreds of activities/dependencies
  • •Schedule crashing under resource (labor·equipment·material) constraints
  • •EVM performance tracking + risk P80 management

WARP Solution

  • ✓Integrated project simulation — CPM·PERT·EVM unified
  • ✓Resource-leveling optimization — significant project duration reduction verified
  • ✓Probabilistic risk analysis — statistical delivery date guarantee
  • ✓Multi-objective optimization — automatic cost·duration trade-off exploration

MRP → MRP II → WARP

The evolution of manufacturing planning systems. WARP includes MRP II and extends into APS territory.

Capability MRP MRP II WARP
BOM Expansion / Material Requirements ✅ ✅ ✅ 114 components, 4 levels
Inventory Management ✅ ✅ ✅
Purchase Planning ✅ ✅ ✅
Capacity Planning (CRP) ❌ ✅ ✅ Lines, utilization, shifts
Production Scheduling ❌ ✅ ✅ Gantt, line-model assignment
Financial Planning (P&L, Cost) ❌ ✅ ✅ Real-time P&L
Demand Forecasting ❌ ✅ ✅ 16 models, ETS/ARIMA/ML
What-if Scenarios ❌ ✅ ✅ Tornado, scenario comparison
Auto-Optimization Engine ❌ ❌ ✅ Multi-stage AI Optimization
Dynamic Simulation ❌ ❌ ✅ Hundreds of state variables
End-to-End Unified Planning ❌ Partial ✅ 7 plans, 3 seconds
WARP = MRP II + APS (Advanced Planning & Scheduling) + Dynamic Simulation

Competitive Comparison

Core feature comparison with major global SCM solutions

Feature WARP SAP IBP Blue Yonder Kinaxis
Planning Speed 3 sec Hours Hours Minutes
7 Plans Unified ✅ Partial ❌ Partial
MRP II↔Simulation ✅ Bidirectional ❌ Separated ❌ Separated ❌ Separated
Simultaneous P&L ✅ Separate module ❌ ❌
AI Auto-Optimization ✅ Limited Forecast only ❌
Scenario Analysis 10/min 3/4hrs Limited Limited
Implementation Time Weeks 12-18 months 6-12 months 3-6 months
Performance-Based Pricing ✅ ❌ ❌ ❌

Implementation Process

01

Demo & Consultation

Understand your needs, live WARP demo

1 week
02

Data Integration

AI-based auto-config, data migration

1-2 weeks
03

Pilot Validation

Real data simulation, KPI verification

2-4 weeks
04

Full Operation

Performance-based billing, continuous optimization

Ongoing
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