ExlAthena ExlAthena

Supply Chain Brain · Live

ExlAthena

Supply chain & manufacturing decision intelligence

Demand planning. Production planning. Inventory optimization. GIS live tracking. Then ship, fleet, physical AI, and predictive maintenance on one knowledge graph.

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Knowledge Graph AI Supply Chain Brain

01 -- Core planning

Demand planning · Production planning · Inventory optimization

The manufacturing spine of ExlAthena. Jump to live dashboards or open full solution pages.

01

Demand planning

Causal forecasting constrained into the consensus plan -- BOM, capacity, and lead-time honesty before buy / make.

Live dashboard · Solution page
02

Production planning

MPS / MRP on live line load, routing, MES downtime, and PdM risk -- resequence before the shift starts.

Live dashboard
03

Inventory optimization

Multi-echelon safety stock, cover vs lead time, allocation, and expedite -- explainable before write-back.

Live dashboard · Solution page
04

Decision intelligence

Impact analysis, next-best action, and governed write-back across the knowledge graph.

Solution page · Impact dashboard

Enterprise focus

SUPPLY CHAIN & MANUFACTURING

Global ship tracking · Fleet orchestration · Physical AI · Predictive maintenance

Global ship tracking
GLOBAL SHIP TRACKINGOcean lanes · ETA risk · live
 Fleet tracking
FLEET TRACKINGPlant to DC · exceptions
 Physical AI
PHYSICAL AIVision · robotics · MES
 Predictive maintenance
PREDICTIVE MAINTENANCERUL · capacity · promises
Enter industries control tower

Enterprise operating model

One brain. Every decision synchronized.

Fragmented ERP, MES, and tribal knowledge become a living graph. Functions connect. Scenarios resolve. Planners approve explainable actions.

Live fabric

Signal to graph to action

Orders, BOM, routing, capacity, suppliers, and asset health land on one causal model so a delay is never an orphan alert.

0 levels

Continuous pipeline

Analytics through decision — each level hands the next something executable.

0 modules

Entities linked

SKU, plant, supplier, and asset relationships power scenario reasoning.

Human+AI

Prescribe and approve

Signals, model, threshold — planner stays in the loop by default.

Write-back

Close the loop

Actions return to systems of record so the next pass measures change.

How the brain works

From signal to surgical action

Always on

Sense the network. Decide the network.

Ingest telemetry, reason across the graph, surface the next best move before value leaks.

Architecture deep dive

01 · Digitize

Tribal knowledge to machine knowledge

Contracts, SOPs, masters, and planner heuristics enter the fabric — read in place, rationalized with evidence.

02 · Connect

Enterprise knowledge graph

SKU, BOM, routing, capacity, suppliers, and assets become linked entities with constraints and causality.

03 · Predict

Forecasts + predictive diagnostics

Demand, lead-time risk, capacity shortfall, and equipment health run continuously on live history.

04 · Synchronize

One agile plan across functions

Demand, inventory, procurement, production, and maintenance share the same constraint set.

05 · Prescribe

Explainable next-best action

Expedite, resequence, reallocate, open a work order — with signals and thresholds for one-click approve.

03 -- Live planning dashboards

Demand planning · Production planning · Inventory optimization

Full visual panels for the three planning engines, then 360° network and impact analysis.

Demand planning

Demand planning & forecasting

Statistical + causal demand plans on ERP/MES history -- consensus demand constrained into procurement and production with BOM, capacity, and lead-time honesty.

Demand planningCausal forecastSeasonalityS&OP / IBP

Demand planning solution

Production planning

Production planning & scheduling

Master production schedule and material requirements on live work-center load -- routing, MES downtime, changeovers, and PdM risk reshape the plan before the shift starts.

Production planningMPS / MRPRoutingFinite capacity

Inventory optimization

Inventory optimization across echelons

Safety stock, EOQ, multi-echelon cover vs lead time, allocation, and expedite -- scored on plant-DC-line networks with explainable recommendations before write-back.

Inventory optimizationSafety stockEOQMulti-echelon

Inventory optimization solution

360° network

Every node in one orbit

Suppliers, plants, DCs, fleets, ships, and assets on one knowledge graph — every exception in context.

End-to-endLogisticsAssets

Impact analysis

Shock → ripple → OTIF

Shock a lane, line, or supplier — see demand, inventory, capacity, and customer promise before you approve.

What-ifRippleOTIF

04 — Bird’s-eye control tower

One operating picture

Network health, exceptions, and next-best actions — from ocean lane to MES line.

SUPPLIER SHIP FLEET DC PLANT PdM CONTROL TOWER
DemandForecast → plan

Spike W+3 · capacity check passed

ProductionLine B 112%

Resequence recommended

Inventory18 SKU cover risk

Expedite vs wait scored

ImpactOTIF −4.1% if ignored

Approve alternate PO-441

GIS & geospatial intelligence

Live tracking. Live monitoring. Map-aware decisions.

Ships, fleets, plants, and DCs on one geospatial fabric — ETA risk, geofences, and lane health tied back to demand, inventory, and the control tower.

LIVE TRACKING AIS · GPS · Geofence Refresh 12s
Assets live1,284ships · trucks · yards
Geofences67active zones
ETA risk11lanes flagged
Coverage98.4%signal health
Monitoring feed STREAMING
MV HorizonSHA?ROT delay +14h · inventory cover OK 9dWatch
Fleet B7Geofence breach near DC-East · 18 assetsReroute
Plant KLInbound yard congestion · MPS flex recommendedNotify
AIS / GPSGeofencingLane healthETA riskYard / port

05 — Frameworks & governance

SCOR · GSCF · APQC · SKOS · OKS

Named standards for process, collaboration, taxonomy, and knowledge-graph organization — with governance so decisions stay auditable.

SCOR GSCF APQC SKOS OKS

Supply chain process frameworks

SCOR

Supply Chain Operations Reference

ExlAthena maps operating decisions to the SCOR process spine: Plan → Source → Make → Deliver → Return (Enable across the chain).

  • Consensus demand into constrained Plan
  • Source & Make with capacity honesty
  • Deliver / Return exceptions on the same graph
GSCF

Global Supply Chain Forum

Aligned to GSCF collaborative process thinking across customer, internal, and supplier relationship threads.

  • Customer relationship & OTIF promise
  • Internal demand / supply / order management
  • Supplier relationship & alternate paths
APQC

Process Classification Framework

Supports APQC-style process taxonomy across Manage · Operate · Support — so KPIs and stewardship map to enterprise process catalogs.

  • Operating KPIs on the knowledge graph
  • Asset / PdM tied to capacity processes
  • Support & stewardship for audit trails

Knowledge graph frameworks

SKOS

Simple Knowledge Organization System

W3C SKOS patterns organize concepts, labels, and broader/narrower relations — so material classes, process taxonomies, and exception codes stay consistent and shareable across the graph.

  • Concept schemes for SKU / process / risk codes
  • Preferred labels & synonyms for search
  • Hierarchical & associative links
OKS

Ontology & Knowledge System

OKS here means an Ontology and Knowledge System (also read as Open Knowledge System) — the living model of entities, relations, constraints, and rules that powers ExlAthena’s supply chain brain.

  • Domain ontology: order, BOM, routing, asset, lane
  • Causal edges for impact & what-if
  • Open to ERP / MES / IoT signal ingestion

Governance

01

Data stewardship

Master data ownership, SKOS concept schemes, and change control before write-back.

02

Decision rights

Human-in-the-loop approval thresholds by exception class and dollar / OTIF impact.

03

Explainability

Every next-best action cites signals, model, and threshold — ready for audit.

04

Process alignment

SCOR / GSCF / APQC mappings kept current so KPIs stay comparable across sites.

SCOR, GSCF, APQC, and SKOS are industry / standards references. ExlAthena is designed to support work that follows those frameworks; this is not an official endorsement or certification mark of ASCM, the Global Supply Chain Forum, APQC, or W3C.

Architecture

Nine modules. One neural pipeline.

01DigitalizeDocs & signals
02RationalizeTrusted masters
03UnderstandAnalytics · Predict
04DecidePlan · Optimize
05AskNatural language

Explore nine modules

Predictive diagnostics

Cockpit for plant & network risk

Network telemetry Streaming
Critical
CNC-07 vibration anomalyPredicted degradation · 36h
Open WO
Risk
SKU-1842 cover < lead timeFill rate -18% · alternate ready
Expedite
Plan
Line B capacity -22% this shiftResequence WO batch
Resequence
Plant healthLive
92Index

Asset risk · cover integrity · plan adherence

06 — Industries

Where the brain runs live

LIVE OPSShip trackingOcean lanes & ETA risk in the plan
NETWORKFleet trackingPlant ↔ DC exceptions & cover
FLOORPhysical AIVision · robotics · MES signals
ASSETSPredictive maintenanceRUL tied to capacity & promises

Full industries page

07 — Answers

What leaders ask first

What is ExlAthena?

ExlAthena is a supply chain and manufacturing decision intelligence platform. It connects ERP, MES, logistics and asset data into one knowledge graph, then recommends explainable next-best actions for demand planning, production planning, inventory optimization and control-tower operations.

What does ExlAthena do for a manufacturing supply chain?

ExlAthena forecasts demand, constrains it against real BOM, routing and work-center capacity, optimizes multi-echelon inventory, tracks ships and fleets on GIS, predicts asset failure, and surfaces every exception as an approved, auditable decision instead of another dashboard.

How is ExlAthena different from traditional supply chain planning software?

Traditional advanced planning systems re-plan in batch against a copy of the data. ExlAthena runs on a live knowledge graph of orders, BOM, routing, assets and lanes, so demand, supply, capacity and logistics stay a single connected object and every recommendation cites the signals, model and threshold behind it.

Which systems does ExlAthena integrate with?

ExlAthena reads live feeds from ERP systems such as SAP and Oracle, MES and historian platforms, WMS and TMS, CMMS and IoT or AIS and GPS telemetry. Integration is continuous streaming rather than month-end extracts, and write-back is governed by human-in-the-loop approval.

How do SCOR, GSCF and APQC show up in the product?

Operating decisions map to SCOR Plan, Source, Make, Deliver and Return; to GSCF customer, internal and supplier collaboration threads; and to APQC-style manage, operate and support process catalogs, so KPIs and governance stay comparable across every site.

What are SKOS and OKS in ExlAthena?

SKOS, the Simple Knowledge Organization System, structures concepts, labels and hierarchies for SKU, process and risk codes. OKS, the Ontology and Knowledge System, is the living ontology of orders, BOM, routing, assets and lanes that powers impact analysis and the control tower.

What is GIS and geospatial intelligence in ExlAthena?

GIS live tracking places ships, fleets, plants and distribution centres on a map using AIS and GPS feeds, geofences, lane health and ETA risk, then ties those spatial exceptions back into demand, inventory and control-tower actions.

Which industries use ExlAthena?

ExlAthena is built for discrete and process manufacturing, industrial and automotive suppliers, chemicals, consumer goods, and the ocean freight and fleet logistics networks that serve them.

Where does ExlAthena operate from?

ExlAthena operates from Kuala Lumpur in Malaysia and from Chennai and Mumbai in India, and supports global manufacturing and logistics programmes.

How do I get an ExlAthena demo?

Request an enterprise demo or a discovery workshop from the contact page. A typical engagement starts by mapping your orders, BOM, routing, MES, asset and supplier data into the knowledge graph.

08 — Resources

White papers & case studies

White papers

Demand, inventory, master data, platform overview.

Browse →

Case studies

Manufacturing, ocean/fleet, physical AI & PdM.

Browse →

Downloads

All PDFs in one library.

Download →

New to supply chain AI? Read the guide

Next step

See the brain on your fabric.

Map orders, BOM, routing, MES, assets, and suppliers into the knowledge graph — governed by SCOR, GSCF, APQC, SKOS, and OKS patterns.

Request enterprise demo Review frameworks