Closed-Loop Supply Chain Architecture

How Every Module Interconnects Across the Operational Lifecycle.

Follow the unbroken digital thread from supplier packaging specs and ERP demand down through dock receiving, yard orchestration, and autonomous RFID audits—closing the loop with real-time feedback.

Step 00 ● Full Flywheel Overview
Step 01 Axiom (ERP Demand)
Step 02 PackMatrix (Pack Specs)
Step 03 PackTetri (3D Load Plans)
Step 04 PFEP (Buffer Strategy)
Step 05 WMS (Decant & Slotting)
Step 06 YardFlow (Gate & Docks)
Step 07 TransOps (Heavy Routing)
Step 08 FlowTrace (RFID & Loop)
FlowTrace ➔ PackMatrix CLOSED-LOOP
Container Turnaround Loop
Tracks actual turnaround dwell days and damaged container instances to refine future packaging fleet sizing.
TOPIC: flowtrace.asset_content ● sub-350ms
⚡ Click connection to inspect event schema
Outbound Feed
Inbound Dependency
Closed-Loop Telemetry
Spine Bus
⚡ Hover paths to inspect payloads · Click stations
↺ Returnable Turnaround & Fleet Loop INTELLIGENT CORE Master Data Singe Source of Truth ● LIVE TELEMETRY 01 ENTERPRISE CORE // MRP Axiom ERP Part Masters & PO Demands 02 PACKAGING SPECIFICATION PackMatrix Container & Carton Design 03 3D LOAD OPTIMIZATION PackTetri Trailer & Pallet Bin Packing 04 LOGISTICS BRAIN PFEP Engine Dynamic Buffers & Radar 05 WAREHOUSE EXECUTION WMS Core Decant, Slotting & Kitting 06 GATE & DOCK YARD YardFlow Gate Check-In & Spotting 07 COMMERCIAL FLEET TMS TransOps TMS Heavy Routing & POD 08 AUTONOMOUS SENSING FlowTrace Tower xSpan RFID & Audits
Logistics Control Brain

PFEP Engine (Plan For Every Part)

The central nervous system of the facility. Takes packaging geometry from PackMatrix and part demand from Axiom ERP to calculate dynamic line-side buffer thresholds, triggering automated warehouse replenishment before shortages halt production.

ROI: Zero Factory Line Halts
Inbound Feeds (What This Module Receives) ● Upstream Input
Outbound Feeds (What This Module Dispatches) ● Downstream Feed
Operational Event Telemetry EVENT: KANBAN_TRIGGER
JSON SCHEMA v1

                        
Reference Matrix

Every Module, Every Dependency, At a Glance.

A flat, scannable index of the same dependency graph shown above — generated directly from the platform's integration contracts. Click a row to jump to that module in the diagram.

Module Receives From Sends To Primary Business Impact
Value Architecture

How Closed-Loop Data Eradicates Supply Chain Chaos.

When every operational module reads and writes to an authoritative data thread, your enterprise eliminates the manual re-keying, inventory phantom stock, and dock bottlenecks that cost millions.

01 / DOCK-TO-LINE VELOCITY

Right-Sized At Receiving

When supplier bulk pallets arrive, WMS decant stations pull the active packaging setup directly from PackMatrix. Workers scan internal totes, and the system auto-assigns the exact standard pack count with zero manual math.

02 / ZERO-SCAN HANDS-FREE AUDITS

Overhead xSpan RFID Portals

Forklift drivers never stop to pull barcode triggers. As material rolls through dock doors, FlowTrace reads dozens of tagged containers simultaneously, autonomously cross-referencing against the WMS ASN in under 400ms.

03 / CLOSED-LOOP RETURNABLE RECOVERY

Continuous Fleet Optimization

Physical container dwell times and turnaround bottlenecks measured by FlowTrace automatically flow back to PackMatrix and Axiom, allowing planners to dynamically resize returnable fleets without running short.

Operational Resilience

Real-World Hardware & Warehouse Constraints

What happens if an RFID reader is damaged or goes offline?

The architecture includes an automated fallback pipeline. FlowTrace actively monitors reader heartbeats via the Reader Health Dashboard (/reports/hardware). If a dock door reader fails, it is marked Offline / Maintenance, alerting supervisors, and dock personnel seamlessly transition to Tensor Handheld Mobile Zebra/Chainway scanners without interrupting WMS ASN reconciliation.

If a warehouse rack slot only has capacity for 2 containers, is that visualized in the UI?

Yes. Every warehouse storage location in WMS enforces hard capacity limits (by container count, weight, and volume cube). The UI displays live location capacity indicators (e.g. 2 / 2 Containers (100% Full)), preventing operators or putaway algorithms from over-allocating full slots.

Executive Deployment

See the Connected Ecosystem Live.

Schedule a private architectural walkthrough tailored to your facilities, returnable packaging fleet, and ERP environment.

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