Industry · Enterprise Supply Chain

The network is one system. The data lives in five.

We unify legacy systems into one intelligence platform — live cost-to-serve, forward supplier intelligence, and one decision surface across the network.

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The Challenge

The network is one system, the data lives in five

Most distribution networks operate as a chain of disconnected systems with no single view of position, cost, or risk. The decisions made at each node are correct. The decision made across them is not.

Five systems, no single truth

The ERP, WMS, TMS, supplier portal, and planner spreadsheet disagree on inventory, in transit, and lead times.

Cost-to-serve, calculated quarterly

The number that should guide weekly routing decisions is computed once a quarter, after the fact.

Suppliers monitored by exception

Supplier risk is reviewed when it fails, not before. The early signals were visible weeks earlier.

Decisions optimized at the node

Each warehouse, each lane, each supplier is optimized individually. The network bears the cost of local optima.

The Solution

One decision surface across the network

We unify legacy systems into a single intelligence platform. Cost-to-serve becomes a live number. Routing, inventory, and supplier decisions share a substrate.

Reconciled network view

One ontology over ERP, WMS, TMS, and operator views. Position, in-transit, and lead times agree.

Live cost-to-serve

The number that guides decisions is computed continuously. Quarterly reviews confirm what the surface already showed.

Forward supplier intelligence

Risk and lead-time signals are tracked daily. Supplier reviews start from data, not from incidents.

Network-level optimization

Decisions are made against the whole network. Local optima give way to total cost-to-serve.

Across the network

Built for the network, end to end

ERP, WMS, TMS, and supplier feeds reconciled into one position — cost-to-serve becomes a live number and routing follows total network cost.

Stacked shipping containers at a port terminal
Aerial view of a container distribution yard
41%
reduction in cost-to-serve after unifying five legacy systems
How It Works

Build for the network with the modular components

A central network system, surrounded by the capabilities and primitives that make it run. Explore each component.

DECISION SURFACEONE POSITION
See the methodology
What We Build

What we build with operators

Unify the network view.

ERP, WMS, TMS, and supplier feeds reconciled into one position. One in-transit number.

Compute cost-to-serve live.

The number that guides decisions, computed continuously, not quarterly.

Forecast and replenish at the node.

Demand sensing and replenishment intelligence per node, with network-level constraints.

Surface supplier risk early.

Lead-time, quality, and financial-health signals tracked daily. Reviews start from data.

Optimize routing across the network.

Routing decisions made against total network cost, not lane-level cost.

Plan for disruption.

Scenario modelling against real disruption patterns, with playbooks that update.

Trusted by

AlfaTKG
Epsilon
Pull Logic
EdIndia Foundation
GoFloaters
HCL GUVI
ZIGChain
Incede
J&F Engineering
TEL — Turbo Energy
Kalvi40
Regamos