Physical AI for Warehouse Operations

One connected platform. From operational data to physical execution.

Cartesian Kinetics connects intelligent planning, digital validation and rack-native robotics in one coordinated automation platform—turning enterprise demand into optimized work, physical movement and live operational insight.

Cartesian Kinetics Physical AI Platform
Plan + Orchestrate Software Intelligence

Convert demand into coordinated work.

Model + Validate eCarte+ Digital Twin

Test decisions before they reach the floor.

Execute + Scale Carte+ Robotics

Move inventory across levels and aisles.

Infrastructure Preserve compatible existing racks
Confidence Validate performance before deployment
Continuity Phase automation around live operations
Scale Expand by aisle, workflow, site or network

One Integrated Platform

Intelligence that plans. A digital twin that validates. Robotics that execute.

Each layer solves a different part of the automation challenge, but all three operate as one connected system.

01
Digital Orchestration

Software Intelligence

Plan and orchestrate

Translate orders, inventory, priorities and operating constraints into coordinated work. Plan globally, route locally, control movement and measure performance through one software-defined intelligence layer.

02
Physical-Digital Twin

eCarte+

Model and validate

Recreate the operation with real facility, inventory and order data. Test capacity, expose bottlenecks, compare alternatives and validate the deployment strategy before changes reach the floor.

03
Physical Execution

Carte+

Execute and scale

Move compatible totes, cartons and cases across rack levels and between aisles with coordinated robots, modular rails, lifts and overhead transfer—then expand progressively as requirements grow.

The Cartesian System

Every movement informs the next decision.

A continuous operating loop connects enterprise demand to physical execution, then returns live telemetry to improve planning, performance and future changes.

01
Release WMS · OMS · ERP

Orders, inventory and priorities

02
Plan CarteCloud

Sequence and optimize work

03
Coordinate CarteEdge

Dispatch and route locally

04
Control CarteLogic

Protect and control motion

05
Execute Carte+

Perform physical warehouse work

06
Measure Live Telemetry

Status, health and outcomes

Software Intelligence

Decisions made at the right level.

The Cartesian software stack separates enterprise planning, local coordination, equipment control and operational intelligence into clear responsibilities.

Discuss Your Integration
01
Plan

CarteCloud

Align enterprise demand with system capacity.

Translate orders, inventory, priorities and operating rules into sequenced work. Balance demand against available capacity and establish the plan the automation layer will execute.

02
Coordinate

CarteEdge

Keep local execution responsive and resilient.

Dispatch tasks, assign available resources, adapt routes and synchronize robots, lifts and transfer paths close to the live warehouse operation.

03
Control

CarteLogic

Turn coordinated tasks into protected movement.

Apply equipment-level command, state and protection logic close to the physical devices carrying out each action.

04
Measure + Improve

CarteIntel

Turn live execution data into operational intelligence.

Organize events and telemetry into visibility across throughput, utilization, asset health, exceptions, bottlenecks and modeled-versus-live performance.

Built Around Your Operation

Preserve what works. Automate what limits performance.

Cartesian begins with the facility as it exists—its infrastructure, workflows, systems and service commitments—and configures automation around those realities.

Infrastructure

Preserve

Retrofit compatible racks and continue using compatible totes, cartons and cases instead of replacing the entire storage environment.

Operations

Adapt

Configure automation around existing workflows, facility constraints and changing demand while protecting operational continuity.

Growth

Scale

Begin with the aisles or workflows that create the strongest value, then expand capacity as the operating case and requirements grow.

Compatible existing racks
Totes, cartons and cases
WMS and OMS integration
Progressive modular expansion
eCarte+ operating model Synchronized
01
Current state

Model the real operation

Facility, inventory, workflows, labor patterns and order demand.

02
Future state

Configure the proposed system

Robots, lifts, work points, routing, storage and integration logic.

03
Validation

Run real demand scenarios

Test capacity, throughput, bottlenecks, peaks and operating alternatives.

04
Live operation

Compare modeled and actual behavior

Use telemetry to investigate gaps and validate future changes.

Performance You Can Prove

Build the operating case before committing capital.

eCarte+ uses customer-specific data to evaluate throughput, labor impact, capacity, congestion, equipment utilization and projected returns before deployment.

Once live, CarteIntel and eCarte+ compare expected and observed behavior so teams can investigate constraints, test changes digitally and improve performance over time.

Validate capacity Baseline, peak and growth demand
Expose bottlenecks Queues, routing and resource constraints
Compare alternatives Layout, logic and system configuration
De-risk deployment Integration and commissioning readiness

Progressive Scale

Start where value is strongest. Expand from evidence.

A modular architecture allows the automation strategy to grow with the operation instead of forcing the full end state on day one.

01
Focused start

Aisle

Add robotic capacity where travel, labor or storage constraints create the clearest opportunity.

02
Operating depth

Workflow

Extend the platform across picking, replenishment, storage, returns and inventory movement.

03
Repeatability

Site

Reuse validated operating logic and integration patterns across additional areas or facilities.

04
Enterprise scale

Network

Create a consistent automation and intelligence layer across a distributed fulfillment network.

Build the Right Automation Strategy

See how the Cartesian platform would perform in your operation.

Bring your facility constraints, order data and performance goals. We will help identify the strongest starting point and model a practical path from validation to deployment.

Modeled outcomes require validation against customer-specific order profiles, facility conditions, operating configuration and integration requirements.