Warehouse Automation Software

Addverb’s Software Suite

Warehouse Management System

Achieve better inventory control, improve order accuracy, minimise sto...

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Warehouse Execution System

Enhance operational efficiency, reduce costs, improve order accuracy, ...

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Warehouse Control System

Enable faster material flow, reduce manual intervention, optimise reso...

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Fleet Management System

Optimise the utilisation of the robot fleet, enhance task efficiency, ...

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Adding Intelligence to your warehouse

Addverb's software suite offers a comprehensive solution for warehouse, distribution, and manufacturing companies by consolidating their WMS, WES, WCS, and Fleet management operations onto a unified platform. This centralized approach streamlines processes, improves operational efficiency, and enhances visibility and control over the entire supply chain. With Addverb's software suite, organizations can effectively manage and optimize their warehouse, automation systems, and fleet of mobile robots, leading to improved productivity and streamlined operations.

Addverb's automation software is an AI-driven and feature-rich solution that serves as the backbone for streamlining the entire operation of clients. It caters to a wide range of scenarios, including greenfield and brownfield operations, providing the flexibility to centralize the entire operation or selectively integrate specific modules to create a highly configurable platform. With 100% integration agnosticism, elasticity, and versatility, Addverb's software platform is intuitive, modern, easy-to-use, and easy-to-train on.

Addverb's software platform combines the latest modern layers for WMS, WES, WCS, and Fleet Management, providing clients with the capability to seamlessly integrate their existing hardware or software requirements with our platform. The software suite offers a feature-rich and interoperable solution, enabling you to configure, simulate, optimize, and analyse your warehouse operations. With Addverb's single-platform software, you can digitize your entire warehouse to meet market demand and scale as required, leveraging advanced functionalities and ensuring a streamlined and efficient operation.

Making Your Warehouse Facility Smarter with Advanced Software

Inbound

  • - ASN invoice
  • - Quality Check
  • - Put away

Inventory

  • - Cycle count
  • - Bin to bin
  • - Replenishment

Outbound

  • - Order management
  • - Wave/waveless planning
  • - Picking / consolidation / dispatch

Integration

  • - ERP
  • - OMS
  • - TMS
  • - Dock & yard management

Reporting

  • - Dashboard
  • - Productivity
  • - Labour Efficiency

ASRS

  • - Put away optimisation
  • - Retrieval workload balancing
  • - Compaction Storage Optimisation

Conveyors

  • - Routing optimisation
  • - Divert request & confirmation
  • - Exception routing

Picking

  • - Pick path optimisation
  • - Multi-modularity picking lights/voice GTP/scanners
  • - Bin picking

Sortation

  • - Automated put wall consolidation
  • - Dynamic order assignment
  • - Sortation Optimisation

Orchestration

  • - Integrates different automation subsystems
  • - Reporting & operational analysis
  • - Error handling and recovery

Devices integration

  • - Communication & translation layer
  • - Device/MHE agnostic
  • - Error handling & reporting

Sensing & Scanning

  • - PLCs
  • - Scanners
  • - Sensors

Devices

  • - Shuttles
  • - Lifts
  • - RGVs
  • - Automated Put wall sortation
  • - PTL/PBV
  • - Printers

Connecting Layers

  • - Bluetooth
  • - Socket connection
  • - OPC protocol
  • - REST API based integration

Fleet Manager

  • - Health management
  • - Mission Management
  • - Operational Control

Path Planner

  • - Obstacle avoidance
  • - Dynamic path planning & assignment
  • - Load balancing

Task Manager

  • - Task control dashboard
  • - Task status management
  • - Reporting analytics

Battery Manager

  • - Opportunistic charging
  • - Optimised charge cycle management
  • - Battery health

Stimulation Statistics

  • - Average vs peak demand simulation
  • - Operational training module
  • - Throughput & efficiency calculation

Frequently Asked Questions

  • What is the difference between a WMS, WES, and WCS?

    A WMS manages inventory, orders, and planning. A WCS controls the equipment, translating instructions into commands for shuttles, conveyors, and sorters. A WES sits between them and decides what happens next in real time, balancing workload across subsystems. Vendors draw the WES and WCS boundary differently, so compare feature lists rather than labels when evaluating products.

  • Do we need all three systems?

    No. The right number depends on how automated the facility is. A manual or lightly automated warehouse usually needs only a WMS. A site running AS/RS, conveyor, and sortation together needs execution logic to decide what each subsystem does next, and a control layer to drive the equipment. Most operations add layers as automation grows rather than buying all three at once.

  • Can we keep our existing WMS and add only the execution layer?

    Yes. Addverb's layers deploy independently, so execution and control can sit on top of the WMS you already run rather than replacing it. This is the usual path for a brownfield site, because the WMS is often tied to ERP and finance processes nobody wants to touch. Addverb's suite also supports taking the full platform where a greenfield site has no incumbent.

  • Does Addverb's software work with equipment you did not build?

    Yes. The control layer is device and MHE agnostic, communicating over OPC protocol, REST API, socket connections, and Bluetooth with PLCs, scanners, sensors, shuttles, lifts, RGVs, put walls, pick-to-light, and printers. This matters in brownfield facilities where existing conveyor or racking stays in place and only the new automation comes from Addverb.

  • What does a fleet management system actually do?

    A fleet management system assigns missions to individual robots, plans their paths, avoids obstacles, and balances work across the fleet so robots do not queue behind each other. It also manages charging, scheduling opportunistic top-ups and tracking battery health. Addverb's Movect additionally simulates average against peak demand, so fleet size can be tested before purchase rather than discovered afterward.

  • How long does a warehouse software implementation take?

    Software integration is usually the longest item on an automation project schedule, not the shortest. Timeline is driven by how many systems must exchange data, how clean the existing master data is, and whether the facility is greenfield or running while you cut over. Adding an execution layer to a working WMS takes less time than a full platform replacement.

  • How much does warehouse automation software cost?

    Cost is driven by which layers you deploy, how many integrations are needed, and the size of the operation, so a license figure alone is misleading. Integration and configuration usually cost more than the software. Taking only the layers you are missing costs less than a full platform, which is why Addverb quotes the modules, integration, and commissioning together after reviewing your current stack.

  • When is Addverb's software the wrong choice?

    It is a poor fit for an operation with little or no automation, where a standalone WMS does the job and execution and control layers add cost without purpose. It is also the wrong answer where an incumbent WMS is deeply customized into ERP and finance processes and the business will not accept integration work. Dirty master data will undermine any of these layers.