Using advanced, proprietary algorithms to mathematically organise and optimise operations, Warehouse Management speeds the flow of goods and information to enable flawless execution across stock, labour and space, and places companies on a firm footing for compliance with regulations and standards.
Our modern mobile applications help customers efficiently manage omnichannel fulfilment by converging capabilities commonly found in disparate labour management and slotting optimisation systems.
Manhattan WMS can help you:
Enhance stock management by increasing accuracy, improving order fulfilment and reducing order cycle time
Streamline receiving and shipping to facilitate cross-docking and expedite back-ordered products
Engage with floor staff while seeing real-time performance visibility
Increase stock turnover and speed up order processing to boost customer satisfaction and improve financial performance
Features & Functions:
Streamline stock receiving processes with cross-docking, quality audit and vendor performance
Eliminate costly physical counts with auditor-approved, cycle-counting functionality
Support sophisticated warehousing needs, including value-added services, lot management, serial number tracking and product recalls
Utilise advanced order fulfilment strategies with wave and/or waveless approaches
Automate information capture via modern handheld mobile devices, voice recognition, and/or seamless material handling equipment (MHE) integration
Utilise native transportation execution capabilities or take advantage of the External Parcel Integration (EPI) framework to connect with external multi-courier solutions
Increase visibility, security and throughput with native Appointment Scheduling, Guard Check-in and Check-out, Dock Door Management and Yard Management functionality
Improve product placement and employee performance with the Slotting Optimisation and Labour Management modules
About Dragonfly
Dragonfly is a visual positioning system that provides autonomous mobile robots and drones with a precise location in 3D using a standard camera. Applying patented simultaneous localization and mapping (SLAM), Dragonfly uses video from the equipment's camera to deliver highly accurate location. Dragonfly technology provides an alternative to LIDAR and ultra-wide-band (UWB) for the indoor positioning and navigation of all Automated Guided Vehicles (AVGs).
About WAPI
WAPI runs operations in 16 local fulfillment locations in Europe for 4 years now
With us you can deliver orders to customers cheaper, faster, and much easier
Best all-in technology gateway to fulfillment centers and courier service providers across Europe
All your European sales in one API
Features
API
Budgeting
Calendar Management
Customer Management
Dashboard
Data Export
Data Import
Data Visualization
External Integrations
Forecasting
Inventory Tracking
Multi-User
Notifications
Scheduling
Supplier Management
Third-Party Plugins/Add-Ons
Product Catalog
Shipping Management
Order management
SAP Integration
Route Optimization
Features
API
Budgeting
Calendar Management
Customer Management
Dashboard
Data Export
Data Import
Data Visualization
External Integrations
Forecasting
Inventory Tracking
Multi-User
Notifications
Scheduling
Supplier Management
Third-Party Plugins/Add-Ons
Product Catalog
Shipping Management
Order management
SAP Integration
Route Optimization
Features
API
Budgeting
Calendar Management
Customer Management
Dashboard
Data Export
Data Import
Data Visualization
External Integrations
Forecasting
Inventory Tracking
Multi-User
Notifications
Scheduling
Supplier Management
Third-Party Plugins/Add-Ons
Product Catalog
Shipping Management
Order management
SAP Integration
Route Optimization
Summary
No key features associated with this application.
Summary
Location accuracy within an inch when properly calibrated
Monocular or stereo camera is the only sensor required
Location provided as latitude, longitude and altitude (off the floor)
Location computed by Dragonfly software, either on the client or a local server
API and SDK for custom development and integration
Summary
No key features associated with this application.
FAQs
No FAQs associated with this application.
FAQs
Does this service offer multi-user capability (e.g. teams)?
Yes, multiple users can access the location data at the same time, and multiple devices, robots, vehicles can run Dragonfly concurrently in the same environment.
Does this service offer guides, tutorials and or customer support?
Dragonfly comes with a full and extensive technical documentation, and we provide high-level technical support to all our users.
What platforms does this service support?
Dragonfly has been developed to work on multiple different platforms. Our JAVA application is extremely flexible, and we can provide custom integration of Dragonfly for any specific system.
What is this service generally used for?
Dragonfly is used to get the precise location of devices, vehicles, and robots, using onboard cameras.
The use cases vary from indoor robots location to warehouse and forklifts movements monitoring, as this technology can be adapted to multiple scopes.
Each project that requires a precise location of a moving device, whether it is a drone, a robot, a forklift, a vehicle, can take advantage of Dragonfly.
Does this service integrate with any other apps?
Yes, Dragonfly comes with API to allow custom integration with other applications and software.
Does this service offer an API?
Yes, Dragonfly provides access to API in order to allow the integration of the real-time location data into custom solutions and applications.
Who are the main user groups of this service?
Dragonfly is mainly used by two groups of companies:
OEMs: producers of drones, robots and automated vehicles, AGV, and aerial vehicles.
Software development companies and providers of integrated solutions for logistics, such as WMS, where the integration of a precise location technology is crucial.
We have a small team of dedicated Warehouse & Dispatch software enthusiasts. Tell us your requirements and we'll match you with the right expert who can help.
view 1 more
