1
Upload cargo load
2
Specify load constraints
3
Select bin type
4
Choose optimization level
5
Visualize results with 3D dynamic view
AI-Powered 3D Packing Software
DeepPack delivers tangible bin packing volume and cost savings while seamlessly integrating your operational constraints
How it Works
Advanced AI Capabilities plus proven hardware expertise
Why DeepPack?
Smart
Our novel AI-based software constantly improves by learning from your usage (data distribution) & specific needs (constraints)
Flexible
All your constraints can be added seamlessly! With our APIs you can easily integrate DeepPack with your business management systems (TMS/ERP/WMS/LMS)
Scalable
With our state-of-the-art algorithms & computing infrastructure, we can accommodate high usage requirements, and quickly solve complex load plans.
Key Features
Handle large & complex instances
Choice of optimization levels
Collaborative workspace
Dynamic load view
API enabled
Lastest Articles
-
Benefits of load-planning for freight forwardersDuring the previous blogs, we introduced DeepPack, presented the technology behind it, and described its features and what differentiates it from manual load planning or traditional load planning tools. In this blog, we will consider a common real-life scenario and show how DeepPack can save time and money for the user vs traditional manual methods.Company […]
-
InstaDeep showcases AI-powered revolutionary Bin-Packing software at Intermodal 2022This November, the DeepPack team traveled to Amsterdam to showcase their innovative AI-powered bin-packing tool at Intermodal 2022. Back from a Covid-19 hiatus, the long-standing industry event welcomed visitors, exhibitors, and speakers from right across the spectrum of shipping and logistics services, all interested in learning about the latest innovations, technologies, […]
-
The Tech Behind DeepPack (Part 4)DeepPack Infrastructure The high-performance computing infrastructure behind DeepPack is an integral part of the product: it is running constantly in the background to quickly deliver accurate optimization results of very complex instances. As previously mentioned in part 3 of the blog, the user can select between two types of runs: instant and optimized. An in […]
