AI for Logistics
AI powered applications can help the logistics industry to scale their ML models, lower operational costs and drive accountability and transparency in their processes.
With the Katonic MLOps platform, data science teams enjoy the power of a unified AI orchestration platform to manage their entire AI lifecycle in one place, making things easier, faster and more efficient.

7x
More cost-effective infrastructureReduction in computing costs through efficient management of data science work loads.
12x
Faster deploymentsFaster and a more reliable way to deploy and improve models in production
85%
Reduction in manual labour costsReduction in manual labour costs resulting from higher productivity of data science teams
How can AI help?
AI can help logistics industry to achieve,
Optimal utilization of ship's capacity through computer-vision-fueled positioning system.
Increased safety using predictive maintenance and automated responses.
Planning shipment of containers through predictive scheduling.
Streamlining backoffice and warehouse operations.
Route planning, forecasting, and optimization.
Dynamic pricing for the freight industry.
Demand predictions.
Which in turn leads to,
Businesses implementing AI have achieved
Reduction in logistics cost by 15%
Decrease in inventory levels by 35%
Increase in service levels by 65%
Build power AI applications with the Katonic MLOps platform
With the award-winning Katonic MLOps platform, your data science team can build powerful AI applications. Some of the ready-to-try models available on the Katonic platform are,
The Katonic advantage
The Katonic MLOps platform allows enterprises to manage their entire AI lifecycle needs on a single platform rather than relying on multiple tools and platforms, saving time and effort. Enterprises use the platform for experimenting, deploying, monitoring, and managing ML models all in one place, facilitating collaboration between data scientists, engineers, and other stakeholders throughout the ML model development and deployment process, ensuring that everyone is working towards a shared goal and minimising silos of information.
Born in Kubernetes, the platform is cloud-agnostic, meaning customers can deploy ML workloads on any cloud environment (i.e. on-premises/private cloud or any public cloud) allowing Katonic to run natively in any cloud or on-premises environment with the full benefits of elastic scaling of heterogeneous data science workloads.
