Bearing.ai Shipping Uses AI to Increase Operational Efficiency
Josh Thompson-Persaud — June 7, 2021 — Business
References: bearing.ai & venturebeat
Bearing.ai shipping, developed by startup veteran Dylan Kiel, is an AI-powered shipping system that uses data to increase operational efficiency. The shipping system uses deep learning and real data to create accurate algorithmic models that predict fuel consumption and speed among other factors. Bearing.ai shipping has a high level of compatibility with all kinds of shipping vessels, which ensures the system is accessible across the industry.
Bearing.ai shipping uses real-world data alongside the company's specific shipping data to generate routes that are optimized for speed and efficiency. These routes, which can be accessed by email or web application, automatically account and adjust for major shipping factors like weather throughout the shipping process. Bearing.ai shipping is in a closed beta stage and is currently only available to select early partners.
Image Credit: Dogpatch Shipping
Bearing.ai shipping uses real-world data alongside the company's specific shipping data to generate routes that are optimized for speed and efficiency. These routes, which can be accessed by email or web application, automatically account and adjust for major shipping factors like weather throughout the shipping process. Bearing.ai shipping is in a closed beta stage and is currently only available to select early partners.
Image Credit: Dogpatch Shipping
Trend Themes
1. AI-driven Shipping Routes - The use of AI-enhanced algorithms and deep learning to optimize shipping routes is disrupting traditional shipping operations.
2. Real-time Data Analysis - The ability to use real-world data to make predictions about fuel consumption and speed is changing the way the shipping industry operates.
3. Customizable Shipping Systems - The development of customizable shipping systems that can be tailored to the specific needs of a company is revolutionizing supply chain operations.
Industry Implications
1. Shipping and Logistics - The use of AI-powered shipping systems is disrupting traditional shipping and logistics operations, improving efficiency and reducing costs.
2. Maritime - The implementation of AI-powered shipping systems has the potential to revolutionize the maritime industry by creating more efficient shipping processes and reducing environmental impact.
3. Supply Chain - The development of customizable shipping systems is changing the way companies manage their supply chains, creating opportunities for increased efficiency and cost savings.
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