Model motion under uncertainty and increase accuracy with sensor fusion
The automotive environment requires split-second decisions to avoid and mitigate accidents. A self-driving car must sense, plan and act at least in half a second.
Marine vehicles move slowly but steadily and require precise decisions performed by the system. A miscalculation could mean that a large container ship is fated to wreck in a few minutes, regardless of efforts.
Some major-scale mining has operated largely autonomously for a decade, and port cranes, forest machines, tugs, and other machinery are hastily preparing for the same.
Towards autonomous operations
Situational awareness holds hundreds of smaller challenges within it. However, with AI technologies, we’re accelerating the speed at which we solve them for a wide range of industries from forestry, mining, and marine to logistics and manufacturing. We’ve built intelligent mobile machines for widely varying environments and use cases.
Getting things done autonomously requires combining many fields of expertise, investigating thoroughly what is possible and how to build it, and handling the complexity of all the interlinked subproblems. Silo AI’s 240+ experts with 120+ PhDs can help you.
Elevate your capabilities with us by:
Planning and implementing interplay of several sensors
Leveraging sophisticated deep learning as well as mathematical modeling to achieve the highest accuracy of data
Building a robust Machine Learning Operations (MLOps)
Infrastructure to get full transparency for the machine learning training workflows
Evaluating and tailoring the AI models and algorithms for specific needs and use cases
Deploying AI/ML either on the device level, EDGE, or cloud
Human in the loop – integration to your current processes, environments, and automation systems
Succeeding in AI requires a commitment to long-term product development. Let’s start today.