True hard-tech development is often a blend of hardware and software engineering, where we build systems that deliver real-world value. Since we're dealing with tangible, physical systems, considerations such as performance optimization, real-time data processing, and cost-effectiveness become important. This becomes especially critical when integrating AI at the edge with robotics, IoT, and Industry 4.0. When weighing the total cost of ownership, alongside design considerations for maintenance and development velocity, the importance of the right tools cannot be understated.
Python: The Unsung Hero of Hard Tech
Python: The Unsung Hero of Hard Tech
Python: The Unsung Hero of Hard Tech
True hard-tech development is often a blend of hardware and software engineering, where we build systems that deliver real-world value. Since we're dealing with tangible, physical systems, considerations such as performance optimization, real-time data processing, and cost-effectiveness become important. This becomes especially critical when integrating AI at the edge with robotics, IoT, and Industry 4.0. When weighing the total cost of ownership, alongside design considerations for maintenance and development velocity, the importance of the right tools cannot be understated.