As SVP of Software and Artificial Intelligence, Hamid brings over 30 years of experience managing and scaling globally distributed teams focused on leveraging modular and scalable software architecture combined with transformative technologies such as cloud, IoT, Big Data and Machine Learning/AI. Hamid has delivered differentiating solutions and products for companies from startup to multi-national scale, powering a variety of applications including autonomous robots, intelligent warehouse automation, and supply chain systems serving many industries and economies throughout the world. He holds a B.Sc. degree from University of London/Imperial College in Aeronautical Engineering, an M.Sc. degree from California Institute of Technology in Aeronautical Engineering, and PhD level education from The University of Washington.
Across healthcare, logistics, manufacturing, and public spaces, robots are increasingly operating alongside people. This marks the era of Physical AI, where perception, autonomy, and software-defined intelligence intersect with the real world. When humans and robots share space, there are no second chances.
This session will explore the foundational software and critical building blocks that enable safe autonomy at scale. As robotics transitions from contained automation to open deployment, safety must move beyond being an afterthought or a compliance checkbox—it needs to be integrated into the heart of every system and continuously enforced as environments and software evolve.
Together with executives from QNX, Amazon Robotics, Locus Robotics, and Universal Robots, we’ll discuss how leading organizations are tackling autonomy at scale, balancing innovation with predictability, and weaving safety, security, and real-time performance into their solutions. Drawing from real-world deployments, the panel will examine what it takes to build robotics systems that people can confidently trust to operate around them every day, as intelligence takes its place in the physical world.