Artificial intelligence

Table of Contents Introduction AMD ROCm™ (Radeon Open Compute) is an open-source software platform that helps developers build and run AI and high-performance computing applications on AMD GPUs. It works across different environments, including cloud servers, edge devices, and personal computers. AI is moving towards cloud computing, powering everything from enterprise data centers and generative AI applications to personal devices, robotics, and intelligent machines. As AI workloads become more advanced, organizations need flexible platforms that provide scalability, openness, and freedom to innovate. The evolution of ROCm (Radeon Open Compute) began as AMD focused on creating an open alternative for GPU

Table of Contents Introduction Artificial Intelligence (AI) has evolved from a promising technology into a core driver of innovation across nearly every industry. In 2026, AI is no longer limited to automating repetitive tasks or powering virtual assistants.  The rapid advancement of large language models (LLMs), multimodal AI, autonomous AI agents, and high-performance computing has significantly expanded what businesses can accomplish with AI.  At the same time, AI adoption has become more accessible. Cloud-based AI platforms, open-source frameworks, and enterprise-ready AI solutions allow businesses of all sizes to integrate intelligent automation into their daily operations without building complex infrastructure from

Table of Contents   Introduction Robots have moved beyond fictional stories and controlled factory environments. Today, they assist healthcare workers during complex procedures, harvest crops, prepare food, transport products through warehouses, inspect critical infrastructure, and work alongside people to complete repetitive or physically demanding tasks. As AMD Chair and CEO Dr. Lisa Su observed, “We’re at the early innings of this compute revolution.” Her statement highlights that the transformation driven by AI and advanced computing is still in its early stages. As computing capabilities continue to improve, robots will become more intelligent, responsive, and capable of handling increasingly complex tasks.

Table of Contents Introduction What if your government could anticipate your needs and deliver services before you even asked? That vision is becoming a reality in Abu Dhabi, UAE, which aims to become the world’s first fully AI-native government by 2027. An AI-native government integrates artificial intelligence into its core operations. By combining AI, secure cloud infrastructure, connected data platforms, and intelligent automation, it can provide faster, smarter, and more personalized public services while improving efficiency and decision-making. Backed by the Abu Dhabi Government Digital Strategy 2025-2027 and an investment of AED 13 billion ($3.54 billion), this initiative could reshape

Table of Contents Introduction Gordon Moore first predicted in a April 19, 1965, article in Electronics magazine that the number of components (transistors/resistors) on a chip would double annually. He later revised this projection in 1975 to a doubling approximately every 24 months. AI is everywhere, capturing headlines in sectors like tech, finance, healthcare, and beyond. Leading global companies such as Microsoft, Amazon, NVIDIA, Meta, Google, OpenAI, Qualcomm, Intel, TSMC, and Alibaba are investing heavily in AI initiatives, marking it as one of the most pivotal innovations of our time. AI is making a significant impact across industries, from transforming

Table of Contents Introduction Google introduced a major update to its AI Mode in April 2026, transforming it from a simple search enhancement into a continuous browsing companion. The goal is to make search smooth and effortless, so you can find what you need without switching multiple tabs. Google showed a coffee maker search to explain this better. Instead of switching between multiple tabs, AI mode stays open next to the product page. While you are looking at a specific item, you can ask detailed questions like, “Will this fit under a 40cm cabinet?” or “Does this model have a

Table of Contents Introduction AI-powered robots are no longer something from the future. They’re already changing the way businesses run and how industries grow. From factory floors to hospitals and even hotels, these robots are becoming an essential part of today’s infrastructure. The global robotics market is expanding quickly, fueled by progress in AI, machine learning, and automation. With billions of dollars being invested worldwide and adoption rising across industries, AI robots are driving the next stage of digital transformation. Key Statistics The AI robotics market is growing very fast, especially across U.S. industries. According to a 2023 report, the

Table of Contents   Introduction The NVIDIA Vera Rubin platform, announced in early 2026, represents a massive shift in AI infrastructure by moving from individual chips to fully integrated, “co-designed” AI Factories. Named after the pioneering astronomer, the platform is engineered specifically for the era of agentic AI, where autonomous systems require continuous, long-context reasoning rather than just one-off tasks. Key Infrastructure Innovations The Vera Rubin platform introduces a unified system of six new chips that function as a single AI supercomputer: Vera CPU: An 88-core Arm-based processor designed specifically for data orchestration and “agentic reasoning,” moving away from general-purpose server roles. Rubin GPU: Features the 3rd-generation Transformer Engine