Innovation

Saudi Arabia Launches ‘Humain’ – A National Artificial Intelligence Firm Riyadh, May 2025 – Saudi Arabia has announced the launch of Humain , a state-owned artificial intelligence (AI) company, as part of its ongoing efforts to position the Kingdom as a regional and global leader in emerging technologies. The initiative is backed by the Public Investment Fund (PIF) and is aligned with the objectives of Vision 2030 to diversify the national economy through innovation and digital transformation. Humain is tasked with developing advanced AI infrastructure and large language models (LLMs), with a particular focus on supporting the Arabic language and regional digital ecosystems. The company aims to enhance national capabilities in AI research and deployment while contributing to data sovereignty and security across key sectors such as government, healthcare, education, and energy. According to government sources, Humain will engage in strategic partnerships with international technol...

China Calls for Global AI Governance Body at Shanghai Summit China has formally proposed the creation of a global governing body to oversee the development and regulation of artificial intelligence, calling for a unified framework under the leadership of the United Nations. The proposal was made during the World Artificial Intelligence Conference (WAIC) held in Shanghai, which brought together policymakers, industry leaders, and researchers from around the world. Chinese Premier Li Qiang emphasized the urgent need for international cooperation to ensure the safe, ethical, and inclusive development of AI technologies. In his keynote address, he stated that AI has reached a critical inflection point, where global collaboration is essential to prevent misuse, mitigate bias, and ensure access for developing nations. He urged countries to work together to develop common standards, safeguards, and open mechanisms for innovation. China’s proposal centers on establishing a formal international...

AI Gets More Autonomous: Next-Gen Systems Take Over Complex Workflows  Artificial Intelligence (AI) is entering a new era—one where machines not only process instructions, but also initiate, adapt, and complete complex tasks with minimal human input . At the forefront of this evolution is a growing class of systems referred to as “agentic AI” —autonomous software agents capable of managing workflows, learning from their environment, and adjusting their decisions in real time. The shift was highlighted at the AWS Summit in New York this month, where Amazon showcased new developments in agentic AI across its cloud infrastructure. The tools on display are designed to automate multi-step business processes such as financial reconciliations, compliance documentation, and even decision-making for logistics and resource planning. This marks a major departure from earlier forms of AI that primarily relied on human prompts and static datasets. Unlike traditional automation bots or chat-...

Intel Launches RealSense AI & Robotics Arm to Accelerate Automation Innovation Intel has officially launched RealSense AI , a new subsidiary dedicated to advancing robotics, computer vision, and intelligent automation. The move represents Intel’s strategic push into high-growth sectors where artificial intelligence and machine perception are redefining how machines interact with the physical world. Backed by a $50 million Series A funding round led by Intel Capital and the MediaTek Innovation Fund, RealSense AI will focus on developing smart robotics systems for industries such as logistics, manufacturing, healthcare, and retail. “The timing is now,” said Nadav Orbach , CEO of RealSense AI. “We’re combining Intel’s legacy in silicon innovation with breakthroughs in machine learning and autonomous systems. Our goal is to make automation more intelligent, efficient, and adaptable to human environments.” Focus Areas of RealSense AI The RealSense AI team will develop: AI-powere...

3D-Printed Rocket Engines Revolutionize Space Launch Industry The space industry is witnessing a technological leap forward with the growing adoption of 3D-printed rocket engines , a trend that promises to reshape the economics and speed of satellite launches. Once considered experimental, additive manufacturing—commonly known as 3D printing—has rapidly advanced to become a core method for producing high-performance components for space propulsion systems. Companies such as Rocket Lab , Relativity Space , Ursa Major , and ArianeGroup are now using 3D printing to develop entire engines or critical components, reducing production timelines from months to mere weeks. Efficiency and Innovation Unlike traditional machining, 3D printing allows for complex geometries, fewer parts, and lighter weight designs—all of which are critical in rocket engineering. More importantly, it dramatically cuts down lead times and material waste. Relativity Space’s Terran 1 rocket, launched earlier this ...

Australia’s First Homegrown Orbital Rocket Prepares for Rescheduled Launch Australia is set to make space history as Gilmour Space Technologies prepares for the rescheduled launch of the nation’s first-ever homegrown orbital rocket, the Eris. The launch window has now been reset to begin no earlier than July 2, following a technical issue that forced a delay in May. The initial attempt was called off after a malfunction during final countdown checks caused the rocket's payload fairing—its protective nose cone—to detach prematurely. Fortunately, the incident resulted in no damage to the vehicle or the Bowen Orbital Spaceport. Gilmour Space, based in Queensland, has since corrected the issue, installed replacement components, and completed rigorous system checks. The company has also implemented additional safety protocols to avoid any recurrence of the problem. The Eris rocket, standing approximately 25 meters tall, is a three-stage launch vehicle designed to place small satellites ...

PREDICT‑6G and the Cyber Boost: Powering the Next Wave of Digital Innovatio As the world moves rapidly toward a hyper-connected digital future, the European Union and several national governments have launched groundbreaking initiatives under the PREDICT‑6G umbrella, aiming to shape the next generation of wireless technology while reinforcing global cybersecurity frameworks. PREDICT‑6G, short for “Partnership for Realising European 6G Infrastructure and Cyber Trust,” is a flagship research and innovation program funded under Horizon Europe. It unites telecom operators, research institutes, startups, and government agencies in a mission to make 6G more than just a faster wireless standard. The initiative is focused on building a secure, sustainable, and intelligent network that will serve as the digital backbone for AI, autonomous vehicles, metaverse applications, smart cities, and remote healthcare. Unlike its predecessors, 6G will operate across terahertz frequencies , enable real-...