KAUST faculty member Marco Canini is researching networked systems, focusing on improving their design, implementation, and operation. His work centers on Software-Defined Advanced Networked and Distributed Systems (SANDS). Canini aims to address challenges related to reliability, performance, security, and energy efficiency in large-scale networked computer systems. Why it matters: This research contributes to the development of more dependable and efficient digital infrastructure in Saudi Arabia, aligning with KAUST's mission to advance science and technology.
Saudi Air Navigation Services (SANS) and KAUST have signed an MoU to collaborate on research, innovation, and advanced technology deployment in aviation. The partnership aims to leverage KAUST's AI and data analytics expertise to support SANS' digital transformation and the National Aviation Strategy. The collaboration will focus on developing data-driven solutions for air traffic management, operational efficiency, and national capability development. Why it matters: This MoU signifies a strategic alignment between academia and a key aviation sector player to advance technological capabilities and support Saudi Arabia's national transport and logistics strategy.
KAUST researchers discovered that dust from the Middle East has a cooling effect over land and the Red Sea. Satellite data indicates dust concentration over the Red Sea is greater than over land, causing significant radiative cooling. The study, published in the Journal of Geographical Research, highlights the climatological dust radiative forcing over the southern Red Sea as the largest globally. Why it matters: Understanding the impact of regional dust on climate change and the Red Sea's ecosystem is crucial for environmental strategies in the Middle East.
ClimateCrete, a KAUST spinout, has raised investment for its technology that modifies sand particles to make them suitable for concrete manufacturing. The patented tech reduces the need for cement and lowers CO2 emissions by up to 60 percent. Tests show a significant increase in strength compared to untreated sand. Why it matters: This technology addresses the global shortage of suitable construction sand and supports Saudi Arabia's carbon-neutrality goals by enabling a 100% domestic supply chain for concrete.
KAUST researchers have found that dust clouds in the Arabian Peninsula are three times larger than previously estimated by current models. The study, published in the Journal of Geophysical Research: Atmospheres, uses refined mathematical models and data collected since 2012 to analyze the impact of coarse dust particles. The updated model indicates that larger particles contribute to over 80% of dust mass on land, leading to significant efficiency loss for solar technology, estimated at 15-45% depending on location. Why it matters: Accurate dust modeling is crucial for the strategic deployment and maintenance of solar technology, supporting Saudi Arabia's sustainable economy goals.