Tech & AI

A new study of 321 GitHub projects using SonarQube Cloud—a widely adopted code analysis tool—found that one in five installations are misconfigured or inaccessible. Among working setups, 45% customize quality standards, suggesting companies lack clear guidance on enforcing code standards across teams.EN

A new analysis shows digital nomads and NFT creators are building communities around transparent transaction records and programmable contracts rather than traditional branding—reshaping how consumers evaluate authenticity and loyalty. The shift could upend marketing strategy, but raises unresolved questions about IP rights, environmental costs, and consumer protection in decentralized markets.EN

Researchers have developed a practical computational method to design and simulate materials whose electrical properties shift dynamically—opening new possibilities for wireless devices, antennas, and electromagnetic shielding. The breakthrough could accelerate commercialization of time-varying materials by making them easier to engineer and predict in real-world applications.EN

Researchers have developed a predictive maintenance model that identifies which hydropower plant components are most likely to fail and when they need servicing. The approach could help utilities cut downtime, extend equipment life, and maximize renewable energy output as global demand for clean power surges.EN

Scientists have built a microscopy platform that observes living 3D cell cultures in real time while simultaneously measuring the physical forces around them. The technique could accelerate drug development and tissue engineering by revealing how cells behave in conditions closer to the human body—information that's currently difficult and time-consuming to obtain.EN

Researchers have created a decision-making tool to help mining and industrial operations select maintenance approaches that actually fit their capabilities and data resources. The framework addresses a persistent business problem: choosing between reactive repairs, preventive schedules, and predictive monitoring without clear guidance on which works best for different operational constraints.EN

A new workshop proceedings examines practical methods for integrating emerging technologies into education and training programs. For educational institutions and corporate training departments, the findings offer guidance on adopting AI and intelligent systems to improve learning outcomes and workforce readiness in an increasingly digital economy.EN

Researchers have developed a fix for a critical vulnerability in autonomous truck platooning systems: when wireless communications drop out, vehicles can now maintain safe formation by using data from nearby neighbors instead. The breakthrough addresses a stubborn safety gap that has blocked widespread deployment of fuel-efficient, accident-reducing vehicle convoys on highways.EN

Researchers have mapped out how companies can strip down AI models to run on low-power devices—phones, sensors, IoT gear—while keeping accuracy high enough for real-world use. The techniques could unlock a $100+ billion market in edge computing and reduce energy costs for deploying AI at scale.EN

Researchers used computer modeling to identify which blast parameters most affect how ore breaks apart during underground mining. The findings could help operators reduce waste, improve ore recovery, and lower processing costs at large mines—potentially saving millions annually per operation.EN

A new study of operating room dynamics reveals that surgeons adopt robotic systems while secretly working to maintain human authority. The findings suggest hospitals and device makers must rethink how robots and doctors share decision-making power—or risk undermining the very collaboration they're designed to enable.EN

Engineers testing a 66-year-old prestressed concrete bridge found that combining on-site measurements with statistical analysis doubled their confidence in the structure's safety. The approach could reshape how infrastructure owners and regulators assess aging assets, potentially extending service life and reducing unnecessary replacement costs through better-informed decisions.EN

A study of automotive design reviews reveals that standard videoconferencing tools like Microsoft Teams create significant friction when paired with specialized CAD software, forcing engineers to waste time on workarounds rather than actual design work. As remote work becomes permanent, manufacturers face a choice: upgrade their digital infrastructure or accept persistent productivity losses.EN

Heavy machinery manufacturers can now test factory redesigns in 3D simulations before spending millions on physical changes. A new case study shows that flexible transport systems and streamlined material flow—validated through simulation first—boost output and operational resilience without the financial gamble of real-world trial and error.EN

Researchers have mapped out how to run artificial intelligence directly on small satellites orbiting Earth, enabling them to spot natural disasters in real time without waiting to beam data back to ground stations. The approach could reshape emergency response and cut data transmission costs, though engineers must still solve radiation and power constraints that plague space-based computing.EN

A study of eight Swedish language teachers reveals that generative AI is forcing schools to rethink how they teach writing, assess student work, and manage classroom dynamics. The findings suggest policymakers and education leaders need clearer guidance on when and how to deploy AI tools without undermining core learning objectives.EN

Swedish researchers discovered that real estate brokers who earn customer trust become intrinsically motivated to stay in their jobs, reducing turnover intentions significantly. The finding suggests that focusing on relationship-building and trust-earning may be more effective for retaining talent than salary increases alone.EN

A new study found that researchers repeatedly conduct identical systematic reviews on agile software development without checking prior work—duplicating years of effort. The problem signals how poorly organized academic research has become, costing companies time and money when they rely on outdated or redundant findings to guide engineering decisions.EN

Asking witnesses to describe a suspect's face within hours of seeing them—before formal questioning—significantly improves the accuracy of police composite sketches, new research shows. The finding could reshape criminal investigation protocols and has implications for law enforcement training and resource allocation.EN

Engineers have deployed real-time sensor networks linked to 3D digital models to monitor aging snow galleries on Sweden's Iron Ore railway, automatically flagging maintenance needs. The approach could cut unexpected infrastructure failures and repair costs across transportation networks, utilities, and industrial facilities worldwide.EN

Researchers at CERN deployed machine learning to search for theoretical particles called top squarks that could indicate physics beyond current scientific understanding. Finding nothing yet, they've set new limits on where these particles could hide—refining the search space and advancing how scientists use AI to analyze complex physics data.EN

Researchers have built a software platform that predicts how different charging strategies affect battery life and fuel consumption in electric off-road vehicles. The tool helps quarry operators plan operations to maximize efficiency and reduce costs—a critical step as mining companies shift to electric fleets.EN

Researchers have developed Gen-JEMA, an AI framework that makes directed energy deposition—a metal 3D printing process—easier to monitor and understand. The system combines multiple sensor inputs to predict quality outcomes in real time while reducing hardware costs, potentially lowering barriers for manufacturers adopting the technology.EN

Researchers developed an artificial intelligence system that predicts complex fluid dynamics inside hydroelectric turbines 7.5% more accurately than previous methods, potentially cutting design cycles and optimization costs. The breakthrough could accelerate renewable energy infrastructure projects by replacing expensive, time-consuming computer simulations with faster AI predictions.EN

Researchers created a digital simulation that accurately reproduces what happens when drill bits pulverize rock, a breakthrough that could optimize drilling efficiency across mining and oil & gas operations. By combining microscope scans of rock structure with lab testing, the model predicts fragment sizes and fracture patterns—information that directly affects drilling speed, equipment wear, and waste management costs.EN