The Korea Research Institute of Standards and Science (KRISS, President Dr. Lee Ho Seong) has developed a robot-based ultrahigh-precision electromagnetic wave measurement system using its own system design and control technologies. The system can be applied in key fields such as defense, next-generation communications, and semiconductors.

Discarded ABS plastic is hard to recycle cleanly due to its nitrogen content. A new study in Engineering presents a green two-step hydrothermal method that removes nearly all nitrogen from ABS and turns it into high-energy aromatic oils. The process works efficiently under mild conditions, producing low-nitrogen fuel-like oil that can be directly used or refined, making plastic waste recycling safer and more sustainable.

Nylon‑6,6 is widely used but hard to recycle, and most waste ends up in landfills. A new study in Engineering introduces an eco‑friendly way to break down nylon‑6,6 using iron‑based Lewis/Brønsted acidic deep eutectic solvents at 180 °C for 5 h. It efficiently recovers monomers with high yield, works for both new and used nylon products, and shows competitive environmental performance, offering a practical path for circular polymer recycling.

A new study published in Big Earth Data describes the development of the National Earth Observation Data Cube of Cyprus as a modern software-based infrastructure for efficiently storing, managing, and analyzing the rapidly growing volume of Earth observation data. It further demonstrates its value through a water resource monitoring case under the Mediterranean climate crisis and highlights the potential of semantic classification for more generalized and efficient environmental monitoring. An online platform has been developed and welcomes users to access the CEODC ecosystem at https://cypruscube.com/, while all tools and services are also integrated within the ERATOSTHENES Regional Exploitation Platform: https://rep.eratosthenes.org.cy/.

Vaccination has saved millions of lives and is regarded as one of modern medicine's most important successes. Effective vaccination programs should be based on risk assessment that considers demographic and occupational factors. When developing a vaccination program, it is essential to identify the target groups, including travelers, infants, high-risk workers, and those in critical roles such as farming and agriculture. In biosafety and biosecurity, vaccines are a key component of measures designed to protect laboratory personnel, the community, and the environment. Guidelines from global health organizations such as the Centers for Disease Control and Prevention are tailored to specific pathogens and depend on the type of work performed and the associated risk. These guidelines are continuously revised and updated to ensure the effectiveness of vaccination programs. Vaccines also play a role in One Health approaches that are focused on the interconnectedness of animals, humans, and the environment. Targeted vaccination strategies for both domestic animals and wildlife are necessary to maintain animal health, improve livestock productivity, and prevent the spread of zoonotic and foodborne diseases to humans. In this paper, we aimed to provide an overview regarding the crucial roles of vaccines in biosafety, biosecurity, and One Health approaches, as well as to highlight the importance of targeted and personalized strategies to improve the effectiveness of vaccination programs. Herein, we also discuss various vaccines aimed at specific target groups as recommended by global health organizations, with a particular emphasis on laboratory workers and the vaccines necessary to reduce laboratory-acquired infections. Finally, we discuss animal vaccines and targeted strategies for vaccinating domestic and wildlife populations.