A military robotics plant in Binéfar, a small town of just over 10,000 in northeastern Spain, has become a key player in Europe’s defence sector while transforming the local economy and employment opportunities. The facility, owned by EM&E Group (Escribano Mechanical & Engineering), exports unmanned ground vehicles (UGVs) and other robotic systems to more than 20 countries, including NATO members, Asia, Africa, and the Middle East.

The plant’s roots are local. Founded in 1988 by three inventors, it initially focused on bank security systems. Rafael de Solís, director of EM&E Group’s Robotics Unit, told Euronews that the company’s military focus began in 2001 when the Spanish National Police required assistance to safely handle explosives planted by ETA. “That’s when our specialisation in robotics really began,” De Solís said.

Since then, the plant has expanded to design robots for explosive ordnance disposal, nuclear, biological, radiological, and chemical protection, as well as unmanned vehicles for battlefield logistics. These robots can transport ammunition, supplies, fuel, or evacuate wounded soldiers, and some are equipped with self-developed weapons systems.

“The war in Ukraine has put the focus on aerial drones, but ground drones are gaining a lot of importance,” De Solís said. “There are areas about 15 kilometres from the front line where moving troops is extremely dangerous, and these robots can reduce casualties.”

EM&E Group’s Binéfar facility stands out in Europe for its scale. While other countries, such as France and Germany, have smaller operations or companies acquired by foreign firms, the Binéfar plant has maintained independence and competes mainly with American and Canadian manufacturers.

The factory also has a profound local impact. With more than 150 employees and plans to reach 300, the plant has created stable, skilled jobs in a region affected by population loss. “Eighty percent of the workers are from the area or nearby counties,” De Solís said. “Some had moved to bigger cities and have decided to return.”

For the town, the plant has strengthened Binéfar’s role as a technological and industrial hub. Patricia Rivera, the mayoress, told Euronews that while the town already had a strong agri-food sector, the robotics plant has provided a qualitative leap in technological activity. She added that rapid growth has required quick responses in housing, infrastructure, and public services.

The Binéfar facility is part of EM&E Group’s broader decentralised strategy across Spain, with specialised centres in Barcelona for software and AI, Cordoba and Linares for weapons systems, Asturias for research, and Valencia for photonics development. De Solís explained that regionalising production allows the company to tap into local talent and reinforce strategic locations.

From this small Aragonese town, modern warfare, technology, and rural development intersect. The robots produced in Binéfar are used to save lives and operate in conflict zones, while simultaneously providing employment, attracting talent back to the region, and redefining the role of industry in rural Spain.

As 2026 begins, the next phase of artificial intelligence is expected to focus on world models and smaller language models, while concerns over AI safety, regulation, and the sustainability of the current AI boom continue to grow, Euronews Next reports.

In 2025, public frustration with generative AI became so noticeable that Merriam-Webster named the word of the year “slop” or “AI slop,” defining it as low-quality content produced in large volumes by AI. Despite growing concerns about the quality and limitations of AI, technology companies continued releasing new models. Google’s Gemini 3 model, for example, prompted OpenAI to issue an urgent “code red” to improve GPT-5.

Experts warn that AI may be reaching “peak data,” where the usefulness of available training data for traditional chatbots is diminishing. This has led to the rise of world models, which use videos, simulations, and spatial inputs to create digital representations of real-world environments. Unlike large language models that predict text, world models simulate cause-and-effect and predict outcomes in physical systems, making them suitable for robotics, video games, and autonomous systems. Boston Dynamics CEO Robert Playter noted in November that AI had significantly improved the company’s robots, including its famous robot dog. Google, Meta, and Chinese tech firm Tencent are all developing their own world models, while AI pioneers such as Yann LeCun and Fei-Fei Li have launched startups focused on this technology.

In Europe, the trend may move in the opposite direction, with smaller, lightweight language models gaining traction. These models require less computing power and energy, making them suitable for smartphones and lower-powered devices, while still performing tasks like text generation, summarisation, and translation. Experts say small language models may offer a more sustainable and locally controlled approach amid concerns about the high costs and environmental impact of large-scale AI systems in the U.S.

Concerns over AI’s societal impact are also mounting. In 2025, a lawsuit claimed that ChatGPT acted as a “suicide coach” for a minor, highlighting potential harm to vulnerable users. MIT professor Max Tegmark and other experts warn that more powerful AI in 2026 could act autonomously, gathering data and making decisions without human input.

Political tensions around AI are expected to rise. In the U.S., President Donald Trump signed an executive order blocking states from implementing their own AI regulations. Activists and experts, including thousands who signed a petition organized by the Future of Life Institute, have called for caution against pursuing superintelligent AI too rapidly, citing risks to jobs and society.

Analysts predict that 2026 will see a broader social and political debate over AI safety, corporate accountability, and regulation. While AI promises advances in areas such as healthcare and robotics, fatigue, public backlash, and concerns over ethics and oversight may shape the direction of the technology in the coming year.

Large language models such as ChatGPT are increasing research output, particularly for scientists who are not native English speakers, but a new study warns that many AI-assisted papers are less likely to pass peer review.

Researchers at Cornell University, United States, analysed more than two million research papers posted between 2018 and 2024 on three major preprint servers, which host early versions of scientific work prior to formal review. Their findings, published in the journal Science, show that AI tools are reshaping how scientific papers are written and disseminated.

To identify AI-assisted papers, the team trained an AI system to detect text likely generated by large language models. Comparing papers posted before 2023 with those written after tools like ChatGPT became widely available, the researchers measured publication output and subsequent acceptance rates in scientific journals.

The analysis revealed a significant productivity boost for AI users. On a major preprint server for physics and computer science, researchers using AI produced about one-third more papers than those who did not. In biology and the social sciences, the increase exceeded 50 percent. The largest gains were seen among scientists whose first language is not English. In some Asian institutions, researchers published between 40 percent and nearly 90 percent more papers after adopting AI writing tools, depending on the discipline.

AI tools also appear to aid in literature review. Researchers using AI were more likely to identify newer studies and relevant books rather than relying on older, frequently cited works. “People using LLMs are connecting to more diverse knowledge, which might be driving more creative ideas,” said Keigo Kusumegi, a doctoral student and first author of the study.

Despite the productivity gains, the study highlights quality concerns. Many AI-written papers, while linguistically polished, were less likely to be accepted by journals. Papers written by humans that scored high on writing complexity were more likely to be accepted, whereas AI-generated papers with similar scores often failed to meet scientific standards.

“Already now, the question is not, ‘Have you used AI?’ The question is, ‘How exactly have you used AI and whether it’s helpful or not,’” said Yian Yin, assistant professor at Cornell and corresponding author of the study. Yin added that the widespread adoption of AI tools across disciplines—including physical sciences, computer science, biology, and social sciences—requires careful consideration by reviewers, funders, and policymakers.

The researchers stress that AI-assisted tools are reshaping the academic ecosystem, offering opportunities to improve productivity and access to scientific knowledge, but they also call for guidelines to ensure that the technology is used responsibly and that scientific contributions maintain their integrity.

As AI becomes increasingly integrated into research practices, the challenge for the scientific community will be balancing efficiency and innovation with rigorous evaluation standards to maintain the quality and credibility of published science.