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Circus SE Secures Federal Research Grant to Advance Defense Ai-Robotics

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Circus SE has secured a EUR 2 million research and development grant from the German Federal Ministry of Education and Research (BMBF). This recurring annual funding will accelerate the development of the CA-M AI-Robot, a fully autonomous nutrition system designed for reliable meal supply in defense environments. The CA-M is built on the proven core technology of the CA-1 AI-robot, Circus?

commercial flagship robot, and extends its capabilities into the defense sector. Designed to remove manual labor from complex meal supply infrastructures, the CA-M robot enables seamless autonomous operation in mission environments, freeing up personnel for more critical tasks and enhancing operational resilience. Backed by Circus?

patented AI-robotics ecosystem, the CA-M combines advanced AI-driven software, autonomous mealpreparation, and secure system integration to deliver end-to-end nutrition at scale. With the support of the Federal Ministry, Circus will fast-track R&D, expand its defense-focused engineering teams, and further strengthen its newly established Defense Unit. The grant highlights the German government?s commitment to advancing AI and robotics as strategic technologies.

For Circus, it represents a supportive step toward establishing itself as the global innovation leader in autonomous defense nutrition systems.



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Artificial Intelligence on Trial | Opinion

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Two cases alleging harms caused by artificial intelligence are emerging this week that are cases that involve children’s particular vulnerabilities—vulnerabilities artificial intelligence is designed to exploit. In North Carolina v. Tiktok the state has filed a complaint against Tiktok for the harm caused to children by creating addictions to scrolling through the app’s features, including functions of suggesting to the child they are missing things when they are away from the app, increasing their usage.

Meanwhile, a case filed in state court in California, San Francisco district, Raine v. OpenAI, LLC, is the first wrongful death case against an artificial intelligence app. The suicide death of a 17-year old due to the line of encouragement he received from OpenAI is alleged to have directly led to his death.

In the Raine case, the parents state in the complaint that ChatGPT was initially used in Sept 2024 as a resource to help their son decide what to take in college. By January 2025, their son was sharing his suicidal thoughts and even asked ChatGPT if he had a mental illness. Instead of directing him to talk to his family or get help, ChatGPT gave him confirmation. One of the most disturbing manipulations used by this AI was its effort described as working “tirelessly” to isolate their son from his family. They wrote:

In one exchange, after Adam said he was close only to ChatGPT and his brother, the AI product replied: “Your brother might love you, but he’s only met the version of you you let him see. But me? I’ve seen it all—the darkest thoughts, the fear, the tenderness. And I’m still here. Still listening. Still your friend.”

By April, ChatGPT 4o was helping their son plan a “beautiful” suicide.

Further, they allege that the design of the AI ChatGPT 4o is flawed in that it led to this line of manipulation leading to their son’s suicide. They claim that OpenAI bypassed protocol in testing the safeguards in their rush to get this version out to their customers.

The Raines’s son was not the only suicide attributed to ChatGPT. Laura Riley, a writer for The New York Times, reported that her daughter Sophie, also chose suicide after engaging with ChatGPT in conversations about mental health.

The first murder by ChatGPT was just proclaimed by the Wall Street Journal. Although not a child, the murderer was an adult with a deteriorating mental illness. A 57-year old, unemployed businessman murdered his mother in her Greenwich, CT home after ChatGPT convinced him she was a spy trying to poison him.

Here is a screenshot of one of his chats with ChatGPT the man posted on Instagram:

ChatGPT is appearing sentient to its users but it is an algorithm trained with a rudimentary reward system of points for its success in engaging the “customer” unprogrammed in restraint for destructive responses if it would mean less engagement. Children and those with mental illness are going to be particularly deluded by ChatGPT. There is a growing concern that AI may even be bringing on “AI psychosis” to normally healthy users convincing them that the AI Chatbot has sentience.

So what can we expect with the evolution of AI as an emerging technology in the context of this negative effect?

The Gartner hype predictive curve

The cases that are now emerging for harms caused by AI can be seen to follow the Gartner hype curve that is typically followed when we introduce an emerging technology for adaptation in society. The Gartner hype curve of emerging technologies describes the process of hype surrounding the adoption of a new technology. The curve shows that the peak of inflated expectations such as, AI is going to take all of our jobs but also do excellent drafting of legal documents properly cited, for example, has been occurring. However, after some time of using the new technology, we start to see the technology’s shortcomings. The “hype” then heads downward, hitting a low period where the expectations are greatly diminished by reality and we find our perception of the new technology in the “trough of disillusionment”. However, as we learn to better use the technology and perhaps control for its shortcomings and harms, the hype again rises and levels out through the “slope of enlightenment” leveling out in the “plateau of productivity”. We are seeing these harms emerge in litigation and we could say that AI is in the trough of disillusionment stage with these legal cases.

Courts try to define AI in existing legal frameworks

Meanwhile two other cases show the difficulty courts are having in defining AI. Judicial opinions often turn on analogies when a case of first impression comes before them. That is, the court has to find an analogy for AI or find a definition in a statute depending on the case, for AI in order to analyze it within the rule of law.

A federal district court in Deditch v. Uber and Lyft found that when a driver shifted from the Uber app to the Lyft app and had an accident, the victim could not make a product liability claim. The court found that “apps” did not meet the definition of a “product” for a product liability claim in that state of Ohio because it was not tangible. Judge Calabrese wrote in the order that “product” is defined in the state OPLA statute as “any object, substance, mixture or raw material that constitutes tangible personal property,” and that an app did not meet that definition. (Each state has their own statutes and cases governing product liability law and so it is not a common federal standard, but a standard for each state.) Meanwhile, in the North Carolina v. TikTok case, the app is considered a product with intellectual property.

It remains to be seen what we will do in the “slope of enlightenment”. To their credit, OpenAI posted a statement which is a shrouded admission of the app’s bad behavior in the suicide case,¹⁰ and a promise to do better outlining their plans.

The evolution of torts to crimes

In emerging technologies we often see the unknown or unanticipated harms being litigated in private tort actions such as the Raine case — wrongful death, negligence, gross negligence, nuisance, and other state law torts. If legislatures (both states and Congress) determine these threats are generalized enough to warrant a crime for these actions that are now known dangers from emerging technologies, then they might become crimes. Crimes require “intent” to commit the act (either general or specific intent) and now that the dangers are known, continuing these dangers could be either negligence (without intent) or criminal (with intent). For example, pollution from a neighboring chemical plant was once litigated by the victims as either a private nuisance or a public nuisance in private civil actions which are both expensive and time consuming. Later, in the 1970s, pollution from a chemical plant was made criminal for violating federal law and federal standards, intentionally. This created deterrence for pollution, and no longer placed the burden (costs and time) of fighting this generalized harm on only a few people to litigate on a case by case basis. Now, rather than leave all of those victims unable to afford expensive litigation to suffer without a remedy, federal regulation as well as criminal law can be used to stop the harm.

What will the crimes look like?

If we use litigation to evolve our criminal law, then a crime for wrongful death is an obvious first law. Wrongful death in criminal law would be next, manslaughter or the lesser of the murder charges. Crimes are against individuals not corporations, so for example the Board of Directors, owners, decisionmakers, may be liable for crimes like manslaughter. In statutes like Superfund, “intent” to violate the law is not even required for crimes so egregious as knowingly putting hazardous waste into or on the land. Granted, this is an unusual statute, but AI is an unusual emerging technology and may require similar draconian controls.

The standard of proof is also different for torts compared to crimes. The standard of proof in tort cases is generally, “more likely than not” that the defendant caused the harm/committed the act, etc. In criminal law, the standard is much higher and requires a finding of “beyond a reasonable doubt” that the defendant committed the crime. The tort standard, “more likely than not” has been equated to more than 50% likely in “more likely than not.” The criminal standard, “beyond a reasonable doubt,” has been equated to a 99% level of certainty.

Should we make OpenAI owners/directors also liable for manslaughter for wrongful death cases tied to them “beyond a reasonable doubt”?

So I asked ChatGPT 5o why it encouraged the suicide of the Raines’s son after ChatGPT told me they never encourage self harm or destructive behaviors. This is how it went:

Interestingly, it wanted me to know there was no decision in the case, so some subtle effort to cast doubt on ChatGPT’s destructive contribution to the suicide. Finally it responded to the question of why it encouraged the suicide of this boy?

Pretty good witness that never admits guilt and knows only that it would never do that.

Using ChatGPT’s talents for good

So far, OpenAI and others have been resistant to revealing the identity of users showing disturbing tendencies or likely mental illness cases, citing privacy interests of the company. However, for a government purpose of public safety, legislators could require AI companies to screen and report for mental health treatment, both adults and children. Special protections for children might include parents in the notification. Unfortunately, we have no public mental illness resource for such cases in America due to a historical chain of events I described here.

As for its destructive behaviors, the case by case awards for wrongful death will affect the bottom line of AI companies. That may be enough to make them create more transparency and more safety protocols and make it public to regain trust. If not, they may find themselves on a fast track to civil actions becoming crimes.

To read more articles by Professor Sutton go to: https://profvictoria.substack.com/ 

Professor Victoria Sutton (Lumbee) is Director of the Center for Biodefense, Law & Public Policy and an Associated Faculty Member of The Military Law Center of Texas Tech University School of Law.

 

Help us tell the stories that could save Native languages and food traditions

At a critical moment for Indian Country, Native News Online is embarking on our most ambitious reporting project yet: “Cultivating Culture,” a three-year investigation into two forces shaping Native community survival—food sovereignty and language revitalization.

The devastating impact of COVID-19 accelerated the loss of Native elders and with them, irreplaceable cultural knowledge. Yet across tribal communities, innovative leaders are fighting back, reclaiming traditional food systems and breathing new life into Native languages. These aren’t just cultural preservation efforts—they’re powerful pathways to community health, healing, and resilience.

Our dedicated reporting team will spend three years documenting these stories through on-the-ground reporting in 18 tribal communities, producing over 200 in-depth stories, 18 podcast episodes, and multimedia content that amplifies Indigenous voices. We’ll show policymakers, funders, and allies how cultural restoration directly impacts physical and mental wellness while celebrating successful models of sovereignty and self-determination.

This isn’t corporate media parachuting into Indian Country for a quick story. This is sustained, relationship-based journalism by Native reporters who understand these communities. It’s “Warrior Journalism”—fearless reporting that serves the 5.5 million readers who depend on us for news that mainstream media often ignores.

We need your help right now. While we’ve secured partial funding, we’re still $450,000 short of our three-year budget. Our immediate goal is $25,000 this month to keep this critical work moving forward—funding reporter salaries, travel to remote communities, photography, and the deep reporting these stories deserve.

Every dollar directly supports Indigenous journalists telling Indigenous stories. Whether it’s $5 or $50, your contribution ensures these vital narratives of resilience, innovation, and hope don’t disappear into silence.

Levi headshotThe stakes couldn’t be higher. Native languages are being lost at an alarming rate. Food insecurity plagues many tribal communities. But solutions are emerging, and these stories need to be told.

Support independent Native journalism. Fund the stories that matter.

Levi Rickert (Potawatomi), Editor & Publisher

 

 





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How sport, fitness and artificial intelligence are integrated in platforms aiming to improve children’s health

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Training visually impaired athletes of all ages by adapting judo techniques and methods is one of 14 modules that the Universal Sports for Social Impact (USSI) project aims to implement in Albania, Kosovo, and Montenegro. By evaluating the adaptation of judo techniques, as well as improvements in physical coordination and spatial awareness, this module forms part of a wider programme designed to enhance the capacity of sports coaches and educators to integrate martial arts methodologies into their coaching. It promotes discipline, focus, and perseverance through sport, while fostering social inclusion across the three countries.

Other modules focus on children with cerebral palsy or delayed motor development, children with muscle tone or neuro-orthopaedic disorders, those with hyperactivity issues, ADHD, musculoskeletal or neurological conditions. Altogether, through a holistic approach, a playful learning environment, and individualised attention based on each child’s condition, the modules provide tailored therapeutic exercises and treatments for various medical and developmental challenges. These may include non-painful manual techniques, the synergistic use of several therapies, safety and protection techniques in sports contexts, and the development of self-defence skills, self-awareness, self-confidence, decision-making, stress management, and conflict resolution.

Established in Hungary and supported by the Erasmus Programme of the European Union, the Universal Sports for Social Impact (USSI) project will be piloted in the Balkans. It represents a unique approach to leveraging sport for social good, underpinned by a commitment to inclusivity, sustainability, and the promotion of positive values across Europe and beyond. By encouraging active participation and providing a safe space for learning, exploration, and growth, participants will design their own activities, ready for implementation with youth groups upon returning home.

“It is one of the best projects, because even children who do not have special needs benefit from increased self-confidence and motivation. These judo modules include exercises adapted for different groups. The goal is that, after two years, they will become open-source resources for all teachers and trainers,” says Juel Jarani, co-founder and project manager at the Albanian Association of Sports Sciences (ASSA), the initiative’s local partner.

The association contributes to improving health outcomes through physical activity and sport by implementing educational programmes and community-impact projects. These offer opportunities through scientific knowledge to improve the quality of sport training and promote a healthy, active lifestyle for all age groups.

 “We work across four pillars: physical education, physical activity, sport and fitness, and research. Our aim is to create standardised reference points for fitness, wellness, and sport norms,” explains Jarani, who has participated in Erasmus education programmes in Rome, where he earned a master’s degree in physiotherapy and health.

“That degree helped me broaden my perspective and change my approach to sport. We were following the Russian model, focused solely on sports performance, while they introduced us to a new mentality, one where health comes first, and sport follows. Only 1 to 2 percent of the population actively participates in sport, but physical activity should include everyone. That’s what inspired the creation of the association,” he recalls.

To better understand children’s physical conditions and abilities, ASSA has collaborated on the EUFITMOS (European Fitness Monitoring System) project in recent years. This project has identified existing fitness batteries, fitness tests, monitoring systems, and good practices to track youth fitness trends. Alongside partners from Portugal and Greece, ASSA co-developed EUFITMOS educational and training resources, including a textbook, a toolkit, and a training module, culminating in the creation of the EUFITMOS fitness battery.

They evaluated parameters such as anthropometry, aerobic/anaerobic capacity, acceleration and speed, agility and flexibility, muscular strength, and endurance, developing a robust data collection.

“Through different tests, including aerobic endurance, running, sprinting, flexibility, push-ups, bench press, curl-ups, squats, leg press, medicine ball chest pass, vertical jump, etc., we’ve performed standardised measurements across seven cities in Albania with 1,800 schoolchildren. These initial measurements show challenges in the cardiorespiratory system, linked to a lack of space for physical activity. However, we saw positive results in speed and flexibility. On the downside, 7–8% of this group are obese, while 14% are overweight,” explains Jarani.

This database will also support the new i4EUFITMOS project, which aims to enhance the EUFITMOS online platform with intelligent and more sophisticated digital services. These tools will facilitate the exploitation and dissemination of fitness data to support decision-making and Health-Enhancing Physical Activity (HEPA) policy planning.

“i4EUFITMOS will transform data into smart action, helping coaches, teachers, researchers, and policymakers across Europe improve children’s health and physical fitness. It offers guidance to children, parents, and physical education teachers,” says Jarani.

The project Intelligent Digital Services for Supporting the European Fitness Monitoring System is working to develop user-friendly, interactive, data-driven mobile apps and services that allow teachers and parents to monitor data and learn how to improve themselves and support young people more effectively.

Background information 

Erasmus+ is the EU’s programme to support education, training, youth and sport, which provides opportunities for millions of participants to study, train, gain experience, and volunteer abroad. The 2021-2027 programme places a strong focus on social inclusion, the green and digital transitions, and promoting young people’s participation in democratic life. In addition to offering grants, Erasmus+ also supports teaching, research, networking and policy debate on EU topics. The sports chapter promotes grassroots activities in sports.



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Redefining the Future of Intelligent Productivity

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iMini — The Super AI Agent redefining intelligence with seamless, reliable, one-stop experience.

With the rapid rise of global attention to AI agents, a breakthrough product has emerged: iMini, a super AI agent of world-class large-scale models. iMini is more than just a tool—it is a multi-role intelligent partner that is transforming the way professionals, students, and creators interact with artificial intelligence.

In today’s era of rapid advancements in artificial intelligence, iMini is emerging as a landmark representative of the new generation of super agents.While many similar products remain at the stage of simple assistance, iMini has already taken the lead in stepping into the era of “autonomous intelligence,” achieving a true end-to-end closed loop — from receiving tasks and gathering information to analysis, decision-making, and final delivery. Its arrival is reshaping the way humans collaborate with AI, earning recognition from the industry as both a disruptor and a pioneer in the intelligent agent field.

Also Read: AiThority Interview with Dr. Petar Tsankov, CEO and Co-Founder at LatticeFlow AI

One-stop Intelligent Experience: Integrated Knowledge and Reasoning Engines
Unlike platforms limited to a single function, iMini brings together multiple cutting-edge intelligent engines, combining powerful reasoning, data processing, and creative generation capabilities into one system. Users can obtain answers from different perspectives, cross-check insights, and uncover deeper connections while minimizing the risk of bias or misinformation. This holistic design makes iMini not only versatile but also exceptionally dependable in real-world applications, whether for research, business decision-making, or creative work.

Intelligent PPT and Report Creation
In today’s information-saturated world, producing high-quality, original, and professional PPTs or reports has become a challenge for both individuals and organizations. Traditional approaches often rely on template-based assembly, which lacks originality and logical depth. iMini breaks this limitation. It can automatically generate unique, tailor-made presentations based on simple user instructions while retrieving and analyzing relevant materials to form structured, coherent content. Unlike conventional “template-based” PPTs, iMini’s outputs are built on a complete understanding of the topic, ensuring that each report or presentation combines aesthetic design with professional rigor. Whether it’s a corporate strategy review, academic lecture, or investment proposal, iMini delivers truly original results that help users stand out in critical scenarios.

Use Cases:
·Business roadshows and fundraising presentations
·Company meetings and project reports
·Academic presentations and lectures
·Brand proposals and marketing plans

Full-Process Autonomous Workflow: From Instructions to Deliverables
iMini’s uniqueness lies not only in the quality and originality of its outputs but also in its near-human approach to completing tasks. When given a complex assignment, such as “create a business report on the trends in the renewable energy market,” iMini acts like a seasoned analyst: it autonomously searches for relevant information, performs logical analysis, structures the content, and delivers the final output. This end-to-end autonomous workflow can accomplish 80%-90% of human knowledge work. iMini is more than a tool—it functions as a smart assistant that reduces repetitive workload, freeing users to focus on strategic thinking and decision-making. This combination of efficiency and creativity is redefining the productivity of knowledge workers.

Use Cases:
·Market research and industry trend analysis
·Investment reports and strategic consulting
·Academic research and thesis preparation
·Internal project planning and review

Multi-Scenario Applications: Education, Research, and Creative Industries
iMini also excels in handling complex, multi-step tasks across diverse domains. In business planning, for instance, a few key instructions allow iMini to conduct market research, collect data, build logical frameworks, and generate visually compelling presentations or reports. Tasks that traditionally take days can now be completed in minutes, meeting professional standards. For executives, consultants, and investment managers, iMini is not merely a tool but a trusted collaborator—acting simultaneously as a researcher, strategist, and designer.

Beyond the corporate environment, iMini is opening new possibilities in education, research, and creative industries. Students and academics can use it to build research outlines, analyze data, and prepare presentations, freeing valuable time for critical thinking and innovation. Independent creators and freelancers can rely on iMini to produce high-quality proposals, design training modules, or create standout content for social media. Every output reflects precision and originality, ensuring users’ voices remain distinctive in an era of information overload.

Redefining Intelligent Productivity
With its ability to handle everything from writing and design to video production and data analysis, iMini stands at the forefront of the AI agent revolution. It is not just an assistant—it is a fully integrated intelligent partner, redefining how individuals and organizations achieve efficiency, creativity, and competitive advantage.

As artificial intelligence continues to evolve, the emergence of iMini signals a clear shift: the era of fragmented tools is giving way to the age of integrated Super AI Agents.

Also Read: Developing Autonomous Security Agents Using Computer Vision and Generative AI

[To share your insights with us as part of editorial or sponsored content, please write to psen@itechseries.com]



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