United News of Bangladesh

Robot dogs fitted with lifelike silicone heads resembling famous personalities such as Elon Musk, Mark Zuckerberg, Jeff Bezos, Andy Warhol and Pablo Picasso are drawing attention at a Berlin museum, where they wander around and occasionally “produce” printed images captured earlier through built-in cameras. The unusual installation is part of an interactive exhibition by American digital artist Mike Winkelmann, widely known as Beeple, currently on display at the Neue Nationalgalerie. Each robot dog generates images that reflect the artistic or personal style of the figure it represents. For example, the Picasso-inspired dog creates Cubist-style visuals, while the Warhol version produces pop art-like images. The concept highlights how artificial intelligence can reshape reality based on different perspectives. According to the exhibition organisers, the project explores how algorithms and technology platforms increasingly influence the way people see the world. Beeple said that in the past, artists like Picasso and Warhol shaped public perception through their work. Today, he argues, that influence has shifted to powerful tech leaders who control algorithms determining what people see online. He warned that such control gives immense power to a few individuals, allowing them to make sweeping changes without going through political or institutional processes. Some of the robot dogs also feature Beeple’s own likeness. Curator Lisa Botti said the exhibition focuses on the growing impact of artificial intelligence, adding that museums provide a space for society to reflect on these changes. The installation, titled “Regular Animals,” was first introduced at the Art Basel Miami Beach 2025. Beeple, a graphic designer from South Carolina, is known for his “everyday” project, where he has created and shared a digital image daily for years. His work has gained global recognition, making him one of the most valuable living artists, alongside David Hockney and Jeff Koons. In 2021, auction house Christie's sold his digital collage “Everydays: The First 5000 Days” for more than $69 million, marking a major moment for digital art and NFTs. Non-fungible tokens, or NFTs, are digital certificates stored on blockchain technology that verify ownership of digital items. They have become increasingly popular as part of the broader rise in cryptocurrencies. At Art Basel, Beeple even distributed the images produced by his robot dogs to visitors, sometimes including QR codes that provided access to free NFTs, effectively allowing recipients to own and potentially profit from his digital creations.

A new walking robot could change the way scientists explore Mars, helping them study more rocks faster and uncover clues to life and resources in record time. Mars missions face serious challenges. Communication delays between Earth and robotic explorers can range from four to 22 minutes, and limited data capacity means every move must be carefully planned. Rovers also travel slowly to save energy and avoid hazards, usually covering just a few hundred meters a day. This slows down research and limits the variety of geological data collected. To tackle these limits, researchers tested a semi-autonomous robot that can move from one target to another and collect data on its own. Equipped with compact instruments, the robot can examine multiple rocks in sequence, perform measurements independently, and send results back to scientists. The tests showed significant gains in efficiency. Instead of focusing on a single rock under constant supervision, the robot could analyze several locations on its own, accelerating both the search for resources and signs of life, or “biosignatures.” Even with simpler instruments, the robot successfully identified rocks important for astrobiology and resource exploration. The experiments used the four-legged robot ‘ANYmal’, equipped with a robotic arm holding a microscopic imager and a portable Raman spectrometer developed for the ESA-ESRIC Space Resources Challenge. The tests were conducted at the Mars-like “Marslabor” facility at the University of Basel, which simulates planetary surfaces with analogue rocks, dust, and lighting. During trials, ANYmal autonomously approached selected targets, positioned its instruments, and transmitted images and spectral data. It successfully identified a variety of rocks, including gypsum, carbonates, basalts, dunite, and anorthosite—materials valuable for both science and future missions. Multi-target missions took 12–23 minutes, compared to 41 minutes for traditional human-guided exploration, without compromising accuracy. This approach could allow future Mars and Moon missions to scan larger areas in less time. Semi-autonomous robots could move more freely, analyze samples quickly, and provide scientists with data to decide which sites deserve closer study. Smaller, simpler instruments paired with agile robots may become a key tool in space exploration, improving both the hunt for resources and the search for past life.

Chinese robotics company Westlake Robotics has introduced its humanoid robot, Titan o1, driven by a self-developed large-scale model known as General Action Expert (GAE), capable of replicating human movements in real time without constraints of time or space. The company said the model allows multiple robots to carry out identical tasks simultaneously under the control of a single operator. During a demonstration in Hangzhou, an operator wearing a motion-capture suit performed actions such as waving, turning and kicking a ball, while Titan o1 mirrored each movement within milliseconds. The robot’s motions including arm swings, torso rotations, step length and leg lift during the kick remained closely synchronized with the operator’s rhythm. “These actions were instant responses to the operator’s spontaneous movements,” said Westlake Robotics founder Professor Wang Donglin, adding that Titan o1 can quickly adjust to different operators and variations in movement. He compared the GAE model to the human cerebellum, which coordinates movement, balance and precision, noting that it enables the robot to execute appropriate actions immediately upon receiving signals, even if the movements have not been performed before. Westlake Robotics also said the GAE model supports cross-embodiment deployment, meaning it can be applied to various robots with differing designs and sizes.

At the We, Robot event, Tesla CEO Elon Musk once again shook the world of transportation with the reveal of the groundbreaking ‘Cybercab’, a fully autonomous vehicle designed to operate without the traditional controls we’ve come to expect, such as a steering wheel or pedals. This bold innovation represents Tesla’s most ambitious step yet towards a driverless future, where human intervention in personal vehicles may soon become a thing of the past. Musk’s vision for the Cybercab is crystal clear: a future where people no longer need to drive their cars, but instead simply sit back and enjoy the ride, whether they are working, relaxing, or even sleeping during their journeys. Elon Musk unveils Tesla's 'Cybercab,' plans to bring autonomous driving tech to other models in 2025 The Cybercab is a central piece in Tesla's broader strategy to create a world dominated by autonomous vehicles, reshaping the way society thinks about mobility and personal transportation. A New Era of Autonomous Vehicles What makes the Cybercab truly remarkable is its absence of any traditional controls. Previous iterations of Tesla’s autonomous technology still required drivers to remain alert and ready to take over in emergencies. However, the Cybercab takes it a step further by eliminating even the possibility of human intervention. Musk’s ambition is to provide a fully hands-off experience, making passengers mere occupants of the vehicle rather than drivers. "The Cybercab will be cheaper than mass transit," said Musk during the presentation, further emphasising the economic and technological shift Tesla aims to deliver with this new mode of transportation. Autonomous Driving Rollout Tesla’s journey toward fully autonomous vehicles has been long anticipated, and the Cybercab seems to be the culmination of years of innovation and development. While the Cybercab is expected to begin production in 2026, Musk announced that by next year, Tesla’s Model 3, Model Y, Model S, and the Cybertruck will be equipped with unsupervised, full self-driving capabilities, rolling out initially in Texas and California. This vision represents a paradigm shift, moving beyond the current expectations of what self-driving cars can do. Rather than focusing on assisting drivers, Tesla aims to remove the need for them altogether. The Road Ahead As Tesla continues to push the boundaries of technology, the Cybercab’s introduction is poised to redefine personal transportation. With the potential to significantly reduce traffic accidents caused by human error, and making the idea of car ownership and use more accessible, it has the potential to disrupt industries far beyond the automotive sector. However, the road to fully autonomous vehicles is not without challenges, particularly in regulatory approval and infrastructure readiness. Questions remain about how governments and cities will adapt to this new technology, as well as how quickly consumers will embrace it. Yet, if Elon Musk’s predictions hold true, the future of transportation may be just around the corner—completely driverless, incredibly efficient, and radically different from the cars we know today. Source: Agencies

Technology has revolutionized global networking, communication and traditional work procedures. Then came the Internet of Things or IoT which did the same all over again. In recent years the advancement of AI and robotic technology has reduced many workloads in our day-to-day life. Take cooking for example. Not all people enjoy cooking due to lack of time, skill, or interest. Now, what if we told you, you could get a robot to cook for you? Not just one dish but hundreds of them, all the while maintaining the exact taste every single time. Welcome to the age of AI robot chefs!  Benefits of AI chefs and automated cooking robots  Besides taking up the cooking challenge, AI robot chefs are also streamlining the process of food preparations. It’s making life easier with one less thing to worry about. For the culinary industry, AI robots are a game changer considering the efficiency they bring to the table.  To sum up the benefits, AI and automated cooking robots can  - solve the understaffing problem  - bring smart kitchen collaboration  - avoid the risk of food contamination  - minimize food waste. Read more: AI & Future of Jobs: Will Artificial Intelligence or Robots Take Your Job? Best AI Robot Chefs of 2023  Most AI chefs today are made for industrial-scale operations. The main aim is to reduce human interaction and make the process of large-scale cooking easier. While a good number of AI cooking robots are still in the development stages, only a few have moved to industrial operations. Here’s our pick of the most advanced AI robot chefs operating in 2023.  Flippy 2: The AI-powered frying chef  Flippy 2 is the successor of Flippy, a robotic fry cook chef from Miso Robotics based in the USA. The new iteration brings AI integration to the already successful Flippy. And the results are incredible, to say the least. Flippy 2 is designed for industry-grade frying solutions. The robot uses separate baskets to fry different items at different temperatures. In this robot, the manufacturer has utilized a new feature called the AutoBin technology. This mechanism has been especially designed for low-volume specialty foods that cannot be fried in a large batch. For example, onion rings. The AutoBin automatically can efficiently monitor the raw material, frying size, and time. It can also decide the hot-holding time to wick away the extra oil after frying. Flippy 2 has undoubtedly reduced human contact ranging from placing the raw foods in the basket to preparing served portions. The closed-loop system increases productivity by 30% as claimed by Miso Robotics.  Read more: Ai and Future of Content Writing: Will Artificial Intelligence replace writers? Nosh by Euphotic Lab: Automated cooking robot  Healthy home food is just a NOSH away” – that’s the tagline of Euphotic Lab’s home cooking solution. What is interesting about Nosh is that its design has nothing like what we generally see in a robot chef. Usually, the robot chefs are large in shape bearing bulky robotic arms to move around stuff. Nosh is an automated robot chef featuring the design and size of a microwave oven. 

Artificial Intelligence (AI) has become a game-changer, transforming industries and how we use technology. As AI and its use grow, many opportunities are also becoming available for people to earn from their skills and knowledge. Whether you are new to AI or an experienced person seeking new opportunities using AI, there are several ways to make money with AI. Let's explore ten profitable ways suitable for beginners and professionals to make money with AI in Bangladesh. How Beginners and Professionals Can Generate Income with AI From healthcare to entertainment, AI has completely transformed various industries. As AI keeps progressing, it creates countless opportunities for individuals to utilize it and earn money. Developing AI Applications One of the easiest ways to make money using AI skills is by creating AI applications for companies and individuals. For example, you can make special apps like chatbots to help customers, recommendation systems to give personalized suggestions, or systems that can recognize objects in pictures. If you are just starting out, you can begin with tools like TensorFlow or PyTorch, and as you practice more, you will get really good at making AI programs for different things. This will be a strong base for creating all kinds of cool AI applications. Read more: StarLink: What's special about Elon Musk's SpaceX satellite internet service? AI Consulting Having a profound understanding of AI and its practical applications can lead you to highly rewarding opportunities by offering consulting services. Numerous businesses are eager to implement AI but may lack the expertise to do it effectively. As a consultant, you can assist them in defining AI strategies, choosing suitable technologies, and optimizing existing AI models. This also enables professionals to share their industry insights and experiences. Generative AI Content Earning income online by sharing your content has become a popular method. Two main approaches are commonly used: placing ads on blog posts and posting sponsored content on social media. You can research and create quality content with the help of AI and boost your earnings. However, consistency is key to maintaining a steady income. You must regularly create interesting and unique content to stand out from others. Read more: How AI Can Improve Education Using AI-based tools can significantly aid you in this endeavor. For instance, a tool like Jasper can assist you in generating ideas, conducting research, and writing drafts at a faster pace. It can create content for various platforms, such as blog posts, Instagram captions, or YouTube scripts. This way, you can save time, boost productivity, and expand your online presence.

Rapid technological progress has ushered in a new era of innovation in the field of AI and robotics. Diverse functional humanoid robots have already captured the attention of the scientific communities and the general people. Besides resembling and mimicking human beings in terms of appearance, the humanoid AI robots are designed to work for special purposes such as healthcare, entertainment, customer service, education applications, etc. Let’s take a look at the smartest humanoid robots in the world in 2023 so far. World’s 10 Most Advanced Humanoid Robots in 2023 Ameca Ameca, developed by Engineered Arts in 2021, stands as the epitome of sophistication among humanoid robots, surpassing all others in terms of advancement and realism. The debut of Ameca's inaugural video on December 1, 2021, garnered tremendous acclaim across Twitter and TikTok, capturing the attention of countless individuals. Its primary purpose revolves around propelling the field of robotics by exploring human-robot interaction. Ameca incorporates an array of cutting-edge features, including embedded microphones, binocular eye-mounted cameras, a chest camera, and facial recognition software, enabling seamless engagement with the public. Furthermore, the interactions can be controlled either through GPT-3 or human telepresence. The utilisation of state-of-the-art technology extends to its artificial limbs, ligaments, and sensor arrays, underscoring its remarkable design. Read more: Ameca: World’s Most Realistic Advanced Humanoid Robot AI Platform Nadine Nadine, an empathetic android developed by Japanese company Rokoro, emerged in 2013 as an exceptional creation. This social robot was modelled on Professor Nadia Magnenat Thalmann.

The Bangladesh University of Engineering and Technology (BUET) has launched a two-day long 'Robo Carnival' to inspire students to make robots to make smart Bangladesh with the slogan 'Build Robot for Smart Bangladesh'. The two-day long carnival starts at the ECE building around 10 am today (January 19) and BUET vice Chancellor Dr Sattyaprashad Majumdar was the chief guest. About 500 students, divided into 125 groups, from the different schools, colleges and universities of the country are taking part in the two-day carnival. The carnival has been arranged to teach and inspire the students about different segments of Robotics like dust collecting robot competition, and firefighter robot competition. Besides the firefighter robot and trash collector robot competition, a project showcasing part, a workshop on Robotics Simulation software and a robotics olympiad for the competitors have been arranged. Tarikul Islam Tanvir, a student of Gopalganj Polytechnic Institute, who has developed an 'Earthquake digital safety system', said on his project: "We know that when an earthquake happens, many people die from being electrocuted. The safety system that I have developed will reduce the danger of being electrocuted in case any earthquake happens." "This safety system can detect earthquake vibration automatically and immediately after it cuts off the electricity lines and water supply lines. Besides, it sends automatic calls to alert the user about the earthquake. This system can be installed in every residential house and industrial sector but if the device is installed in district supply lines then there is no need to install the system separately in individual houses or industrial factories," Tanvir added. At the initial stage, BUET students took initial tests and presentations of the projects and later BUET teachers evaluated those projects. Read more: Ameca: World’s Most Realistic Advanced Humanoid Robot AI Platform    

Chinese phone maker Xiaomi has unveiled a full-sized humanoid robot named CyberOne. Fitted with advanced legs and arms, the robot supports bipedal-motion posture balancing and has a peak torque of 300Nm. Xiaomi claims CyberOne can detect human emotions and even create 3D visual representations of the world. Read: Humanoid robot made by Cumilla students turns heads "CyberOne's AI and mechanical capabilities are all self-developed by Xiaomi Robotics Lab. We have invested heavily in research and development spanning various areas, including software, hardware, and algorithms innovation," Lei Jun, the founder, chairman and CEO of Xiaomi Group, said. The company revealed that CyberOne weighs 52kg and has a height of 177cm and an arm span of 168cm. Compared to a quadruped robot, this humanoid robot is more mechanically complex, requiring more powerful motors, more degrees of freedom, and complex humanoid biped control algorithms.   Read Robot artist sells art for $688,888, now eyeing music career Xiaomi's humanoid robot CyberOne reportedly has 21 degrees of freedom in motion with a real-time response speed of 0.5ms for each degree, allowing it to easily simulate human movements.

A training programme on ‘making robots’ for students of classes V to X  started at the laboratories of Cumilla Collectorate School & College and District administration lab creating enthusiasm among young learners. Organized by Cumilla Robotics and Programming Club the objective of the training is to improve the technological knowledge among the students and make them interested in scientific inventions. Over 700 students from 16 educational institutions in Cumilla city first took part in a three-day workshop.  From among them, 120 students were selected for this training, said assistant Commissioner Kaniz Fatema, officer-in-charge of the ICT department of the district administration. Read AI & Future of Jobs: Will Artificial Intelligence or Robots Take Your Job? Besides, training will be arranged in every upazila on the initiative of Cumilla Robotics and Programming Club, she added. During a visit the UNB correspondent found the students busy with their training. In the district administration lab, the body print of the robot is running on the 3D printer. In addition, students are working with sensors. Mahmuda bin Mohsin, a 10th grader of Cumilla High School, said, “I can learn many things from this training. This is a new experience. I hope I can do something good through this workshop”. Read How Can Artificial Intelligence Improve Healthcare? Shirin Akhter, a guardian, said “My daughter Jinat Akhter is in 10th grade. She has been interested in technology since childhood. She is very happy to come to this workshop”.