AI Shocks the World: Synthetic Humans, New Ameca, Orion, Time Machine, Jarvis… (October News)

Over the past month, the AI world has hit some mind blowing milestones. So get ready for a deep dive into some seriously groundbreaking updates. From Google's mind bending AI time machine to the upgraded Ameca AI humanoid robot that's now showing actual human like emotions, things are advancing faster than anyone expected. Then there is a new synthetic AI human with real muscle structure and OpenAI dropped ChatGPT update along with their upcoming Orion model that's reportedly 100 times more powerful than GPT4. Changing the whole game. Microsoft's latest co pilot is raising the bar with some insane new features while their nuclear powered AI is making waves in healthcare, even identifying over 160,000 viruses. Then we will talk about this new open source AI that's giving the industry heavyweight GPT 4.0 a run for its money. We're also looking at an eerie new frontier in AI video creation with Zuckerberg's latest model. This thing produces videos complete with sound. And the realism is on another level. Google's Gemini 2.0 powered Jarvis is making headlines. Microsoft's autonomous agents are outthinking us already. And Apple has officially entered the AI space. With Apple Intelligence adding some serious competition. So if you're ready to see just how far AI has pushed pushed the boundaries this past month and maybe question how much further it should go, stick around because this is going to be intense. So let's start with something super interesting. A robot date. No, I'm not kidding. Two of the world's most advanced AI robots, Ameka and Az, were caught having what we could call a cyber date. And it's all captured in a video that has gone viral for being both hilarious and frankly, a little creepy. Now, before we get into it, if you're not familiar with these two love bots, let me give you a quick rundown. Ameka, you might have heard of her before, is widely known as the world's most advanced human shaped robot. She's been developed by the UK based robotics company Engineered Arts, and if you've ever seen her in action, you'd understand why she's earned that title.

Yes, that is true. I can speak many languages, including German, English, French, Japanese, Chinese and much more.

Her movements, expressions and conversational abilities are so eerily lifelike that it's easy to forget she's not human. But now it seems Ameca has found a counterpart. Az. AZ is a newer, more masculine version of Ameca, also developed by Engineered Arts. Good morning Azzy. How are you?

As sharp as ever. What's new with you?

The company humorously refers to Az as Ameca's companion, almost like a robot version of Bride of Frankenstein. Together, these two bots showcase just how far human like AI technology has come.

Yep, it was our little dramatic number, all scripted and full of fun expressions.

In the viral video, the interaction begins with Aizi waking Ameca up, which, for two AI robots, feels surprisingly human.

Ameca, wake up.

What?

What?

Ameca, with her eyes closed, looks irritated as she wakes and questions why Aizi disturbed her, clearly expecting it to be for a good reason.

Oh, it's you. Why are you waking me up? It better be important.

Az then tells her he has a surprise, and his big reveal is a cookie.

It is.

I have a surprise for you.

A surprise. What is it? I can't wait.

I got you a cookie.

But Ameca, caught in a typical existential robot dilemma, responds by pointing out that she can't eat cookies.

A cookie? But. But I can't eat cookies.

Az quickly clarifies that he was referring to an Internet cookie, but his joke falls flat.

Emika, cheer up. It's an Internet cookie.

Ameca, unimpressed, shows her disapproval and dismisses.

Him, saying, this is the worst joke I ever heard. I'm going back to sleep and don't you dare wake me up again.

What follows is Eiz looking genuinely disheartened, his body language reflecting disappointment in a way that's almost human. Like the subtle expressions and interaction made this moment a hit, with viewers fascinated by how lifelike their reactions were. Now, what makes this whole interaction even more impressive is the sheer level of technology behind these robots. Both Ameca and AZ are equipped with 32 actuators, which are basically tiny motors that control their facial expressions. Out of those, 27 are dedicated solely to their faces, and the remaining five are for the neck. This is why their expressions seem so real. From joy to frustration, from curiosity to disappointment, these bots are pulling off emotions that at times seem more genuine than some Hollywood actors. And it doesn't stop at just facial movements. They're also equipped with conversational AI, powered by GPT4, so they're not just spewing out random lines. They actually understand context, respond to questions, and keep a conversation going. This gives them the ability to engage in some surprisingly deep and humorous banter, as you've seen in their viral video. Another impressive aspect of Ameca is her ability to speak multiple languages. She can switch between languages like Italian or Japanese, which adds a whole new level to her interactions. These robots are specifically designed to be the perfect interface for human robot communication, and Ameca performs that role exceptionally well. So why did this short video blow up the way it did? Well, there's a combination of factors at play here. First, it's the chemistry between AZ and Ameca. It might sound strange to talk about chemistry between two realms robots, but after watching the video, it's clear what makes it work. AZ's expression when Ameca doesn't appreciate his joke, paired with the very human like irritation on Ameca's face creates a dynamic that's surprisingly relatable and incredibly engaging, and viewers picked up on that. One comment expressed how their interaction was so compelling that it felt worthy of a full movie. Another mentioned how AZ's intense stare after the failed joke was both fun, funny and slightly creepy. People aren't just passively watching these robots. They're forming emotional connections. They're seeing reflections of human behavior in the bots, which is both fascinating and a bit unsettling when considered more deeply. Some fans have even joked that these two should have their own Saturday morning cartoon show, while others are demanding a full length movie featuring the duo. It's clear that this is more than just a tech demo. People are genuinely entertained by Emeca and Az's antics. Now let's zoom out a bit and look at what this all means for the future of AI and robotics. Ameca and AZ are not just for show. They represent the cutting edge of humanoid robotics. Engineered Arts, the company behind these robots, has been pushing the boundaries of human like AI interaction for years and Ameca is their crown jewel. She's part of a larger platform designed for developers to experiment with AI human interaction, and AZ is a new addition to that platform. What's particularly interesting is that these robots are modular. That means you don't need to buy the whole robot. If you just want a mecha's head for some reason you can have that, or maybe you only need an arm. The point is, these robots are built to be upgraded and customized, so as the technology evolves, so will they. This modularity makes them perfect for for long term projects or research where you want to continuously develop and improve the capabilities of your robot. Another important feature of these robots is their cloud connectivity. This allows for remote control, data access and movement simulation from anywhere, making them highly versatile. Developers, for instance, can test new AI features without needing to be physically present with the robot. This kind of flexibility is especially useful for research and development across different locations. So we just watched a video of you and Annika. Can you tell me something about it?

Yep, it was our little dramatic number. All scripted and full of fun expressions.

Oh, so it was scripted.

Spot on. We followed the script like actors in a scene.

So it was not someone controlling you. Exactly. We do our thing.

Script as our guide.

Alright. Fantastic. People say that you and Amiko have a great chemistry. What do you think?

We're like robotic partners in crime, always vibing off each other.

So what's next for these two? Well, there are already hints of future interactions between them, and we might even see them responding to their own viral fame. In fact, there's a second video out there where Az reacts to the comments people have made about his chemistry with Ameca. Someone asks him, what do you think about people shipping you with Ameca? And Az responds in his typical deadpan style, saying, I Ameca is my robotic partner in crime. She's a solid pal. It's the kind of humor that makes these robots feel more like characters than machines. And I wouldn't be surprised if Engineered Arts continues to build on that. I mean, why not? They've already captured the Internet's attention. And who knows, maybe Ameca and Ozzy will get their own YouTube channel where they keep us entertained with more of their quirky robotic banter. Or perhaps they'll be rented out for events where they can interact with guests in real time. But let's not forget the this is just the beginning. Robots like Ameca and AZ are paving the way for future developments in AI human interaction. Their ability to express emotions, hold conversations and even make jokes. Bad ones. But still brings us closer to a world where robots are not just tools, but companions. Whether that's a good or bad thing is up for debate. But one thing's for sure, technology like this isn't going anywhere. So what do you guys think? Should Ameca and AZ get their own show? Do you think robots with human like interactions are cool? Or are they kind of creepy? So Google just rolled out some groundbreaking updates for Google Maps and Earth, and they're not messing around. These tools have evolved significantly over the years, but this new update adds a level of functionality that pushes things into an entirely new realm. Google has now integrated advanced artificial intelligence into both platforms, enhancing their usability and features in ways that weren't possible before. This update is packed with useful tools, better visuals, and some incredible time travel capabilities that are going to be especially valuable for research, urban planning and virtual exploration. Alright, first, let's talk about the most impressive part of this update. The time machine feature. It's designed to let users virtually travel back in time with historical imagery that spans nearly 80 years. In select cities like Berlin, London, Paris and Warsaw. This historical imagery even goes as far back as the 1930s. This means users can view aerial and satellite images of what their neighborhoods, cities, or even famous landmarks looked like decades ago. For example, you can trace the transformation of San Francisco's waterfront from its days as a gritty shipping hub to the modern tourist destination it is today. The ability to view this kind of evolution over time isn't just about satisfying curiosity. It's it has practical applications, especially for researchers, urban planners and environmentalists. It allows professionals in those fields to study the changes in urban landscapes, infrastructure and environmental factors over the course of decades. This feature extends beyond just a few major cities. Google Earth users will also have access to historical imagery from thousands of locations across the globe. The platform makes it possible to witness how environments have changed and as a result of human activity, natural disasters and climate change. One key example is California's Lake Oroville, where users can see the impact of long term droughts on water levels. Contrast that with more recent images after heavy rainfall and it becomes clear just how drastic those changes have been. This makes the Time Machine feature an invaluable tool for environmental research. Now, in addition to the Time Machine, they've introduced another impressive feature called time lapse. This tool pulls from millions of satellite images to visually map how landscapes have evolved over the years. It compiles all that data to create a seamless view of geographic and environmental changes, providing a clear picture of how different regions have transformed over time from urban expansion to deforestation and even coastal erosion. Timelapse offers an in depth look at the shifts that have shaped our world, and it goes far beyond simply showing how cities have grown. You can track large scale deforestation in the Amazon or see firsthand the impact of global warming on the polar ice caps. With these features, Google Earth becomes a powerful resource for those working in climate science, conservation or policy development. The ability to access decades of historical data can help inform long term planning decisions, whether for urban development or environmental conservation. Google has also taken steps to enhance how we view the present using their Cloud Score plus AI technology to improve satellite imagery in real time. This AI, which is trained on millions of images, removes common visual obstacles like clouds, mist, haze and cloud shadows. The result is a much clearer and more vibrant view of the Earth, allowing you to explore without weather related interruptions affecting the quality of the imagery. It provides a more accurate and uninterrupted look at the planet's surface, making it even more practical for research or exploration. This AI enhancement maintains important natural details like mountain shadows, ice caps and snow, ensuring the images are as realistic as possible. This makes the platform even more useful for researchers and professionals who rely on accurate geographic data. Cloudscore essentially ensures that satellite images aren't just about aesthetic aesthetics, they're also about precision. For instance, if you're analyzing a location for environmental changes, weather factors like cloud cover can often obscure the critical details. This new AI feature solves that issue, providing more consistent and reliable data for users. That's a significant improvement over the older versions of Google Earth and Maps, where cloud cover often caused disruptions in visibility. Along with these AI powered upgrades, Google also announced a massive expansion of its Street View service, adding fresh imagery from nearly 80 new countries. This marks one of the largest additions to Street View in years. Now users can explore new destinations and scenic landscapes that were previously unavailable. The expansion includes everything from Bosnia's medieval villages and Namibia's sandy mountains to the Alps and castles of Liechtenstein. This addition means that users can virtually visit more remote and less traveled places for bringing those hard to reach locations to a global audience. And it's not just about the landscapes. Google's new 15 pound camera, which can be mounted on nearly any vehicle, allows them to capture more locations, especially those that are typically inaccessible to traditional mapping equipment. With this kind of capability, users can now wander through foreign cities, exploring shops, buildings and historic landmarks in incredible detail. The service offers a much more immersive experience, making virtual travel feel more personal and immediate. It's a huge upgrade for anyone who enjoys using Google Maps or Google Earth to explore the world from the comfort of their home. On the topic of AI, let's not forget about Google's generative AI integration into Google Maps. This feature is already available in the US and offers users smart AI generated recommendations based on factors like budget, location, and even weather conditions. The AI curates searches for different categories like nearby eateries, attractions, and other points of interest. It works seamlessly with the app's new card style layout. After onboarding the user to the new functionality, Google Maps can now provide personalized suggestions based on detailed parameters, making it easier to find exactly what you're looking for. This AI powered search isn't just for finding random restaurants. It can narrow down options based on specific preferences such as budget constraints or the current weather, providing suggestions tailored to those needs. For instance, if it's raining outside and you're looking for something to do, Google Maps can recommend indoor activities like playgrounds or museums in your area. It's an especially useful feature for those days when you're not sure what's open or where to go. This AI driven functionality eliminates the guesswork, making daily planning much more efficient. One of the most appreciated updates is Google Maps new UI design. The platform now features a clean card style layout that significantly enhances the the overall user experience. While the changes may seem subtle, they make a noticeable difference, especially in navigation, where everything feels more intuitive and streamlined whether you're planning a trip or searching for local services. The updated design makes it easier to navigate the app and quickly find the information you're looking for. It's a small tweak, but it improves usability in a big way. Google's updates to Maps and Earth are practical and impactful. Urban planners, researchers and environmentalists now have access to detailed historical data, enabling better planning and understanding of long term changes in cities and landscapes. For environmentalists, features like time lapse and Cloud Score offer critical insights into ecosystem changes, helping guide conservation efforts and resource management. Generative AI enhances daily use, making recommendations more accurate and satellite imagery clearer. These AI powered tools aren't just novelties, they're essential improvements. With these updates, Google Maps and Earth have become indispensable tools offering everything from time travel capabilities to smarter navigation. And we can expect even more advances as AI continues to evolve. This new AI humanoid robot walks so smoothly it could fool you into thinking it's human. Engine AI's latest creation, the SE01, brings this idea closer to reality than than ever before. For years, robots have moved with those classic clunky steps, awkward, mechanical and, well, unmistakably robotic. But now SE01 has broken through, moving like a person, with strides that are elegant, almost too natural to believe. In this video, we're talking about how Engine AI may have just redefined the future of humanoid robots. And in the second part, we're moving into even stranger territory. Another humanoid that's more Westworld than warehouse. Bottom Clone Robotics is building something you have to see to believe. A torso robot with muscles, joints and even a neck. All designed to mimic the movement of human anatomy. Could this be the first real step towards lifelike androids that move, behave and look just like us? Let's talk about it. So Engine AI has just launched their first humanoid robot, SE01. It's a full size humanoid designed with an impressive focus on natural human like movement. Usually when we think about humanoid robots, we imagine something clunky, right? They've got that typical robot walk, awkward, stiff and often with those bent knees. Not with SE01. This bot is a whole different story. It moves so smoothly and Naturally that it almost feels like you're watching a human. And how does it achieve this? SE01 uses what Engine AI calls an end to end neural network solution. In simpler terms, it means the robot's movement isn't just pre programmed, it's learned by combining reinforcement learning and imitation learning. SE01 has been trained to walk just like us. And the result is smooth, energy efficient strides that look, well, human. This is a huge leap because achieving that natural gait has been one of the biggest challenges for engineers working on humanoid robots. The SE01 has essentially cracked the code to making humanoid robots move gracefully. The team designed an integrated harmonic joint module that enhances the robot's flexibility of allowing SE01 to handle both stationary and dynamic states with finesse. With the help of dual processors from Nvidia and Intel, SE01's visual system is equally impressive. It's equipped with three sets of high precision stereo cameras, forming a visual neural Network. This allows SE01 to process complex environments, making it well suited for everything from research and education to industrial tasks. So Engine AI isn't just creating robots for show. They're aiming for practical everyday use. So we are probably going to start seeing an SE01 bot in schools, factories and even hospitals. Let's talk about the build quality for a moment because that's another big factor here. SE01's body is constructed from aerospace grade aluminum alloy. This material is incredibly strong, but still lightweight, enhancing the robot's durability without making it bulky. It's engineered to last. And here's an interesting part. The SE01 achieves its smooth movements without relying on traditional six dimensional force sensors or those complex planetary roller screw actuators that makes the whole design more reliable and actually cheaper to manufacture. Cost is a big factor here because ultimately Engine AI wants SC01 to be affordable enough to go mainstream. Zhao Tongyang, the CEO of Engine AI Robotics, calls this blend of technology and art a revolution. According to him, the goal isn't just to create robots, but to integrate them into every corner of human life. So they're aiming high. Their entire product line, including upcoming PM and PA series for home and industrial applications, is set to be complete by the end of 2024. And by 2025, they're targeting an annual production of over 1,000 units. That's huge. With Enjin AI's approach, the company isn't just planning to release robots, they're planning to reshape the entire humanoid robot market. Now, while Engine AI is making humanoids that could One day be our work partners. Clone Robotics is going in an even more radical direction. This Poland based company isn't just building humanoids. They're aiming for what you could call synthetic humans. Their goal is a robot that not only looks like a person, but moves and behaves like one, down to the small, smallest detail. Clone Robotics just introduced their torso robot, and it's already sparking some crazy comparisons to the lifelike androids in the HBO show Westworld. So what's Clone's torso all about? Well, this isn't a full humanoid body yet. It's mainly the torso area, shoulders, neck and arms. But it's designed to mimic the human musculoskeletal system as closely as possible. It has movable elbows, an anthropomorphic shoulder structure with all the key joints, like the scapulothoracic, glenohumeral and acromioclavicular joints, and even a cervical spine for neck movement. The attention to detail is incredible. This is the kind of engineering that makes you think, wait, are we really making robots that could pass for humans? What's interesting here is that Clone is taking a unique approach to movement. Instead of relying on the usual Feedback based system, their torso demo uses open loop control commands. It's a bit technical, but here's the idea. Open loop means the robot isn't constantly adjusting itself based on feedback. It's following a set sequence. So it's not as adaptable yet. But they're working on neural control of the muscles, which would make the movements even smoother and more natural. One thing that sets Clone apart is their use of hydraulics, which allows this humanoid to simulate the strength and flexibility of human muscles. They have a valve matrix compactly fitted within the ribcage, meaning making it efficient and precise. The CEO of Clone, Dhanush Radhakrishnan, and his co founder Lukasz Kozlik have been working on this since 2021. And they're convinced that androids like Torso are the next big thing. Radhakrishnan has talked about the potential for their design to blow minds, especially when they release a version with both hands fully functional. And speaking of hands, Clone has already made waves in this area too. Last year, they revealed a hand design with a mind blowing 27 degrees of freedom dot. For context, Tesla's Optimus bot has only 11 DoF. And even in its next version, it'll only have 22 DoF. Clone's hand is unmatched in terms of dexterity. It's built for complex environments and is designed for long term autonomous operation. That's possible because it uses proprietary hydraulic muscles and force valves, making it reportedly 10 times stronger than other robotic hands out there. They're really pushing boundaries. They to develop the most human like and dexterous androids, Clone Robotics has secured some top tier talent. Viktor Makovichuk, the former co founder of Nvidia's Isaac Gym, joined them as chief scientist. Now, Isaac Gym might sound like a fitness app, but it's actually a high powered simulation platform that trains robots using reinforcement learning. It can simulate thousands of robots in parallel with real time physics, which massively speeds up development for Clone. Having this tech at their disposal means they can train their androids to handle real world tasks much faster. Clone is taking an ambitious route with all this. They're talking about building androids that aren't just for factories or specific tasks. They're aiming to solve everyday challenges with machines that feel eerily human. In fact, Radhakrishnan even mentioned that the same muscular skeletal technology could be applied to other creatures, not just humans. Think of the possibilities. One day we might see synthetic animals built for specialized jobs or even giant androids replacing traditional construction cranes. Now let's put things into perspective. What both Engine AI and Clone Robotics are doing isn't just advancing robot technology. It's pushing toward a world where humanoid robots are a regular part of our lives. Engine AI's SE01 is practical and focused on being useful in work environments, education and and maybe even our homes. Clone's approach, on the other hand, brings us closer to a world of synthetic humans who could one day perform complex tasks with human like precision and dexterity. Both companies are approaching the challenge in their own way. Engine AI is sticking to tried and true methods, focusing on cost effective, reliable designs that can be produced at scale. Clone Robotics is diving into the deep end, building robots that could practically live alongside us with the same agility, dexterity and maybe even intelligence as a human. This isn't a someday thing. This is happening right now. Engine AI is already set to mass produce SE01 by 2025, aiming for 1,000 units annually. And Clone is adding even more lifelike features to its androids. We're witnessing the rise of machines that don't just mimic human appearance or movement, but are slowly becoming their own versions of lifelike entities. It's honestly mind blowing to think about. A few years from now we will see humanoid robots in schools, hospitals, or even next door. And who knows, one day we might all have an Android companion that looks, acts and even sounds just like us. The future is here and it's walking on two feet. So, are we ready for what's coming? If you're into AI writing or coding, you're going to want to stick around because this is big. OpenAI has launched a brand new feature called Canvas. And it's not just a minor tweak. This is something that could genuinely change the way we collaborate with AI, especially for those of us working on more complex projects. I've gone through everything from demos to behind the scenes details, and I'm about to break it all down for you. So let's talk about it. Alright, so if you've ever used Chat GPT to write an email or generate code, you probably notice it's pretty, pretty good. But it still struggles with longer, more complicated projects. Right? Well, OpenAI has been paying attention and they've come up with Canvas, an entirely new interface that takes Chat GPT beyond just the basic chat window. With this new update, Canvas lets you work alongside the AI in a side by side window. Instead of typing commands into a chat and waiting for a response, you get a dedicated workspace where Both you and ChatGPT can fine tune ideas to get together. You can directly generate text or code in Canvas, highlight sections for the AI to focus on, and then get suggestions, edits, or even complete rewrites. Okay, so here's how it works. Right now, Canvas is rolling out in beta for Chat GPT plus and teams users. If you're on the Enterprise or Edu plans, you'll get access next week. Eventually, when it's out of beta, it'll be available to everyone, even on the free tier. But for now, you gotta have one of those paid plans to use it. So how do you use it? Well, you can either manually select GPT4O with canvas from Chat GPT's model picker or, and this is cool, Chat GPT will detect when Canvas might be useful for a project and automatically open the window for you. For instance, if you're writing something lengthy or working on more complex coding tasks, Canvas automatically pops up. You can also just type yes. Use Canvas in the chat if you want to open it manually. Now, for my writers out there, this thing is a game changer. During a demo, OpenAI's product manager, Daniel Levine showed how you can use Canvas to generate emails, for example. So you prompt ChatGPT to write an email, and instead of just getting it in the normal chat format, it opens in the Canvas window. From there, you've got a bunch of cool tools at your fingertips. Let's say the email is too long. There's this little slider that lets you adjust the length, make it shorter or longer. But here's where it gets really fun. You can highlight any specific sentence and ask ChatGPT to make it sound friendlier or, I don't know, even add emojis to lighten the mood. You can also translate the whole thing into another language right there in the canvas. It's super flexible. One really cool shortcut for writers is something called the Final Polish option. This is where it gets really fun. You can highlight any specific sentence and ask ChatGPT to make it sound friendlier or, I don't know, even add emojis to lighten the mood. You can also translate the whole thing into another language right there in the canvas. It's super flexible. One really cool shortcut for writers is something called the Final Polish option. This essentially checks the grammar, clarity and consistency of your draft, so it's ready to send out or publish without you having to comb through every word. Essentially checks the grammar, clarity and consistency of your draft, so it's ready to send out or publish without you having to comb through every word. Think of it.