Hartera Robotics’ Post

🤖 Embracing the Future: Humanoid Robots Transforming Our Workplaces: 🚀Recently, I watched a scene from the movie 'Creator' that featured humanoid robots serving as staff in a baseball stadium. It struck me how close we are to this becoming our reality. In a world where AI and automation are rapidly evolving, such transformations are not just possible, but imminent. At LAING International Business Solutions, we're excited about the potential of these technologies to revolutionize industries and workplaces. What are your thoughts on this inevitable future? Let's discuss the possibilities and prepare for an innovative tomorrow! #AIRevolution #FutureOfWork #Robotics #Innovation #technologytrends 🚀Follow Ethen Laing for the latest insights in AI and tech innovations

#Watch: Advancements in AI and Robotics: Researchers and roboticists are striving to create agents that act like humans, with agility, dexterity, and an understanding of the world. . . . #AI | #Robotics | #AIadvancements Watch: https://lnkd.in/gWpSF8YZ

🚀 Gen Z Robot Powered by Gen-AI? 🤖✨ Yep, you read that right! 👀 I recently had the chance to visit Robotec.ai, where they’re developing a multi-vendor agent framework for robotics, all running on the ROSBot XL by Husarion. Meet RAI—a Gen-AI brain for robots! 🧠 With RAI, you don’t just talk to your robot, you can ask it to perform tasks, all powered by LLM reasoning. 💡 This bot knew every corner of the office and could navigate anywhere just by my voice commands! 🎤 Oh, and the robot’s voice? Courtesy of ElevenLabs 🎧. For fun, the team had the robot respond in a full-on Gen Z vibe. So, naturally, I had to ask it for some wedding outfit advice! 🤵👗 Curious what it said? You’ve gotta check it out yourself! 😉 #GenAI #Robotics #AIInnovation #Robotec #TechTalk #VoiceCommand #LLM #FutureTech #AIpowered #NextGenTech #AnandNarayanan #AnikaTechnologies

Robotics is challenging, especially in unstructured environments. 🤖 🤷 This example of two robots attempting to navigate past each other on a sidewalk is seemingly a simple task. Still, it becomes complex when the robots lack a standard communication protocol between brands and companies. This is an "open set" Al problem and robot-to-robot communication headache. With all the current development of robots and intelligent systems, I look forward to (and we’ll need) open, shared protocols for Al systems to allow for autonomous interaction and collaboration. #robotics #AI #innovation #openprotocols

Robots operating in silos… If there has ever been an opportunity to stress the importance of a symbiotic system of systems approach this would be in my top 4 alongside: 1. Toyota pulls self-driving e-palettes from Paralympic’s following crash 2. The slow collapse of Amazons drone delivery system 3. U.S probing fatal Tesla crash that killed pedestrian In the video we see two robots, from the same company trying to pass each other with no local communication across robots, neither is aware of each other other than being an obstacle or object. Symbiotic system must be the way to go… link to the key publications for more info in the comments

Indeed, navigating robots in dynamic environments presents formidable challenges. This instance underscores the pivotal role of meticulous product testing. Before pursuing advanced AI solutions, it's imperative to ensure comprehensive testing protocols are in place. Reputable products undergo rigorous testing phases to preemptively address such issues. While encountering hurdles during beta testing is customary, addressing them beyond this stage is less desirable. Additionally, hardware complexities necessitate a thorough testing regimen. Unlike software, rectifying hardware malfunctions demands considerable time and resources. Ultimately, it's the unforeseen scenarios that reveal the true resilience of a product. This example underscores the significance of robust testing practices in both software and hardware development to ensure product reliability in real-world applications. #robotics #producttesting #DVT #hardware

This scenario vividly reminds me of the classic Aesop’s fables short story of two goats crossing a narrow bridge, whereby in the first part of the story both the goats fall into the bridge locking horns and in the second part , two other goats resolve the conflict and give in. Robots of different make and softwares often fail to realise the presence of other robot’s carrying out similar tasks in the same environment, despite the existence of fleet management servers setup privately they fail to communicate valuable information to prioritise and negotiate tasks on a global level of various industrial robots. These scenarios further presses on the need to have a middleware like RMF, which efficiently communicate needs and tasks to other robots and consider crucial factors like task priority, battery level and package fragility of other robots. In the present generation of GPT based softwares, I wish every robot develops a personality or a persona based on the work they perform, for example medical robots persona will be always to put their tasks at top priority and other robot personas understand that importance and “pause” their tasks in respect to allow the Doc-Robots to perform their tasks at ease. Logistic robots negotiate their telemetry and battery levels with each other to effectively work in the environment. The common objective to be noted is that robots speak and communicate with each other and personify themselves and effectively work together to make human lives better.

I see an easy fix for situations like this using telecommunications, v2v + v2x, Well actually 2 possible solutions, Problem scenario: robot detects unstructured environment Solution 1: simple, queue remote operator for manual override. ML for future incidents Solution 2: The dedicated network infrastructure should have bubbles of data based on rated incidents, those incidents are indexed for solution mapping, High incident location? Stored for later use Proven corrected incident location: Queue Catastrophic forgetting response Maybe starlink take over this arena? Starlink could potentially be a good network provider for delivery robots, especially in areas where traditional internet infrastructure is limited or unreliable. Starlink's satellite-based internet service offers global coverage and promises high-speed internet access with low latency, which could be beneficial for real-time communication and navigation tasks required by delivery robots. #starlink #spacex #starshiptechnologies

🤖🐕 The evolution of robot dogs is a fascinating journey from simple beginnings to complex, multifunctional companions! The first robot dogs, like Sony's AIBO introduced in 1999, were groundbreaking with their ability to perform basic tricks, learn through AI, and interact with their owners in a lifelike manner. These early models captured our imagination and set the stage for future innovations. Fast forward to today, and we have Boston Dynamics' Spot, an advanced, agile, and highly capable robotic dog. Spot is used in various industries for tasks such as inspection, data collection, and security, showcasing the practical applications of robotics. As technology continues to advance, the potential for robot dogs in everyday life is limitless. 🌟 The future is here, and it's robotic! 🚀 #RobotDogs #Innovation #AI #Technology #BostonDynamics #AIBO #FutureTech #Robotics #SmartTechnology

From Punch Clocks to Jarvis: How Tech is Building the Workplace of Tomorrow! Forget robots taking over your job, they're taking over the tedious tasks! Modern workplaces are using AI and automation to boost efficiency, creating a future focused on human ingenuity. Click the link to read more: https://lnkd.in/gAJ2SjJ4 #mantralabs #futureofwork #ai #automation #techtrends #workplacetransformation #digitaltransformation #artificialintelligence #robotics #efficiency #innovation