Figure 01 the world’s first commercially-viable autonomous humanoid robot.You’re about to witness in Figure 01 why the open AI new humanoid robot in collaboration with figure[1] is truly amazing.
In a world where technology is evolving at an unprecedented pace, the idea of an AI worker for hire is no longer a mere concept confined to the realms of science fiction. With advancements in artificial intelligence and machine learning, the possibility of leveraging AI as a valuable asset in the workforce is becoming increasingly tangible. Enter Figure 01, touted as the world’s first AI worker for hire, poised to revolutionize the way businesses operate and collaborate in the digital age.
This is, quite honestly, the most unexpected AI demo I’ve ever seen in my entire life. Watch the demo before we delve into all the specifics of how this actually works and the purpose and why it is necessary in our society today.
According to their claims, one can now hold in-depth talks with anyone using Opening Eye figures, as these models offer advanced visual and linguistic intelligence. Neural networks facilitate swift, dexterous robot operations at low levels. All of the activities in this movie are controlled by neural networks, and I believe that this is as plain as it gets.
All of this is a neural network, which means that the robot isn’t scripted or pre-programmed to perform specific actions or respond in a particular way.
This is film speed 1.0 right endtoend neural networks speech to speech reasoning and this is the figure the robot Plus open Ai. That’s GPT 4 or higher maybe that’s answering the questions and then the robot is moving based on the neural networks that figure AI has.
How Does Figure 01 Handle Ambiguous Requests?
OpenAI’s Speech-to-Speech Reasoning technology, shown in Figure 01, handles unclear requests with amazing flexibility. Here’s how it handles these kinds of scenarios:
1. Contextual Understanding: Figure 01 breaks down requests based on context. It interprets the present dialogue and previous interactions to determine the user’s intent. For example, when a user says, “Put it there,” Figure 01 decides where to put the item based on the context (i.e., recent actions, objects in view).
2. Clarification Queries: Figure 01 actively looks for clarification when in doubt. “Could you specify which item?” or “Where exactly would you like it?” could be its response. Precise execution is guaranteed by this interactive method.
3. Probabilistic Reasoning: Probabilistic reasoning is used in Figure 01. It rates the probability of several interpretations of a request. For example, when a user asks, “Get me a drink,” Figure 01 determines the most likely beverage by evaluating probabilities based on context (location, time of day, and user preferences).
4. Fallback Strategies: Figure 01 falls back to safe behavior in situations of great ambiguity. For example, if a user asks for something that is completely unclear, it might reply, “I apologize, could you please rephrase?” or take a neutral response (such waiting).
5. Learning from User Feedback: Figure 01 is always picking up new information from user input. It uses corrective cues to modify its model in the event that it misinterprets a request. Over time, this iterative learning process improves its capacity to deal with uncertainty.
The Company Figure
The company Figure founded By: Brett Adcock, CEO in May 20, 2022 partner with Open Ai with a mission to Increase human potential with cutting-edge AI. Brett Adock says “Shaping humanity’s future is our greatest challenge. Technological advancements, especially in AI, hold immense potential. By prioritizing ethical AI development now, we can ensure AI uplifts humanity, not harms it. This is our generation’s moral responsibility.[2].”
Purpose of Creating Figure 01
The company set its mission with the goal of Figure : to develop general purpose humanoids that make a positive impact on humanity and create a better life for future generations. These robots can eliminate the need for unsafe and undesirable jobs, ultimately allowing us to live happier, more purposeful lives[2]. Figure 01 is 5’56” hight with 20 Kg Payload,waight around 60 Kg with Run Time of 8 hrs. with amezing speed of 1.2 M/s, is a stunning development by Figure AI, the Figure-01 humanoid robot was created to fill the rising void in the job market.
To Fill Scarcity Of Manpower In Hazardous Jobs
There is a labor scarcity like never before in today time. In the United States alone, there are more than 10 million hazardous or unfavorable employment, and as the population ages, it will become more challenging for businesses to grow their workforces. Consequently, this century’s rise in the labor supply is expected to stagnate. More automation is necessary to increase productivity if we are to see continuous growth[3].
To Reduce Labour Cost And Increase Production
The labor-based economy as we know it will change as automation continues to be integrated into human existence on a large scale. Eventually, robots will be able to accomplish activities more efficiently than humans because they will be able to think, learn, reason, and interact with their surroundings.
Currently, the price of goods and services is primarily determined by the compensation for manual labor, which accounts for about 50% of the global GDP (or $42 trillion annually). However, as these robots “join the workforce,” in places like farms and factories, labor costs will go down until they are the same as the cost of renting a robot, allowing for a comprehensive, long-term reduction in costs. When robots have the ability to make other robots, humans may eventually become completely irrelevant and prices may decrease even further.
This will bring about exciting changes in our production. Increased output might lead to an abundance of reasonably priced goods and services, making manual labor optional and opening the door to greater riches for everybody.
To Suply Robots where Human Do not want To Perfome The Job
Humanoids, will completely transform a range of industries, including corporate labor jobs (3+ billion humans), helping people in their homes (2+ billion), taking care of the elderly (~1 billion), and creating new worlds on distant planets. But since labor shortages are particularly acute in sectors like manufacturing, shipping and logistics, storage, and retail, these will be our initial application areas.
Humanoids will first perform regimented, repetitive activities, but as robot learning and software evolve, their capabilities will grow and they will be able to perform increasingly complicated tasks. We will not use humanoids for defense or military purposes or for any other purpose that involves harming people. Our priority is to supply resources for jobs that humans don’t want to perform.
The accuracy of robots and the adaptability of AI are combined in Figure-01 to create the best of both worlds. We can transform manufacturing environments, improve products and services, and collaborate with people to push the limits of what’s feasible in a variety of industries by implementing humanoid robots like Figure-01.
