The Story of Shakey: The First Robot That Made History

June 29, 2024


How did it start?

Imagine a world where robots can think, move, and help humans with everyday tasks. Today, this idea isn’t just from science fiction movies; it’s part of our reality. But how did it all start? Let’s take a journey back to the 1960s and meet Shakey, the first robot that changed the world of technology and paved the way for the robots we see today.

Shakey was a robot developed by the Stanford Research Institute (now SRI International) between 1966 and 1972. Shakey got its name because of its shaky movements, which were quite groundbreaking at the time. Unlike other machines that could only perform specific, pre-programmed tasks, Shakey was designed to navigate and make decisions on its own.

What makes shakey special?


1. Shakey was the first robot to use artificial intelligence (AI). This means it could make decisions based on the information it received from its environment.

2.Shakey had sensors and a camera to see and understand its surroundings. It used this information to move around and avoid obstacles.

3. Shakey could plan its actions step-by-step. For example, if it needed to move a box, Shakey would figure out the best way to do it, avoiding obstacles and choosing the most efficient path.

How does shakey work?

Shakey’s brain was a computer program that processed information from its sensors and camera. When given a task, Shakey would:

  1. Look around using its camera to understand where it was and what obstacles were present.
  2. Break down the task into smaller steps.
  3. Move according to the plan, adjusting its path if it encountered any new obstacles.

Why is Shakey important?

Shakey’s development was a huge milestone in robotics and artificial intelligence. Here are a few reasons why Shakey is still celebrated today:

  1. Shakey’s ability to think and make decisions was a breakthrough that influenced the design of future robots.
  2. The techniques used to program Shakey’s brain laid the groundwork for advancements in artificial intelligence.
  3. Shakey’s story is a fantastic way to inspire kids to learn about science, technology, engineering, and mathematics (STEM).

Shakey was a pioneer in robotics and AI, opening the door to the technology we see today. Learning about Shakey can inspire kids to explore the world of robotics and its limitless possibilities.

Get Started

For an exciting and fun way to introduce children to robotics, check out CodeRobo.AI. This innovative platform offers hands-on exercises through engaging games, making learning enjoyable and accessible. Encourage your kids to dive into robotics and coding with the course on obstacle avoidance at CodeRobo.AI and watch their creativity and problem-solving skills soar!



featured-media
Spark kids curiosity in coding and robotics with courses at CodeRobo to guide them in their robotics journey.
Get latest updates on robotics, coding, STEM, more courses, competitions and more.
featured-media
Looking for an easy way to teach coding? Our lesson plans using CodeRobo.AI makes it simple. Step-by-step lessons help educators, even beginners to inspire kids in STEAM.
featured-media
Shop smart apparel for future innovators.
featured-media
Spark kids curiosity in coding and robotics with courses at CodeRobo to guide them in their robotics journey.
Get latest updates on robotics, coding, STEM, more courses, competitions and more.
featured-media
Looking for an easy way to teach coding? Our lesson plans using CodeRobo.AI makes it simple. Step-by-step lessons help educators, even beginners to inspire kids in STEAM.
featured-media
Shop smart apparel for future innovators.

The Story of Shakey: The First Robot That Made History

June 29, 2024


How did it start?

Imagine a world where robots can think, move, and help humans with everyday tasks. Today, this idea isn’t just from science fiction movies; it’s part of our reality. But how did it all start? Let’s take a journey back to the 1960s and meet Shakey, the first robot that changed the world of technology and paved the way for the robots we see today.

Shakey was a robot developed by the Stanford Research Institute (now SRI International) between 1966 and 1972. Shakey got its name because of its shaky movements, which were quite groundbreaking at the time. Unlike other machines that could only perform specific, pre-programmed tasks, Shakey was designed to navigate and make decisions on its own.

What makes shakey special?


1. Shakey was the first robot to use artificial intelligence (AI). This means it could make decisions based on the information it received from its environment.

2.Shakey had sensors and a camera to see and understand its surroundings. It used this information to move around and avoid obstacles.

3. Shakey could plan its actions step-by-step. For example, if it needed to move a box, Shakey would figure out the best way to do it, avoiding obstacles and choosing the most efficient path.

How does shakey work?

Shakey’s brain was a computer program that processed information from its sensors and camera. When given a task, Shakey would:

  1. Look around using its camera to understand where it was and what obstacles were present.
  2. Break down the task into smaller steps.
  3. Move according to the plan, adjusting its path if it encountered any new obstacles.

Why is Shakey important?

Shakey’s development was a huge milestone in robotics and artificial intelligence. Here are a few reasons why Shakey is still celebrated today:

  1. Shakey’s ability to think and make decisions was a breakthrough that influenced the design of future robots.
  2. The techniques used to program Shakey’s brain laid the groundwork for advancements in artificial intelligence.
  3. Shakey’s story is a fantastic way to inspire kids to learn about science, technology, engineering, and mathematics (STEM).

Shakey was a pioneer in robotics and AI, opening the door to the technology we see today. Learning about Shakey can inspire kids to explore the world of robotics and its limitless possibilities.

Get Started

For an exciting and fun way to introduce children to robotics, check out CodeRobo.AI. This innovative platform offers hands-on exercises through engaging games, making learning enjoyable and accessible. Encourage your kids to dive into robotics and coding with the course on obstacle avoidance at CodeRobo.AI and watch their creativity and problem-solving skills soar!



This website uses cookies to enhance the user experience. By continuing to use our site, you agree to our use of cookies. For more details, see our Privacy Policy and Terms and Conditions.