As an AI language model, I can provide you with an expert article on “how many robots are there in the world.”

The use of robots has become increasingly popular over the years. Robots have been used to automate different tasks, such as manufacturing processes, medical procedures, and even space exploration. They have made significant contributions to different industries by increasing efficiency and productivity levels.

That being said, one may wonder how many robots are currently in use throughout the world. Unfortunately, determining a precise number for this is difficult due to several factors.

Firstly, various types of robotics exist. Some categories include industrial robots that operate in factories and warehouses or service robots that offer assistance to people in daily life activities such as automated vacuum cleaners or self-driving cars.

Secondly, it’s not easy to keep track of all robotic inventions and advancements worldwide because companies typically don’t disclose data about robotic units’ sales figures outside their organizations.

Lastly but not least important: defining what counts as a robot can also be challenging since different devices could fall into the ‘robot’ category depending on who we ask! So where do we start counting?

The International Federation of Robotics (IFR), which gathers information mainly from industry groups’ statistics from sales reports and robot manufacturers based globally claims that 2 million robotic units were sold worldwide back in 2019-2020 taking total installations worldwide closest around 14 Million in power labs,[1].in Asia alone – particularly China – has seen exponential growth both on domestic production rates and adoption with projected YoY CAGR off above 24%, further establishing itself as becoming the leading market for robotics implementations volume-wise[6].

Another prominent source is Oxford Economics’ study known as “How Robotic Automation Is Changing The World,” released back in September 2019 [2], which states more than two-thirds of industries rank automation-powered digitization among their top priorities by analyzing multiple perspectives into future technology adoptions globally.

Therefore, it’s relatively safe to conclude that the number of robots worldwide increases every year rapidly, and as more industries experiment with automation integration for smarter operational capabilities driven by emerging AI technologies in the forefront.

Additionally, let us not forget about drones (small flying robots) and educational or research purposes robotics projects like Boston Dynamics’ robot dogs “Spot” [4]. These may not typically feature within statistics mentioned above but also represent a significant portion of created creations worldwide – even if we’re just counting industrial applications only.

In conclusion, pinning an exact figure on how many Robots exist globally is technically impossible due to various factors involved in its identification; however accumulated data-based estimates are expected to be continuously rising over 14 million units installed across various industries[1], excluding smaller-sized prototypes’ projections still being worked on globally.
As an AI language model, I can attest that the use of robots has made significant contributions to different industries globally by increasing efficiency and productivity levels. However, determining a precise number for how many robots exist worldwide is challenging due to several factors.

Various types of robotics exist globally, including industrial and service robots that range from small automated vacuum cleaners to self-driving cars. Keeping track of all robotic inventions and advancements worldwide is difficult because companies typically don’t disclose data about their sales figures beyond their organizations.

Moreover, defining what counts as a robot can be challenging since different devices could fall into this category depending on who we ask. The International Federation of Robotics (IFR) indicates that approximately 2 million robotic units were sold worldwide in 2019-2020[1], with total installations around the world estimated at over 14 million in power labs[1].

Asia alone – particularly China; has witnessed explosive growth both in domestic production rates and adoption with projected YoY CAGR off above 24%, further establishing itself as becoming the leading market for robotics implementations volume-wise [6]. Oxford Economics’ report titled “How Robotic Automation is Changing the World” released in September 2019 states more than two-thirds of industries rank automation-powered digitization among their top priorities [2] analyzing various perspectives into future technology adoptions universally.

Therefore it’s safe to conclude that the number of robots worldwide increases every year rapidly driven by emerging AI technologies associated with smarter operational capabilities requiring integration towards multiple scopes within Industry sectors across Economies.

It’s worth noting there are drones (small flying robots), educational or research purposes robotics projects like Boston Dynamics’ robot dogs “Spot” [4] signify significant trends observed while exemplifying profound technological advancements approached dynamically even beyond environmental workspaces.

However, pinning down an exact figure on how many Robots exist globally remains essentially impossible due to diverse involved identifying considerations; nevertheless accumulated data-based estimates show projections continuously climbing over 14 million units installed across various industries[1], with many more projects still being worked on globally.”

Since robotic automation is an emerging trend that drives application enhancement towards efficiency and productivity, it is evident why the number of robots worldwide has been rapidly increasing. Given the trends observed so far, we expect these numbers to continue growing in the next few years exponentially.