How Robotics-as-a-Service helps logistics businesses be more efficient from freeamfva's blog
The concept of robots has been around way before the industrial revolution but maybe not in the form and functionality as we know them today. But the word “robot” is a much recent coinage, first being used in a Czech play called R.U.R. (Rossum’s Universal Robots) by playwright Karl Capek in 1921. A Slavic word in its origin, the term “robot” is associated with “labour”. To get more news about Robotics as a Service, you can visit glprobotics.com official website.
The earliest robots recognisable to us in the modern context were created by George C. Devol, an American investor in the early 1950s. His creation, the Unimate, was a patented reprogrammable manipulator which was later acquired by American businessman/engineer Joseph Engelberger in the 1960s. Engelberger saw the potential in them and was the visionary behind the concept of industrial robots. He was also responsible for bringing the robotics industry into the world.
Robotics Industry – A brief overview
2022 has been a good year for the robotics sector, thanks to the demand for automation. It has become an indispensable tool since the pandemic and has supercharged many industries in terms of efficiency and speed. Since it is actively sought out in the current climate, there is a big demand for its application in both consumer and industrial sectors. With the increased usage of IoT devices and robotics, automation is being implemented on a larger scale than ever before.
Trends that will shape the industry
Evolving consumer preferences: The pandemic has been the most significant factor which directly changed buying behaviour across the globe. With increased e-commerce transactions with quick delivery expectations, logistics partners are forced to adopt automation to meet the demand.
Advances in AI: Technologies like Machine Learning (ML) and Artificial Intelligence (AI) are improving every year. As they evolve, so will the functionality of robots while also making human-to-robot interactions less cumbersome. Additionally, tech like Swarm Intelligence (SI) can bring problem-solving abilities to mobile robots and make them more efficient in their operations.
Adoptions in previously unexplored industries: Labour shortages, lockdowns, and social distancing during Covid-19 forced industries that didn’t automate before to reconsider. Segments like construction, agritech and logistics are all on the receiving end of automation’s incredible benefits.
Push for Industry 4.0 – Unlocking automation for all
The fourth industrial revolution or Industry 4.0 is a key factor that is driving the automation movement. To put it simply, Industry 4.0 is the migration of the existing production, processing and warehousing operations to an infrastructure that is supported by data and machine learning. They require minimal supervision since automated units are responsible for most of the work. A few of their key benefits are:
Cost efficiency: An obvious benefit of transitioning to Industry 4.0 is how much it can cut down on operations costs through automation. As a byproduct, incidents of errors and their cost factor can be minimised to a large extent.
Scalability and flexibility: With automation and robotics come reconfigurability. Based on operational needs, they can be either scaled up or down with minimal downtime, allowing industries to be scalable and flexible on-demand.
Monitoring: Industry 4.0 allows for monitoring of each component in a closed system. This helps in pinpointing bottlenecks or issues and nipping them in the bud before they cause a significant hit to overall performance.
The earliest robots recognisable to us in the modern context were created by George C. Devol, an American investor in the early 1950s. His creation, the Unimate, was a patented reprogrammable manipulator which was later acquired by American businessman/engineer Joseph Engelberger in the 1960s. Engelberger saw the potential in them and was the visionary behind the concept of industrial robots. He was also responsible for bringing the robotics industry into the world.
Robotics Industry – A brief overview
2022 has been a good year for the robotics sector, thanks to the demand for automation. It has become an indispensable tool since the pandemic and has supercharged many industries in terms of efficiency and speed. Since it is actively sought out in the current climate, there is a big demand for its application in both consumer and industrial sectors. With the increased usage of IoT devices and robotics, automation is being implemented on a larger scale than ever before.
Trends that will shape the industry
Evolving consumer preferences: The pandemic has been the most significant factor which directly changed buying behaviour across the globe. With increased e-commerce transactions with quick delivery expectations, logistics partners are forced to adopt automation to meet the demand.
Advances in AI: Technologies like Machine Learning (ML) and Artificial Intelligence (AI) are improving every year. As they evolve, so will the functionality of robots while also making human-to-robot interactions less cumbersome. Additionally, tech like Swarm Intelligence (SI) can bring problem-solving abilities to mobile robots and make them more efficient in their operations.
Adoptions in previously unexplored industries: Labour shortages, lockdowns, and social distancing during Covid-19 forced industries that didn’t automate before to reconsider. Segments like construction, agritech and logistics are all on the receiving end of automation’s incredible benefits.
Push for Industry 4.0 – Unlocking automation for all
The fourth industrial revolution or Industry 4.0 is a key factor that is driving the automation movement. To put it simply, Industry 4.0 is the migration of the existing production, processing and warehousing operations to an infrastructure that is supported by data and machine learning. They require minimal supervision since automated units are responsible for most of the work. A few of their key benefits are:
Cost efficiency: An obvious benefit of transitioning to Industry 4.0 is how much it can cut down on operations costs through automation. As a byproduct, incidents of errors and their cost factor can be minimised to a large extent.
Scalability and flexibility: With automation and robotics come reconfigurability. Based on operational needs, they can be either scaled up or down with minimal downtime, allowing industries to be scalable and flexible on-demand.
Monitoring: Industry 4.0 allows for monitoring of each component in a closed system. This helps in pinpointing bottlenecks or issues and nipping them in the bud before they cause a significant hit to overall performance.
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| By | freeamfva |
| Added | Jul 11 '22 |
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