futuro de la robotica

What is the future of robotics?

Which are the future applications of robotics? What tasks will robots do in the future? What robotics solution do I need for my specific business?

Every company competing in the framework of Industry 4.0 has questions related to robotics, and while technology is advancing by the minute, this article tries to point out what are the positive future trends in industrial and service robotics.

As Milton Guerry, president of the International Federation of Robotics, says: "The transformation to robotic automation is accelerating in traditional and new industries".
There is a commonality in both the future of industrial robotics and service robotics. In both cases, the key is mobility.

Future of robotics. Trends 2022

  • Collaborative robotics. The change can be seen in factories: the demand for mobile robotics to work autonomously in warehouses, sharing space with operators, has multiplied exponentially.
  • Ease of use. Good news for end users. Simplifying the implementation of industrial robotics is another clear trend for 2022, although for Robotnik, this aspect has always been a priority. Software and hardware architecture work towards intuitive and simple configuration, installation and interface.
  • Artificial Intelligence, 5G, IoT. The maturation of these 3 technologies, among others, allows the development of more intelligent robots that perform more precise tasks.
  • Interoperability. The communication of different robots with each other -fleets of robots- and with other external systems, increases safety and productivity.
  • New industries are rapidly adapting to automation through robotic systems. What will robots do in the future? Fundamentally, they will adapt to the needs of users. There is a new post-pandemic consumer behaviour and therefore companies are addressing new ways of responding. Mobile robotics for last-mile delivery or the rise of e-commerce are examples of this.

With regard to future applications in industrial robotics in particular, there has been an acceleration in the incorporation of Autonomous Mobile Robots (AMR) in logistics environments, with a special trend towards the automation of intralogistics (picking, order preparation or repackaging).

RB-VOGUI

Last March, María Benitez, CMO of Robotnik, spoke about this at the conference organised by Universal Robots. The boost of mobile manipulation for warehouse automation (goods-to-robot) is undoubtedly one of the great advances in robots for the society of the future.

New trends

Robotnik's mobile robots are also increasingly in demand for maintenance tasks in manufacturing processes. AMRs are able to monitor or detect possible errors predictively thanks to sensors or machine vision.
The future of robotics also concerns service robotics. There are also some clear trends in different sectors: agriculture, security, emergency, construction and healthcare.

'Outside manufacturing environments, robotics has a pivotal role to play in addressing some of the key societal challenges or ‘mega trends’ in areas as diverse as demographic change, sustainability, health and well-being, food production, transport and security. Robots are already serving as life-saving tools for surgery, smart rehabilitation trainers for the convalescent, attentive guards and rescuers to protect the environment and safeguard human lives, as well as reliable movers in all kinds of logistics scenarios; that is why their role, impact, and interaction with people will only grow ‘. IFR 2021.

In the agricultural sector, for example, mobile robotics plays a key role in the main challenges of the future.

Economic demands, shortages of skilled labour in agricultural regions, the food and fibre needs of a growing world population and stringent (political) regulations will continue to drive the commercial need for agricultural robots. Innovations in robotics and digitisation rely on advanced and affordable technologies, such as a wide variety of sensors for various applications, related electronics and communication systems.

RB-VOGUI

2022: the time to automate your business

The truth is that the future of robotics starts today. A smart warehouse capable of surviving a changing environment and increasingly specialised demand must start the process of intelligent automation now.
Collaborative mobile robotics is the real challenge of factory or warehouse automation, i.e. it is the mobility of robots that will make the difference in the profitability of a warehouse, whatever the workspace:

Is your facility small? The AMR that interests you.
Is your facility large? The AMR that interests you.
Do you want to automate indoor tasks? The AMR that interests you.
Do you want to automate outdoor tasks? The AMR that interests you.

The future of robotics is mobile, collaborative and intelligent.


History of robots and robotics

  • History of robotics through the most important moments up to the present day.

Robotnik, as a company specialized in mobile robotics, is a witness of the important ‘boom’ that the robotics sector has experienced in recent years, having a definite boost with the recent emergence of disruptive technologies such as 5G, augmented reality, Artificial Intelligence or blockchain, to name a few examples. 

The origins of robotics and the first robots contain diverse names and dates, but there has always been the same common goal: to prevent humans from performing the heaviest, most dangerous and tedious tasks. 

Thanks to autonomous and industrial mobile robotics, many large companies, but also SMEs, are experiencing a reduction in production costs and an increase in their profitability.

What has the evolution of robots been like up to this point?

Here is a brief overview of this exciting sector to find out the main keys. 

 

Background of robotics

Do you know the meaning of the word 'robot'? Etymologically, the term comes from the Czech word robota meaning 'forced labor'. It was used for the first time, 100 years ago now, in a play by the author of the same nationality, Karel Capek.

This play entitled 'RUR (Rossum's Universal Robots)' was premiered in 1921 and was a great success all over the world, leaving without knowing it, a word that would last forever. 

To talk about the origin of robotics, we must mention Aristotle and his ideas about 'automated tools', Henry Ford, Leonardo Da Vinci and his mechanical knight or Isaac Asimov. Here we name the milestones that have brought real advances towards automation and autonomous mobile robotics, already in the middle of the 20th century.

Autonomous mobile robotics is considered to be that which is capable of making decisions in changing environments without the need for supervision by an operator. Some relevant historical data would be the following:

  • 50s, England. ELSIE (Electro-Light-Sensitive Internal-External) is the first mobile robot in history. Its technical capabilities were still very limited. It was really a light-sensitive electromechanical robot with internal and external stability. 
  • 60s, Standford Research Institute. SHAKEY: robot that already incorporated tactile sensors and a vision camera. It could move on the ground thanks to two computers (one on board and one remote) that were connected by radio. 
  • 70s, MARS-ROVER: platform that integrated a mechanical arm, proximity sensors, a laser telemetry device and stereo cameras. It was developed by NASA to explore hostile or unknown terrain. 
  • 80's, SRI's CART: platform that modeled obstacles thanks to Cartesian coordinates on its vertices. 

 

Shakey
SHAKEY robot. Source: Wikimedia Commons

 

Do you want to read more about the progress of these milestones?

Evolution of industrial robotics

Industrial robots are not usually humanoid in shape, although they are capable of reproducing human movements and behaviors but with the strength, precision and speed of a machine. The first industrial robots were developed by George Devol, American inventor and founder of the first robotics company in history: Unimation. 

In 1954, what is considered the first industrial robot was developed in the USA: a hydraulic arm called Unimate, used to lift heavy loads, which was sold to General Motors. In the following years they developed several versions of the same model of the company Unimation that were introduced, little by little, in some factories mainly in the automotive sector. 

It was at the end of the 1960s and in the 1970s when considerably more advanced robotic arms appeared in which cameras or sensors were already used. The Shakey robot, designed in 1966 by the Standford Research Institute, stands out as an important milestone for mobile robotics. Shakey was the world's first mobile robot, thanks to software and hardware that allowed it to perceive and understand the environment, albeit in a limited way. 

The first mobile industrial robots also appeared in parallel. In 1954, Barrett Electronics Corporation brought out the first electric vehicle that did not require a human driver, what we know as the first AGV (Autonomous Guided Vehicle). AGVs acquired more complex behaviors in the 80s as technology advanced and already in the 90s we found AGVs with much more precise sensors and lasers. 

As explained in another post, an AGV is not an autonomous mobile robot. It is useful to understand the differences between the two in order to make the right decision when introducing them in a factory or company.

1980s and 1990s

Although the first industrial robots were created in the United States, in the 1980s and 1990s they were already being developed in some European and Asian countries, mainly in Japan and Sweden. You probably remember IBM's Deep Blue beating world champion Garry Kasparov in a game of chess.  

Nowadays, the development of Artificial Intelligence or other technologies such as those mentioned at the beginning of the article are so powerful that the game against Kasparov sounds obsolete. The applications that AI brings to robotics, and thus to the industrial sector, are infinitely more valuable and more profitable than winning chess games. Some of the advantages that AI brings to industrial robotics are: 

  • Increased accuracy 
  • Improved decision making (especially in the face of obstacles).
  • Predictive maintenance

Automation is a field in constant change, so sometimes it is difficult for some companies to start the path to a smart factory. For this reason, Robotnik always facilitates, accompanies and adapts mobile robotics to the specific needs of the company, whatever its size. Automation and robotics go hand in hand.

brazo robótico
Robotnik's robotic arm, 2012

 

Service robotics

Collaborative robotics is, by definition, service robotics. This is the sector in which Robotnik has been developing its activity for 20 years and which has allowed it to become a worldwide reference company.

A service robot for professional use is defined as a robot that operates partially or totally autonomously in the service of human welfare and equipment, excluding manufacturing operations (ISO TC 184/SC2 definition). 

We found several cases of service robotics in which Robotnik is currently involved. A clear example of this has been reflected in the time of pandemic by Covid-19, where service robotics has been key in different fields. 

Currently, Robotnik develops its robots and mobile manipulators for very diverse sectors: logistics, inspection and maintenance, defense, agriculture or security, among others.

AGVS
AGVS, Robotnik's robot

Industrial Robotics: present and future

Although for years industrial robotics has been reserved for large companies, Robotnik now also offers mobile robotics solutions for SMEs. These companies must bet on innovation and technology if they want to remain competitive. In this sense, the cost of investing in mobile robotics is an investment. 

Currently, there is already talk of the birth of the fourth industrial revolution, where autonomous mobile robotics plays a leading role. Intelligent robots are playing a crucial role in the digitization of the entire industry worldwide.

Flexibility, collaboration between machines and people and diversification into new sectors and business models are setting the pace for robotics in 2021, according to the conclusions published by the International Federation of Robotics (IFR). We must not lose sight, therefore, of the keys that will help companies continue to grow in the best possible way.