The company of the future is hyper connected. It closely monitors new developments and collaborates with start-ups, scientists, and universities. It uses smart algorithms to analyse the world and employs a flexible workforce capable of rapidly developing new products and services. The company of the future requires accessible, inspiring leaders who are not afraid to veer off the beaten track.
Tomorrow’s world is just around the corner, with robots performing repetitive and predictable tasks, and sensors and cameras representing the digital feelers of our world. Self-learning algorithms will intervene on time and offer the best solutions at astonishing speeds.
We will soon have cheap, autonomous transportation options at our disposal, while 3D printing technology will enable us to print everything we need. Virtual reality will enable us to experience anything we can possibly desire.
But will we be safe? Will we not be outsmarted by cybercriminals? The acceleration of smartification has begun. Are you prepared for these main trends?
Robots are very capable of performing repetitive and predictable tasks. In fact, they are much better and faster at this than humans. They come in all shapes and sizes – from production robots to robots that care for the elderly, from security bots to nanobots that monitor our bodies from within. But what roles will humans have left to fulfill?
In the world of tomorrow, we will transport products and people using autonomous driving, flying, and sailing systems. Smart transportation will offer solutions to challenges like traffic congestion, overloaded public transportation, and environmental issues. Soon, smart transport systems will be available to anyone, at any time, and at low cost, whether as part of the supply chain or for consumer use.
Sensors and cameras
Sensors and cameras are the digital feelers of our new world. Sensors can monitor and process temperature, movement, and many other environmental factors. Cameras can recognize and analyse. These technologies offer us increased efficiency, better safety, and more convenience – in our daily lives, and at work. However, it is important to address the ethical and privacy issues they raise.
In the future, intelligent printers will produce everything we want and need: a complete car, a windpipe or heart valve, a bicycle, a freestanding house – even food products and shape-shifting chairs and buildings. 3D & 4D printing technologies will have far-reaching consequences for factories, producers and retailers, and could revolutionize the world of materials as we know it.
Nature presents us with many possibilities in terms of innovation. Biological processes have enabled us to make cheese and beer, fight diseases, and create tastier, healthier food. DNA engineering enables us to change biological properties and gives us tools to protect and improve crops, animals, and ourselves. Soon, we may also be able to upgrade people with special properties.
Virtual reality and augmented reality
The big breakthrough of VR and AR has finally started. Virtual reality enables us to experience accessible, as well as faraway worlds as if we were actually, physically there. Augmented reality enhances the real world with digital overlays, enabling us to optimize coaching sessions or carry out repairs more efficiently. Imagine what we could do with VR/AR eye implants?
Quantum computing enables us to perform calculations more than a hundred million times faster than we are able to generate with our current computers. This represents a giant leap for – among others – pharmaceutical and space research, medical diagnoses and online security. Information that used to take months or years to generate will soon be available in an instant.
Internet of Things
With over 30 billion devices connected via the Internet of Things, we are on our way to a world in which devices and systems continuously communicate with each other. Using artificial intelligence, the IoT will carry out ever more tasks, leading to more efficient, safer, more pleasant and healthier lives, at home as well as at work.
To convert all of the data generated by our self-driving cars, smart pacemakers, nanobots, production robots, sensors, RFID chips, and GPS systems into actionable insights, we need artificial intelligence. Self-learning algorithms use smart roadmaps to make the best decisions at the highest speed. Will the human brain eventually become obsolete, or will things be a little more nuanced?
All too often, technology becomes a popular target for criminals and their cybercrime business models. For instance, citizens and businesses alike are increasingly confronted with ransomware, DDoS attacks, botnets, and intellectual property theft. Terrorists also use technology to create chaos or defeat ‘the enemy’. In the wrong hands, technology becomes an invisible weapon that can cause untold destruction.
Moral side of technology
In many ways, people are no longer separate from technology. It is, therefore, important to keep an eye on the moral side of technological developments, consider the implications for the world of tomorrow, and ensure we take important ethical considerations into account. We need to determine our boundaries and voice our opinions about how people and machines should work together.
The rapidly changing future also places different demands on the employee of the future. A perfect combination of knowledge, skills and mindset is needed. Passion and curiosity are critical. Flexibility and creativity are essential. Which new skills are important to safeguard the organization of the future? Which type of approach is needed to get the Omega Generation on board?
The organization of the future requires a new type of leader. The manager of the future questions the status quo and is willing to leave the old 20th-century management style behind. The leader of the future inspires talent, provides space and opportunity, and offers an environment where the old and new organization can achieve optimal performance.
Asian markets in 2030
A new ITRI report on “2030 Advanced Technology from an Asian Perspective” has assessed the 2030 market perspectives and policy plans of major Asian countries and lists the 10 most crucial advanced technologies that will affect the Asian region by 2030.
Those top 10 technologies are:
- Artificial Intelligence (AI)
- 6G Mobile Network
- Autonomous Vehicles
- Industrial Robots
- Service Robots
- New Energy Vehicles (NEVs)
- Renewable and Biodegradable Plastics Materials.
- Solid-state Batteries
Het (technische) 4R model
Door techneuten / technici wordt veelal het 4R model gehanteerd om te bekijken in welke fase van ontwikkeling een technologie of techniek is.
Bij trendontwikkelingen worden de volgende 4 R’en gehanteerd:
- Rumours (oncontroleerbare geruchten)
- Research (onderzoek bij universiteiten, etc.)
- Resources (geïntroduceerd op de markt)
- Ready (proven technology)