Gartner has presented 5 key technologies that it expects will change business in the close future, i.e. tiny IoT, satellite connectivity, safety of computing, “digital people” and autonomous drones and robots. As he stated Nick Jones, Gartner Vice president – “All 5 of these technologies are possibly transformative and should now be explored due to their wide scope and ability to let the creation of fresh business models or crucial fresh opportunities. However, everyone has a different definition of interference, so they should be assessed from a unique position of a single organisation and their possible impact. It is then worth considering the fresh business opportunities offered by different technologies and their combinations.”
Satellite connectivity, the future of global communication
The modern business planet requires continuous communication, and satellite technology in low Earth orbit (LEO) becomes the key to gathering this requirement.
One of the main assets of the LEO satellite communication is its ability to supply global coverage. This allows companies to communicate easy with customers, partners and employees around the world, regardless of their location.
Unlike conventional geostationary satellites, LEO satellites orbit much closer to Earth, which translates into much shorter delays in data transmission. It is crucial for fast-acting applications specified as telemedicine, online games or algorithmic commerce.
The improvement of LEO technology is closely linked to the democratisation and commercialisation of space. More and more private companies invest in satellite technologies, which contribute to the cost simplification and make this technology available to a wider scope of companies.
LEO has the possible to revolutionize the net of Things (IoT). Thanks to the anticipation of direct satellite connection for tiny IoT devices, it is possible to supply global coverage without the request to usage conventional telecommunication service providers. This opens the door to creating fresh applications and services that would be impossible to implement utilizing conventional communication technologies.
Although LEO technology is promising, companies should be aware of possible challenges. The satellite manufacture is inactive in improvement and the marketplace is complex. Implementation of this technology at an early phase may affect any risks. Therefore, before deciding to invest in LEO technology, companies should carefully measure the possible benefits and risks.
Small IoT, a fresh era of digital tracking and monitoring
Internet of Things (IoT) technology plays a key function in shaping the future of business. Among the various innovations in this area, the tiny IoT stands out as a breakthrough solution that has the possible to revolutionise the way organisations collect, analyse and usage data.
Small IoT allows you to mark, track and detect objects without having to usage battery power. This technology is more discreet and scalable, allowing you to collect data from more devices in a more efficient way.
With real-time tracking and monitoring capabilities, companies can make fresh business models based on accurate data. This may include everything from intelligent logistics systems to advanced supply chain management solutions.
Advanced monitoring and data analysis capabilities let companies to make smarter products that can adapt to the needs of users in real time. This opens the door to creating more personalized and efficient solutions for customers.
One of the main assets of tiny IoT is its ability to reduce tracking and monitoring costs. This allows companies to collect more data at lower operating costs, which translates into greater efficiency and marketplace competitiveness.
Although tiny IoT technology is promising, companies must be aware of possible challenges, especially in terms of ethics and privacy. Collecting data from so many sources can lead to problems related to the protection of individual data and privacy of users. It is so crucial that companies carefully measure possible risks and implement appropriate safety measures.
Secure calculations, the key to privacy in a technology-based world
Protection and safe data processing are crucial to the success of businesses. Safe calculations stand out as a technology that can revolutionize the way organisations usage data while protecting users' privacy.
Safe calculations let the processing of data without revealing their actual content. This allows organisations to usage valuable information, without compromising the privacy of users, and to cooperate and share data without revealing delicate information. This opens the door to fresh forms of partnership and cooperation that would be impossible without appropriate data protection measures.
Safe calculation allows large data sets to be processed in a way that protects privacy but at the same time allows valuable information to be extracted. This translates into better analyses, forecasts and insights that can drive innovation in different business areas.
Although the concept of safe calculations is promising, its applicable implementation can be challenging. Costs, technological complexity and the request to have the right skills can be barriers to many organisations. It is so crucial that companies carefully measure the possible benefits and risks associated with the implementation of this technology.
As Gartner emphasises, fresh technologies specified as optical accelerators can play a key function in enabling safe calculations to be implemented on a larger scale. This will enable companies to benefit from the advantages of this technology while minimising possible challenges.
“Digital people”, a fresh wave of interaction in the digital universe
The concept of “digital people” becomes increasingly important, introducing a fresh dimension to human and technological interactions. Digital people are interactive representations based on artificial intelligence that mimic human qualities, behavior, and thinking. They can take different forms, from virtual characters in computer games, through chatboty serving customers, after advanced virtual assistants.
With the ability to simulate human interactions, digital people can play a key function in areas specified as client service, education, entertainment, and marketing. They can service as virtual assistants, interviewing customers, presenting products, or even teaching in virtual classes. Although they have large potential, they besides bring many challenges. There is simply a hazard of creating prejudices, stereotypes or even unethical applications specified as misinformation. Furthermore, the deficiency of regulation in this area can lead to unpredictable social consequences.
Reactions to digital people may vary according to culture and society. In any cultures, they may be more accepted and desired, while in others they may origin anxiety or misunderstanding. It is so crucial that the approach to the implementation and usage of digital people is adapted to a circumstantial cultural context.
As technology becomes increasingly advanced, we can anticipate digital people to become more realistic and versatile in their abilities. They can become an integral part of our everyday life, supporting us in different aspects of life and work.
Adaptive autonomous drones and robots, the direction of the future of automation
Adaptive autonomous systems are advanced machines that not only work independently but besides learn and adapt to changing conditions. They may be drones monitoring hard-to-access areas, mill production works or autonomous vehicles on our roads.
Thanks to their ability to learn and adapt themselves, these systems can be applied in many sectors – from logistics to production to agriculture. They can automate hard or dangerous tasks, expanding efficiency and safety.
Although adaptive autonomous systems have tremendous potential, their implementation involves many challenges. It may be hard to realize precisely how the strategy learns and what decisions it makes, which can lead to control and work problems. Another problem may be the fact that the introduction of autonomous systems into our regular lives can have deep ethical and social implications. What rights should apply to machines that operate independently? Who is liable if something goes wrong? These are just any of the questions that society needs to consider.
As technology becomes increasingly advanced, we can anticipate adaptive autonomous systems to be increasingly versatile in their capabilities. They can become an integral part of many industries, bringing efficiency benefits, but besides fresh challenges.
Each of these technologies brings with it promises of transformation, but besides challenges related to implementation, ethics and regulations. The key to making effective usage of these innovations is knowing their possible and adapting to the ever-changing technological landscape.
