Today’s fast pace of technological change is unprecedented. Today’s advanced technologies—artificial intelligence (AI); quantum computing; robotics; immersive virtual environments—were previously envisioned as being created sometime in the future. Today, however, these cutting-edge technologies are being integrated into our daily lives; they are changing how we perform our professional duties, as well as providing us with tools that allow us to perform tasks for humans in new and unprecedented ways.
For example, algorithms are being developed that create the ability to identify medical conditions earlier than ever before; banks are now capable of detecting fraudulent activity in real time; and companies are developing experiences that will allow consumers to experience the physical world in a virtual environment.
At the moment, there is no longer any time left for the continued growth of the advancement of any of these technologies because they currently exist.
The organizations that recognize this transformation will be the companies that invest in emerging technologies and will thus be the companies that establish the competitive landscape for years to come. For organizations that fail to understand this transformation, they will quickly find themselves in a significant disadvantage in a fast-paced world where technological advances are occurring at an unprecedented rate and in ways that we never thought would be possible.
This article will discuss the direction in which new technology will develop, the significance of these changes, and how businesses and entrepreneurs can be prepared for the future.
The Technology of Tomorrow Is Being Built Today
1. Artificial Intelligence Is Becoming the Operating System of Modern Life
AI (artificial Intelligence) isn’t just another digital tool for performing occasional tasks anymore, it’s becoming the basis of how modern systems are built and operated. It is now embedded in our daily lives from personal smartphone assistants to complex predictive analytics used throughout the global enterprise.
According to research, companies that are able to integrate AI across multiple business functions produce significant efficiency and productivity results. Because of AI’s ability to evaluate large amounts of data fast and automate complicated tasks, companies are able to find insights that humans would have a challenging time discovering.
Take retailers for instance, in many cases, they now use AI-based forecasting tools to help managers predict product demand several weeks ahead of time. By analyzing past data, historical trends, and current consumer behavior, retailers can manage inventory levels better and avoid excess inventory.
Finally, as AI Researcher Fei-Fei Li once stated, “Artificial Intelligence is a tool that increases human creativity.” Organizations that embrace AI as a business partner rather than a replacement of human creativity will find greater success using AI.
2. Quantum Computing Is Opening New Scientific Frontiers
Quantum computing is still in the early stages but has already begun to show capabilities that classical computers cannot do, such as handling very complex problems.
Classical computers use bits, or a single bit can represent either 0 or 1, while quantum computers use qubits – quantum bits – which allow multiple values to be represented simultaneously. As a result, the calculations performed on a quantum computer can be completed exponentially faster than on a classical computer.
Many industries will benefit from this new level of performance, including pharmaceuticals, cybersecurity, logistics, and climate change.
For example, researchers are currently using quantum simulations to understand and model the interactions between complex molecules. This type of simulation can significantly speed up drug discovery by allowing scientists to examine potential drugs through digital means before going through the expensive process of running physical experiments in laboratories.
Although widespread use may take years, many companies are already preparing for the quantum age by developing “quantum readiness strategies”, including training their teams and experimenting with cloud-based quantum computing services, which will provide them with a significant advantage in the future.
3. Automation and Robotics Are Transforming Work
Industries are transforming through automation, which has increased production efficiency and decreased the number of mistakes made by humans on repetitive tasks. The functionality of advanced robotic systems allows for the completion of very sensitive tasks with high-level precision, whether the location is a manufacturing facility, warehouse, or health care facility.
Modern-day robotics now possess the ability to read sensors and outcomes through machine learning, enabling the robotic arms to readjust in real-time to maintain consistency while accommodating for minute changes that may occur in the workplace.
While the emergence of rapid automation does create concerns surrounding employment loss, historically technological advancement has typically evolved occupations into different forms as opposed to eliminating them completely.
The point is that many of the jobs performed by human employees today are likely to transition to technology performing those routine tasks; therefore, human employees will have more opportunities to take on responsibilities that require analytical thinking, creativity, managerial/leadership capabilities, and complex decisions. This increasing trend emphasizes the growing demand for digital literacy and lifelong learning within our workforce today.
4. Immersive Technologies Are Redefining Digital Experiences
One of the biggest trends that will have an impact on how technology evolves in the future is the growth of immersive digital environments through augmented reality (AR), virtual reality (VR), and mixed reality (MR). These technologies are creating a whole new approach to computing, often called spatial computing, where digital objects coexist with physical objects and interact in real-time.
In the automotive design industry for example, engineers are now using AR headsets to visualize 3D prototypes in their workspace. Engineers can quickly design and test out multiple iterations of products without needing to build every one of those models; instead, they can use AR to visualize their products in the real world and quickly move on to the next iteration. This has led to a significant reduction in time and money spent on product development.
Immersive technologies are also revolutionizing other industries, including education, healthcare training (for example, medical students learning surgery), architecture/engineering/construction, and gaming. Students can use immersive technology to visit historical sites from the classroom, medical students can use immersive technology to learn how to perform complex surgical procedures without putting anyone at risk, and gamers can experience full 3D digital worlds in an interactive way.
As the performance of hardware continues to improve and the depth and breadth of software ecosystems continues to grow, immersive technologies will inevitably become more prevalent within the professional workforce.
5. Cybersecurity Is Becoming a Strategic Priority
As digital systems have rapidly grown, so has the need for more effective cybersecurity measures. The move by organizations towards Artificial Intelligence (AI), Cloud Computing, and Connected Devices has increased the size of their digital attack surface.
Cybersecurity has moved from being solely the into-of-the-IT department to being central to most organizations’ business strategies.
The evolution of modern cyber defense strategies is moving from ‘reactive’ to ‘proactive.’ New advanced security solutions, such as AI-enabled systems and Behavioral Analytics, can identify abnormal behavior and risky activities before any damage occurs, rather than only responding to an attack after it has happened.
Many experts are encouraging companies to adopt a zero-trust security approach, so that all users, devices, and applications must constantly verify their identity before they have permission to access the corporate infrastructure of that particular entity.
A modern cybersecurity framework includes continuous monitoring, automated threat detection and strong data protection policies.
Because digital infrastructure is at the core of nearly every business activity, protecting both data and systems is critical to establishing trust, stability, and growth over time.
What do organizations and innovators need to know about all the changes technology will bring?
Technology has changed the way we do business. Businesses that are able to adapt to new technology will have greater opportunities than those who are not.
To stay competitive over the next decade, organizations should think through the following strategies:
1. Invest in Continued Learning
The rate of technological advancements is accelerating at an alarming pace, and the skills required to effectively use the technology will continue to change just as quickly. Organizations need to be committed to investing in continued learning and development through continuous training.
For example, organizations that have developed training programs focused on developing employee’s skills in using artificial intelligence, analyzing data, using automation tools, and leveraging new technologies will be better positioned to provide their employees with the skills needed to thrive in an increasingly digital work environment.
Some organizations are developing experimentation spaces, or innovation labs, to allow their employees to experiment with different technologies and develop prototypes of these technologies without impacting the company’s other work.
2. Build Technology Ethically
Today’s consumers, regulators and investors consider electronic systems to be a very important area of concern when it comes to ethical practices in their development. This demand for building and promoting online services and products needs to be prioritized by organizations in their approaches to building and using technology.
When organizations implement practices such as responsible use of AI, strong data protection/privacy, and clear governance structures into their technology strategies, they create and build trust with key stakeholders.
Incorporating ethical considerations into technology strategies provides organizations with a clear advantage over competitors who are not as focused on acting ethically or responsibly.
3. Data, as a Strategic Asset
As the fuel for companies today (artificial intelligence, automation, personalized web experiences), data plays an extremely important role in the success of many modern organizations.
Organizations that effectively collect, manage, and analyze their data will have significant insight into customer behavior, operational efficiency, and the competitive market.
By developing strong data governance frameworks and an integrated data ecosystem, organizations will be well-positioned to derive significant value from their technology in the future.
4. Start with Small Steps and Expand Rapidly
Adopting new types of technological advances doesn’t mean you have to go through some huge and extreme change that happens all at once. In reality, many companies who find ways to innovate start off by doing small experiments.
By testing different technology (that may or may not be new) in a controlled setting, they take stock of their testing results from the previous experiment and will eventually be able to be successful in continuing that experiment across their entire company, meaning that the company can be successful on all levels.
Using this method of experimenting with new technologies offers less risk, while allowing teams to try their best to make the right decisions quickly.
Conclusion: The Future Has Already Started
The technologies (that will create the next decade) – artificial intelligence, automation, quantum computing, immersive environments and advanced-level cybersecurity – are already affecting the way that we do business and also the way that we live.
Businesses that make an effort to look into adopting these types of technologies will have a large part in creating what the future will look like for their industry.
So do you want to help create the future?
Call to Action
To remain on the forefront of technological advances, organizations need to engage in proactive action today:
Innovate by focusing new initiatives on emerging tech, such as AI and automation.
Create training programs to increase employee’s ability to build future-based skills.
Analyze current digital transformation strategies to identify immediate improvements.
Continuously monitor and record technological trends in order to remain generally familiar and adaptive to change.
The greatest aid to navigating the future of technology will be through the use of curiosity, experimentation and continuous learning.
The future is unfolding now. The organizations that take action today will define the environment we’ll be living in tomorrow.
