Passwords are one of the few things that have remained unchanged since the internet entered our lives. First, we chose a simple word. Then we were told that wasn't secure enough and that we needed to use at least eight characters. So we added uppercase letters. Lowercase letters. Numbers. Special characters. Later, we learned that we shouldn't use the same password across different accounts. Eventually, we reached the absurd point where we were expected to remember hundreds of different, long, and complex passwords for hundreds of accounts. Of course, we couldn't. Then came password managers. We added SMS verification codes on top of our passwords. Next came authenticator apps.

One morning, a new order appears in your company’s sales system. The customer has not browsed your website, seen your advertisement, or spoken to your sales representative. In fact, the person who will use your product has not even placed the order themselves. Instead, an AI agent has understood its owner’s needs, scanned the alternatives in the market, compared prices and delivery times, identified the best option within the specified budget, and initiated the purchase. Today, this may sound a little like science fiction. But when we look at the infrastructure technology companies are building, it becomes clear that this is no longer a scenario from the distant future.

AI chat interfaces are powerful tools for researching a topic, generating ideas, writing text, discussing a problem, or simplifying complex information. But the role of AI in the workplace is now expanding far beyond these uses. We are no longer dealing only with systems that provide answers. We now have AI agents that can access files, review emails, work with calendars, browse websites, perform tasks across different applications, and manage a process from beginning to end.

Robots have long been one of the greatest promises of the future. Since childhood, the future we were told to expect always included robots: mechanical assistants that would clean the house, cook meals, care for the elderly, keep children company, open the door, organize the cupboards, and perhaps even chat with us. They were an almost permanent feature of science fiction: machines that walked like humans, spoke like humans, and thought like humans.

A phone rings. The voice on the other end is familiar. Maybe it is your boss, maybe your mother, maybe someone from your bank. The tone of voice, the emphasis, the pauses, even the small habits of speech are all exactly in place. You join a video meeting; on the screen are senior executives from your company. The images look real, the voices sound real, the setting feels real. You are asked to take urgent action. A payment, a data share, an approval, a password reset… A few years ago, such a scene would have belonged only in a science fiction series. Today, we simply call it a deepfake. In other words, fake audio, images, or video content created or altered with artificial intelligence to look highly realistic.

There was a time when technology was supposed to save us time. We would work less, get things done faster, and dedicate the remaining time to ourselves. At least, that was the story.

Today, however, most of us end the day feeling the same thing: fatigue. But this isn’t physical exhaustion. It’s more like mental fog, scattered attention, and a constant sense of busyness. We feel as if we’ve done a lot throughout the day, yet when we look back, we question how productive we actually were.

The name of this new condition is Digital Fatigue.

Just a few years ago, there was a significant gap between having an idea and turning that idea into working software. When a product concept emerged, bringing it to life required assembling software teams, entering development cycles that lasted months, and writing thousands of lines of code. Technical knowledge was one of the most powerful barriers in the world of software. Many great ideas never materialized simply because of this technical barrier. Today, however, the technology world stands at the threshold of a new era. With the rapid proliferation of AI-powered development tools, a new concept is increasingly being discussed: Vibe Coding.

When companies talk about artificial intelligence, they usually start from the same place: “Which model should we use?”, “Which platform is secure?”, “Which license should we buy?” These questions are, of course, necessary. But the reality is this… The place where AI transforms organizations isn’t the technology layer; it’s how work gets done - the daily workflows.

E-commerce is undergoing a quiet yet radical transformation. It is no longer just a sales channel; it has become a living ecosystem at the intersection of technology, data, and human psychology. 2025 marked a turning point in this shift. Storefronts moved into Instagram frames, checkout counters were replaced by predictive algorithms, and customer service representatives gave way to AI systems capable of natural language processing. As we enter 2026, e-commerce is experiencing a fundamental reinvention. Here are four key trends shaping this transformation.

We live in a time when digital transformation is no longer only at the center of “companies” agendas, but also of “individuals”. The ways we access, produce, and share information have multiplied like never before - yet this abundance has also created a new problem: How should we manage information? Which technologies should we use, and for what purpose? And how do we stay afloat amid this constant change? These are now the most critical questions of professional life. Precisely at this point, a concept that deserves far more attention comes into play: Digital Literacy.

In recent years, one concept has settled at the center of all strategy meetings in the business world: Artificial Intelligence. However, today the issue has gone beyond the question “How do we use AI?”. The real question now is: “How do we lead in an organization transformed by artificial intelligence?” This shift opens the door not only to new technologies but also to new management paradigms. From the CEO to the CFO, from the CHRO to the CTO, all C-suite executives must now redefine their roles. Because AI is reshaping not only operations but also decision-making processes, chains of responsibility, and organizational culture.

The annual IFA trade show in Berlin is more than just a product launch stage. It serves as a showcase for the technologies that will shape our homes, workplaces, and even societies in the years ahead. This year, between September 5–9, 2025, hundreds of brands presented their latest innovations. Rather than focusing on individual devices, in this article we will take a step back to look at the bigger picture: the technology trends that define the future.

For consumers and businesses, these trends are not merely “nice to know.” Many of the innovations we see at home today will set tomorrow’s business standards. Here are the eight key technology trends highlighted at IFA Berlin 2025.

When Generative AI entered our lives in late 2022, it impressed us with its ability to create content, perform data analysis, and generate visuals. But it had a major limitation: it could only respond to user prompts - it couldn’t take initiative on its own. That changed in 2024 with the rise of Agentic AI, introducing a brand-new paradigm in artificial intelligence. Unlike its predecessors, Agentic AI doesn’t just wait for commands - it can autonomously plan multi-step tasks, switch between tools to execute them, and adapt its actions based on feedback. Think of it not as a tool, but as a digital co-worker capable of driving outcomes - across platforms and systems.

Customer expectations are evolving faster than ever. No one wants to wait on hold for minutes just to get information about a product. A visitor landing on your website makes a decision in mere seconds: they either buy or leave - and often never return. This is exactly where AI-powered digital sales assistants - also known as chatbots - are beginning to change the game for small and medium-sized businesses (SMBs).

Today, a brand’s digital reputation has become virtually synonymous with its overall public perception. Potential customers and business partners often form their first impressions through digital platforms. This makes it impossible to leave digital reputation to chance. Brands must now build and actively manage their digital reputation with a solid strategy.

In August 2024, the European Union enacted the Artificial Intelligence Act (EU AI Act), which will come into force in 2026. For technology companies, this is not just a new regulation - it represents a turning point that changes the rules of the game. Even before its implementation, the law has already created a broad impact both in the public and business spheres by being the first to clearly and bindingly define the boundaries of artificial intelligence. What makes this law even more significant is that it does not only apply within the borders of the European Union. On the contrary, it concerns all companies that offer digital products or services to the European market - regardless of their geographical location. For companies in countries like Turkey, which have strong trade ties with Europe, this represents both a warning and an opportunity.

As we all know, remote work became the dominant model in the business world during the pandemic, initially as a necessary solution. Many large and mid-sized companies embraced it, leveraging the capabilities of modern technology. Recently, however, calls for a return to the office have been gaining momentum. So why are some companies choosing to bring employees back to office? And just as importantly, how is this transition being managed - and what does the future of work look like?

The e-commerce sector is undergoing a radical transformation driven by rapidly changing consumer habits and advancing technology. Cutting-edge solutions such as artificial intelligence, blockchain, the metaverse, and autonomous logistics processes are enhancing shopping experiences, making them more efficient, faster, and personalized for both businesses and consumers. Companies are increasingly investing in these technologies to gain a competitive advantage and respond more precisely to customer expectations. So, which innovations have the most significant impact on the industry? Here are five key developments shaping the future of e-commerce.

Art and technology, two forces that have shaped human history, are now more intertwined than ever before. In the age of digitalization, the boundaries between these two realms have blurred, fostering unprecedented collaborations between artists and technologists. Today, we witness this synergy in areas ranging from artificial intelligence to augmented reality, robotics to NFTs.

In an age where technology constantly pushes its limits, quantum computers stand out as one of the most fascinating and revolutionary developments of the 21st century. Still in their infancy, this technology has the potential to fundamentally transform the way we solve problems and process information. Let’s dive into what quantum computers are, their historical development, their impact on our lives, the competitive landscape, and future prospects.

Artificial intelligence (AI) is rapidly embedding itself into our lives as a transformative force revolutionizing industries, economies, and societies. However, this swift progress also brings serious ethical challenges that demand resolution. If we aim to build a future where AI is not only beneficial but also fair, confronting these ethical dilemmas is inevitable.

Recent advancements in artificial intelligence are radically transforming our experience of accessing information. For users demanding more than what traditional search engines offer, AI-powered search engines provide a revolutionary experience with personalized, smarter, and predictive results. This article explores the innovations introduced by modern AI-powered search engines and envisions the future of search technology.

Artificial intelligence (AI) technologies have been advancing at a dizzying pace in recent years. Large Language Models (LLMs) like ChatGPT and Gemini are revolutionizing the AI world with extensive knowledge databases and advanced language comprehension capabilities. Thanks to their ability to interact naturally in human language, these models can answer questions across all domains, making substantial contributions to information access and problem-solving in daily life. However, getting the most out of these models requires asking the right questions and providing clear commands. This is where Prompt Engineering comes into play.

With the rapid spread of technology today, the time we spend in front of screens is increasing. The growing amount of time children spend with devices such as tablets, phones, and computers is raising concerns among parents and educators. As a father of a four-year-old daughter, I too have been thoroughly researching and evaluating these issues. In this article, I will discuss the findings of scientific studies on limiting children’s screen time, psychologists’ perspectives, and the technology viewpoint.

A monthly summary of the technology trends I share daily on social media platforms:

ChatGPT is being integrated into the human brain. Synchron, a company developing BCI (Brain-Computer-Interface) technology to enable paralyzed patients to communicate through their thoughts, is now incorporating ChatGPT into its brain-implanted devices. The goal of this integration is to allow the BCI device, which interprets electrical signals generated by thoughts and converts them into sentences, to produce these sentences more quickly and accurately using artificial intelligence. This technology can be placed in the brain via a catheter without the need for open brain surgery. It has already begun human trials and could be a significant breakthrough in the healthcare industry.

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The metaverse, still in its infancy, will eventually walk. The term "metaverse" first appeared in Neal Stephenson's 1992 science fiction novel "Snow Crash”. This novel depicted a future where digital avatars interacted in a three-dimensional virtual world. In the early 2000s, platforms like Second Life took this concept a step further, allowing users to create their own digital worlds. However, the metaverse truly garnered interest in the 2020s with investments from Meta and other major tech firms.

A monthly summary of the technology trends I share daily on social media platforms:

Who do you think is on the list of the world's richest people? At the top of Forbes' continuously updated list is Elon Musk. Looking at the top 100 names, the leading countries are the United States with 39 people, India with 8 people, and China with 7 people. From Turkey, the first names on the list are Murat Ülker at 569th place, İpek Kıraç at 878th place, and Semahat Sevim Arsel at 912th place.

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Neurotechnology, which enables communication with devices using the power of thought by analyzing brain waves, takes human-machine interaction to a whole new level. It has the potential to revolutionize many sectors, including healthcare, education, and entertainment. In this article, we will explore the applications, possibilities, and future impact of neurotechnology.

A monthly summary of the technology trends I share daily on social media platforms:

Artificial intelligence suggested gluing cheese to pizza with adhesive and eating a stone every day 😱 Due to such errors and occasionally dangerous responses from AI-powered answers, Google has taken a step back in integrating AI into search results until the issue is resolved. During the development process of AI, and even afterwards, we will continue to hear or experience such stories. AI has become an indispensable technology that provides great convenience in our daily lives. Be sure to learn, use, and benefit from it, but don't believe everything it says 😄

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Electric vehicles are rapidly becoming more common, yet they still have a long way to go before they dominate the automotive industry. So, where do the challenges lie? Electric vehicles (EVs) are revolutionizing the automotive industry and have become a symbol of sustainable transportation. With increased environmental awareness, government incentives, and strategic shifts in the automotive sector, EVs are positioned as the future of transportation. However, this rise brings with it numerous questions and uncertainties.