The 10 Biggest Technology Trends to Expect in 2025

The 10 Biggest Technology Trends to Expect in 2025

You would be forgiven for thinking the future strictly belongs to AI. It’s all anyone can talk about. Plus, every entrepreneur with a dream wants AI to be somehow involved. McKinsey’s data on AI adoption provides some perspective:

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Source: McKinsey & Company

More than two-thirds of businesses in almost every geo-region say they’re using AI.

But here’s the thing: in the next few years, we’ll be dealing with a lot more than advanced artificial intelligence. By 2025, the world will be exposed to technological marvels like 3-D printed organs and multitasking robots.

Here are the ten biggest technological trends to expect next year:

Top Ten Technology Breakthroughs for 2025

  1. AI as Sophisticated Personal Assistants

    AI-technology-2025
    Source: Igor Omilaev

    In the future, AI will do more than answer questions and respond to prompts. Evolving from language models like ChatGPT and virtual assistants like Siri, we’ll have sophisticated AI sidekicks. These personal assistants will be able to anticipate your needs and make highly informed decisions based on patterns in your behavior.

    They could also manage schedules, order groceries, or even remind you of things before you forget them, all with minimal input.

    How this technology can be used

    • Individuals: Virtual assistants will be able to predict when you’re running low on food and automatically order groceries. There’ll be AI that schedules appointments based on your preferences and past habits. Some could even anticipate personal issues like stress and suggest breaks or meditation sessions.
    • Businesses: AI will revolutionize marketing and customer service. There will be tools that know your customers’ histories and preferences so well that they’ll become less reliant on support staff.

    How to Prepare: Start using existing AI tools like Google Assistant, Alexa, or advanced chatbots. Gradually, you’ll get comfortable integrating them into your daily life or business processes. Train your staff or family to use AI, and make data security a priority.

    Potential dangers of this technology

    The biggest concern is privacy. AI assistants will require vast amounts of personal data, raising issues around surveillance and data breaches. Another danger is over-reliance—what happens when the AI makes a mistake or shuts down? Consumers,marketing agencies, and businesses will need to safeguard sensitive information and establish fail-safes.

  2. Mainstream Adoption of Augmented Reality (AR) and Virtual Reality (VR)

    new-technology-2025
    Source: Tima Miroshnichenko

    AR and VR will move beyond niche applications and into the mainstream. The virtual world will become an extension of real-world experiences. Live concerts in the middle of your living room? Check.

    Apart from entertainment, VR will also revolutionize the educational sector. AR will have groundbreaking applications in fields like healthcare and real estate.

    How this technology can be used

    • Individuals: VR gaming and entertainment will become immersive. People will attend concerts, visit weddings, walk in nature, or even see the Eiffel Tower in real-time—all from the comfort of their homes. In retail, customers will “try on” clothes virtually using AR or visualize furniture in their homes before buying.
    • Businesses: Companies in construction or architecture can use AR to create real-time overlays on work sites, helping workers visualize plans. VR simulations will revolutionize training in high-risk fields like surgery or flight operations, allowing trainees to practice without real-world consequences.

    How to Prepare: As a business, you can start incorporating simple AR or VR into your marketing and staff training. Think virtual try-ons and immersive product demonstrations.

    Potential dangers of this technology

    Using AR/VR for too long can lead to sensory overload, mental fatigue, or physical disorientation. Also, theoretically, AR can collect data from everything a user sees, so the privacy risks are obvious.

  3. Rise of Disinformation Security Tools

    new-technology-trends
    Source: Pixabay

    Now, just about anyone can clone celebrities in videos, thanks to generative AI. What has started as a hub of hilarious internet memes can become something far more dangerous—a weapon for disinformation. The threat is only growing larger.

    In response, new tools will emerge to help people detect deepfakes and synthetic media. Businesses and governments, in particular, will use these tools to manage the credibility of digital content.

    How this technology can be used

    • Businesses: Companies can use disinformation detectors to monitor their online reputation, ensuring their brand isn’t being misrepresented by deepfakes or manipulated content.
    • Individuals: Individuals can verify news stories or images with AI-powered verification tools.

    How to Prepare: Whether as a business or individual, start using fact-checking tools and be more critical about the content you share. Staying informed about emerging threats in synthetic media will also help.

    Potential dangers of this technology

    The tools themselves might be imperfect, unable to keep up with increasingly sophisticated methods used of disinformation. There’s also the risk that legitimate content could be wrongly flagged as disinformation.

  4. A Hybrid Approach to Computing

    IT-infrastructure-trends-2025
    Source: Daniel Hatcher

    Businesses will no longer rely on a single computing method. Instead, they’ll adopt a hybrid approach, integrating quantum computing, edge computing, as well as conventional CPU and GPU computing for different uses.

    How this technology can be used

    • Businesses: Quantum computing will handle highly complex calculations; for instance, a manufacturing plant using quantum computers for optimizing logistics. Edge computing will manage real-time data processing at the source—in that manufacturing plant, edge computing devices can monitor their equipment in real-time.
    • Consumers: Consumers won’t use edge computing directly, but they will enjoy the benefits. Edge computing can enhance IoT (Internet of Things) devices, making them operate even faster.

    How to Prepare: Businesses should start thinking flexible when it comes to IT. Invest in flexible infrastructures that will allow you to integrate multiple computing methods. As a precaution, stay informed about post-quantum or quantum-safe encryption to protect sensitive data in the future.

    Potential dangers of this technology

    Quantum computing can crack current encryption methods. This poses significant cybersecurity risks. There’s also the issue of integrating multiple computing systems. This is far easier said than done. So, it could lead to potential downtime for businesses or miscommunication between platforms.

  5. Polyfunctional Robots

    futuristic-robots
    Source: Kindel Media

    Within three to five years, robots won’t just vacuum or weld—they’ll do both and more. These polyfunctional robots will be able to perform a wide, related range of tasks. For instance, they could streamline most of the production process in a coffee processing plant.

    As such, these multitaskers will be essential in industries like manufacturing and healthcare.

    How this technology can be used

    • Businesses: In factories, polyfunctional robots might assemble products, check quality, and pack them for shipping. In healthcare, they could assist in surgeries and move on to cleaning and sterilizing the room.
    • Individuals: Personal robots for households are no longer news. Soon, there’ll be sophisticated robots that not only clean but also manage other daily chores and interact with home security systems.

    How to Prepare: Businesses should start integrating mono-functional robots that can automate a few tasks. At the same time, they must also train employees in complementary skills that robots can’t perform. Individuals can start adopting simple home robots to get accustomed to their presence.

    Potential dangers of this technology

    The most obvious threat is job displacement. Multitasking robots will eventually take over certain jobs previously the domain of human workers, especially in manufacturing. Then there are safety concerns—robots could malfunction and cause accidents. One way to prevent this is to program robots with failsafes.

  6. AI-Powered Cybersecurity and Zero-Trust Models

    top-new-technologies
    Source: Dan Nelson

    AI-powered cybersecurity and zero-trust models can anticipate attacks before they occur, protecting sensitive data in real-time. In an age where cyber threats are becoming more sophisticated, these advanced security measures will be crucial.

    How this technology can be used

    • Businesses: AI systems will continuously monitor network activity, identifying threats before they cause damage. Zero-trust models ensure that every request for access to a portal or sensitive information is verified, no matter where it originates. This adds an extra layer of security.
    • Individuals: Your phones, laptops, and personal devices will benefit from these tools. AI-powered security can protect against malware, phishing, and data theft.

    How to Prepare: Start adding more layers to your security by combining AI with traditional security measures. Begin migrating to zero-trust models but also provide training to ensure smooth adoption.

    Potential dangers of this technology

    Relying too much on AI for security may backfire. The systems can fail or get hacked themselves. Zero-trust models can also slow down operations if not implemented carefully, creating friction for legitimate users.

  7. Advancements in 3D Bioprinting

    upcoming-technology-2025
    Source: DC Studio

    3D bioprinting uses living cells and biomaterials to create tissues and organs. Saying this technology can revolutionize medicine is stating the obvious. There will be breakthroughs in drug discovery, personalized treatments, and even organ transplants.

    Potential dangers of this technology

    • Healthcare: 3D bioprinting could print organs for transplants. Apart from reducing how long patients have to wait for new transplants, it also means organ incompatibility will be less of an issue.
    • Pharmaceuticals: Drug companies could test new treatments on bio-printed tissues, reducing the need for animal testing. We will also develop more effective personalized treatments this way.

    How to Prepare: Healthcare providers should stay on top of bioprinting advances and start using bio-printed tissues in controlled tests. Ethics will always be a concern. So, governments and administrations should begin drafting regulations in anticipation.

    Potential dangers of this technology

    Bioprinted tissues still have a way to go before functioning like natural tissues. They might be clumsy to use in the real world. Then, there are concerns about how far this technology could go, particularly with human enhancement.

  8. Post-Quantum Encryption

    cybersecurity-technology
    Source: Timo Miroshnichenko

    Quantum computers are evolving. However, so are cyberattacks capable of breaking their current encryption algorithms. Quantum-resistant or post-quantum encryption algorithms will be developed to counter this.

    How this technology can be used

    • Businesses: Companies that need to safeguard sensitive data—like finance or healthcare—will adopt quantum-resistant encryption. Cloud providers will also implement these algorithms for protection.
    • Governments: National security agencies handle a lot of classified information. As a result, they’ll likely be early adopters in order to protect this information against future quantum threats.

    How to Prepare: Businesses should start researching quantum-resistant encryption. They also regularly audit their security systems to stay ahead of quantum threats.

    Potential dangers of this technology

    Quantum-resistant encryption algorithms are complex. So, they may initially slow down systems. There’s also the risk of some companies not upgrading in time, leaving data vulnerable.

  9. Popularity of IoT Devices

    new-technology-2024
    Source: Dan LeFebvre

    Within a few years, accessories and devices embedded with software—collectively known as the Internet of Things (IoT)—will be everywhere. From smart thermostats, home security systems, and fitness trackers to connected cars and even factory equipment, the list will only continue to grow.

    These IoT devices aren’t just matching consumers’ increasing demand for convenience. They’ll also help manufacturing businesses run their production and assembly plants more efficiently.

    How this technology can be used

    • Individuals: Smart homes will become the norm. Expect devices like fridges, lights, and alarms to be interconnected.
    • Businesses: In manufacturing, IoT devices will monitor equipment in real-time, reducing downtime by predicting maintenance needs.

    How to Prepare: Start using IoT devices that provide tangible benefits, like saving energy costs or monitoring equipment. Secure these devices with the latest firmware. Also, consider adopting AI-powered cybersecurity for additional protection.

    Potential dangers of this technology

    More devices connected to the internet means more things to be hacked. A security flaw in one device could give access to an entire network.

  10. AI Governance Platforms and Tools

    latest-technology-gadgets-2025
    Source: Jonathan Kemper

    AI can be a force for good—or something else entirely. Governance platforms will be needed to keep AI systems ethical, transparent, and trustworthy. These platforms will monitor AI models to avoid harmful biases and ensure they comply with ethical standards.

    How this technology can be used

    • Businesses: Companies using AI for hiring, customer service, or data analytics will need governance platforms to avoid bias and discrimination.
    • Governments: Regulatory agencies will use them to oversee AI use in sensitive sectors where discrimination has huge consequences, like healthcare or law enforcement. This will help protect human rights and ensure fairness.

    How to Prepare: Companies should start adopting ethical AI practices like bias detection and transparency. There’ll be a need for frameworks that balance innovation and ethics—government and tech leaders will need to collaborate on this front.

    Potential dangers of this technology

    AI governance is a double-edged sword. On the one hand, it prevents harmful AI practices; on the other, it could slow down innovation. Too many regulations will likely limit AI agencies’ freedom to engineer breakthroughs.

What is the next booming technology?

Quantum computing. It’s the next game-changer. AI is evolving, but quantum computing will make today’s breakthroughs look like baby steps. Think of it as a lightning-fast problem-solver that could revolutionize everything from drug discovery and finance to climate modeling.

What is the most advanced technology in the world right now?

AI and quantum computing are running the show. AI, with its language models and deep learning, is everywhere—from writing code and essays to holding human-like conversations. Quantum computing is still in the lab, but it’s solving complex problems no regular computer can touch.

Which technology should I learn in 2025?

AI and machine learning are essential. But if you want to stay ahead, get into quantum or edge computing. Quantum is where future tech will explode, and edge computing is critical as the Internet of Things (IoT) grows. Master these, and you’ll be ahead of the curve.