Introduction
We often overestimate what can happen in two years and underestimate what can happen in ten. As we stand at the threshold of 2025, we are not merely looking at “faster phones” or “better apps.” We are staring down the barrel of a civilisational shift comparable to the Industrial Revolution or the birth of the Internet.
The next decade will not just be about using technology; it will be about collaborating with it to architect new biological, physical, and digital realities. From artificial intelligence that acts rather than just speaks to computers that solve the “unsolvable”, the tools of the next ten years will redefine what it means to be human.
If the last decade was about connection (social media, smartphones), the next decade is about intelligence and immersion. Here are the top technology trends that will dominate the landscape between now and 2035.
1. The Shift from Generative AI to “Agentic” AI
For the past few years, we have marveled at Generative AI’s ability to write poetry and create images. But the novelty is wearing off, and the utility is ramping up. We are moving from Chatbots (which talk) to Agents (which do).
By 2030, AI will no longer be a passive tool you prompt; it will be a proactive partner. “Agentic AI” refers to systems capable of autonomous reasoning, planning, and execution. Instead of asking ChatGPT to write an email, you will tell your personal AI agent, “Plan my business trip to Tokyo, book the flights within budget, schedule meetings with these three clients, and clear my calendar for travel time.” The agent will negotiate with other agents (airline APIs, calendar bots) to execute the task.
The 10-Year Impact:
- The End of Interface: We won’t navigate apps; we will navigate intents. The “app store” model may collapse as agents handle the backend complexity.
- Economic Shift: The marginal cost of cognitive labour will approach zero. This will disrupt white-collar work (legal, coding, data analysis) but create a massive boom in “orchestration” roles—humans who manage teams of AI agents.
- The Road to AGI: Many experts predict that by 2035, we may reach Artificial General Intelligence (AGI)—systems that possess human-like flexibility in learning and reasoning across any domain, not just narrow tasks.
2. Quantum Computing: The Great Encryption Break (and Make)
Quantum computing has long been a “five years away” technology, but between 2025 and 2035, it will finally break out of the lab. Unlike classical computers that think in binary (0s and 1s), quantum computers use qubits to exist in multiple states simultaneously.
This isn’t just about speed; it’s about solving problems that are currently impossible.
The Real-World Shift:
- The “Q-Day” Threat: Sometime in the next decade, a quantum computer may become powerful enough to crack current encryption standards (RSA) that protect our bank data, national secrets, and emails. This will trigger a frantic global migration to “Post-Quantum Cryptography” (PQC).
- Molecular Simulation: Quantum computers will accurately simulate molecular interactions. This is the “Holy Grail” for materials science and pharma. Expect the discovery of room-temperature superconductors (revolutionising energy) and drugs discovered in days rather than decades.
- Financial Optimisation: Banks will use quantum algorithms to instantly optimise portfolios and detect fraud patterns that are invisible to classical AI.
3. The Bio-Revolution: Editing the Code of Life
Biology is becoming an engineering discipline. We have read the human genome; now we are learning to write it. The convergence of AI and biology (Bio-AI) will be the most significant trend for human health.
CRISPR and Beyond: We are moving from treating symptoms to curing root causes. Gene-editing therapies (like CRISPR-Cas9) will become standard for genetic disorders like sickle cell anaemia. By 2035, “programmable medicine” will allow doctors to tailor treatments to your specific DNA profile, drastically reducing side effects and increasing efficacy.
Synthetic Biology: This goes beyond health. We will see the industrial scaling of lab-grown meat and synthetic materials. Imagine leather grown without a cow or cement that absorbs CO2 rather than emitting it. Agriculture will be upended as “precision fermentation” allows us to brew food in vats (like beer) rather than growing it on land, freeing up millions of square miles for reforestation.
4. 6G and the “Internet of Senses”
While 5G is still rolling out, the research for 6G is already underway, with commercial deployment expected around 2030. 6G will not just be faster; it will be intelligent and spatial.
From Connectivity to Immersion: 6G aims for speeds of 1 terabit per second (100x faster than 5G) and microsecond latency. This speed dissolves the barrier between the digital and physical.
- Holographic Presence: Video calls will feel archaic. You will project a high-fidelity, 3D hologram of yourself into a meeting room in London while sitting in New York.
- The Internet of Senses: Today’s internet transmits sound and sight. The 6G era will transmit touch, smell, and taste through digital sensory devices. You could “feel” the fabric of a shirt you’re buying online or “smell” the coffee from a remote location.
- Spatial Computing: The world will be painted with data. With AR glasses (which will finally become lightweight and stylish), digital information will overlay the physical world permanently. Navigation arrows will appear on the street, and translation subtitles will float next to a foreign speaker’s head.
5. Sustainable Energy & The Green Grid
Climate tech will transition from a “moral obligation” to a “superior economic choice.” The next decade will be defined by the electrification of everything and the intelligence of the energy grid.
- The Smart Grid: As we add millions of EVs and heat pumps to the grid, AI will manage the load. Your car will charge when electricity is cheap (windy/sunny) and sell power back to your house when prices peak.
- Energy Storage Breakthroughs: Solid-state batteries will likely reach mass production by the late 2020s. These batteries charge faster, hold more energy, and are safer than current Lithium-Ion tech. This will finally eliminate “range anxiety” for EVs and allow planes to go electric for short-haul flights.
- Fusion Energy Hints: While commercial fusion power plants might be a post-2035 reality, the next decade will see the first “net energy gain” pilot plants coming online, proving that we can replicate the power of the sun on Earth.
6. Humanoid Robots & The Automation of Physical Labor
For decades, robots were caged in factories, performing repetitive tasks. The next decade brings robots into the “wild”—our homes, offices, and sidewalks.
Driven by the same “brain” breakthroughs as AI (computer vision and learning), robots are gaining dexterity. Companies like Tesla (Optimus), Boston Dynamics, and Figure are racing to build general-purpose humanoid robots.
The Impact:
- Labour Shortage Solution: With ageing populations in the West and East Asia, there simply aren’t enough humans to do the work. Humanoids will step into roles in elder care, logistics, and construction.
- The “Blue Collar” AI Moment: Just as generative AI disrupted creative work, robotics will disrupt physical labour. By 2035, seeing a bipedal robot delivering a package or stocking a shelf will be as mundane as seeing a smartphone today.
The Convergence: Where the Magic Happens
The most explosive innovation won’t come from these trends in isolation, but from their collision.
- AI + Quantum: Quantum computers will power AI models that are exponentially more complex than today’s, leading to breakthroughs we can’t currently comprehend.
- AI + Biotech: AI models (like AlphaFold) are already predicting protein structures. In the next decade, they will design entirely new proteins and drugs that nature never invented.
- 6G + Robotics: Robots won’t need heavy onboard computers; they will offload their “thinking” to the cloud via 6G, making them lighter, cheaper, and smarter.
Conclusion: Preparing for the Disruption
The next 10 years will bring more technological change than the last 100. This presents a duality: massive opportunity and significant risk.
For businesses, the risk is obsolescence. The companies that cling to “how we’ve always done it” will be outpaced by those that leverage AI agents and quantum insights. For individuals, the challenge is adaptability. The skill of the future is not “knowing” (AI knows everything), but “asking” and “synthesising”.
We are building a world where the line between the born and the made, the physical and the digital, is permanently blurred. The future is coming fast—don’t just watch it happen; help build it.