The world is undergoing a fundamental transformation. The question is whether T&T will keep pace with this rate of change. If we do not, then we will be falling behind. Take the computer, a device that we use everyday. For 60 years, it has operated under the same basic model: programmers write explicit instructions, processors execute them sequentially, and applications retrieve prebuilt responses from storage. That model is ending. In its place, a new paradigm is emerging that will make the close of 2026 look remarkably different from where we stand today. For T&T, an economy already grappling with the energy transition and mounting demographic pressures, this shift presents both significant challenges and unexpected opportunities that demand our immediate attention.
Jensen Huang, the chief executive of Nvidia, recently articulated this transformation: “The entire five layer stack of the computer industry is being reinvented. You no longer program the software, you train the software. You don’t run it on CPUs, (central processing unit) you run it on GPUs (graphics processing unit). And whereas applications were pre recorded, pre compiled, and run on your device, now applications understand the context and generate every single pixel, every single token, completely from scratch every single time.”
This is not hyperbole from a man selling graphics processors. It is a precise description of the infrastructural revolution now underway. When you queried a traditional search engine, it retrieved indexed web pages. When you ask artificial intelligence the same question, it generates a unique response tailored to your specific context. Every word, every output, created anew rather than pulled from storage. The implications for capital allocation, labour markets and economic productivity are profound, and small open economies like ours cannot afford to remain passive observers while the rules of the global economy are being rewritten.
Convergence
The year 2026 will be remembered as the moment two parallel tracks of artificial intelligence development began to converge. The first track, large language model-based generative AI, has dominated capital flows and headlines since ChatGPT’s release in November 2022. The second track, embodied AI or robotics, has proceeded more quietly. Since the release of ChatGPT, investors have largely focused on generative AI. By contrast, the era of humanoid robots still feels distant to most observers sitting here in T&T.
But perceptions about these two trajectories may soon flip. Artificial general intelligence may be much further out than its evangelists claim, and large language models might not even be the right paradigm to reach it. Meanwhile humanoid and purpose specific robots, from self-driving systems to anthropomorphic assistants, may become reality sooner than expected. The critical insight is that robots do not need human-level intelligence to be immensely useful, especially in an ageing world desperate for solutions to labour shortages. T&T, with its own demographic transition accelerating as birth rates decline and the population ages, should pay particular attention to these developments.
The age of robotics with multimodal large language model brains is finally arriving. These machines will understand instructions and perform tasks. They can use a laptop, wash dishes and make coffee. The timeline projections from those closest to the technology suggest five to ten times more robotics companies will be founded in the next 12 months. The first commercial robots will reach market in two to three years at premium prices. Within five to six years, we will have several players offering multiple commercial robots, some of which will be affordable to businesses across the Caribbean.
The binding constraint is not the technology itself but the infrastructure to support it. Gathering training data and simulating synthetic data for robot large language models represents the biggest bottleneck. Early movers will have significant advantages in robot AI, and companies like Tesla already possesses obvious hardware advantages from its manufacturing expertise. Nvidia, having positioned itself at the centre of the AI computing stack, will likely lead the open source robot movement over time.
For global investors, the implications extend far beyond buying shares in robotics companies. Brookfield Asset Management’s 2026 Investment Outlook frames the opportunity through their “Three Ds” framework: digitalisation, deglobalisation and decarbonisation. These are not temporary cycles but structural transformations reshaping economies and driving investment for decades. The AI and robotics revolution touches all three themes simultaneously, and T&T sits at an interesting intersection given our hydrocarbon heritage and the pressures of the global energy transition now bearing down upon us.
Consider the infrastructure requirements driving global capital flows. Global infrastructure investment needs are expected to exceed US$100 trillion by 2040. Artificial general intelligence could unlock as much as US$10 trillion in productivity gains over the next decade, but will require US$7 trillion of infrastructure investment across the AI value chain. This includes data centres, dedicated power generation, compute infrastructure and semiconductor manufacturing. The numbers are staggering: hyperscaler capital expenditure is projected to rise from US$270 billion in 2024 to US$1 trillion by 2030.
Electricity is emerging as the critical chokepoint globally. AI workloads consume up to 10 times more power per rack than conventional compute, with expectations of another five to tenfold increase. More than 70 per cent of global transmission lines are over 25 years old. Annual grid investment will need to exceed US$600 billion by 2030.
In order to compete, T&T has to ensure adequate generation capacity in the context of the secular decline in natural gas production. Reversing the natural gas trend is not just for Point Lisas, it is for our ability to compete as a nation.
The emerging markets outside China are seeing some of the fastest growth in electricity demand, yet receive only an estimated 20 per cent of total annual investment in the power sector. T&T could theoretically position itself within this investment flow, but doing so requires strategic thinking.
The cost of electricity is rising with the argument that it facilitates natural gas exports while at the same time energy availability and costs becomes a critical success factor in the new era. Our petrochemical sector expertise, our existing energy infrastructure and our geographic position all offer latent advantages. But latent advantages remain permanently unrealised without deliberate and sustained action from both public and private sectors.
Labour
The labour market implications deserve serious consideration by our policymakers and business leaders alike. Businesses globally may soon pay more for AI agents than people for certain tasks. This has already happened with consumers: In the US, Waymo rides cost 31 per cent more than Uber on average, yet demand keeps growing because riders prefer the safety and reliability of autonomous vehicles. For rote business tasks, AIagents will command a similar premium as companies factor in onboarding, recruiting, training and management costs.
Current frontier AI models reliably complete tasks taking people about an hour. By late 2026, AI agents will autonomously execute eight-hour plus workstreams. For T&T, where business process outsourcing and shared services centres have been touted as diversification strategies, this trajectory demands urgent reassessment.
Job creation in the world of AI and robotics will require more national attention than it is currently receiving. We need to be at the stage of implementing programs that we have not yet designed.
Industrial companies globally are often overlooked and undervalued, not because their products are obsolete but because many have underinvested in modernisation and operational capabilities. AI led digitalisation will transform these industrials by cutting costs, addressing labour shortages and optimising supply chains. Our own manufacturing sector will have to make decisions around investing in automation and AI integration because our regional and international competitors are in that space. Consider how this will be achieved in the face of a lack of foreign exchange availability.
Amidst this disruption, genuine opportunities exist for the prepared. The companies that benefit from AI-led productivity gains will not just be technology platforms building the models. They will include businesses investing in automation and AI tools to accelerate digital transformation. T&T’s financial services sector, our telecommunications providers and our more progressive manufacturers could capture significant productivity gains if they move decisively. The question is whether our institutional capacity, our capital markets and our policy frameworks can support such moves at the pace required.
The close of 2026 will look different because the machines are learning to move, to act, to generate rather than retrieve. Global investors who understand this shift are positioning accordingly. For this country, the stakes are higher than mere portfolio returns. We are not merely choosing investments; we are choosing whether to remain relevant in an economy being fundamentally rewired. Those who dismiss this as distant concerns related to the US and Europe, may find themselves presiding over assets optimised for a world that no longer exists. Happy New Year 2026 T&T.
Ian Narine is a financial consultant who robotically churns out a colunm every week. Please send your comments to ian@iannarine.com
