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Tokayev calls for deeper BRICS plus cooperation on trade, AI and critical minerals

President Kassym-Jomart Tokayev called for deeper practical co-operation between Kazakhstan and BRICS countries in trade, logistics, artificial intelligence, critical minerals and water security, positioning the format as a platform for broader economic ties amid growing geopolitical fragmentation.

Speaking at the BRICS Plus plenary session in New Delhi on Sept. 13, Tokayev said Kazakhstan sees cooperation with the group as an opportunity to expand access to new markets, attract investment, strengthen transport links and advance technological development. President Kassym-Jomart Tokayev during the BRICS Plus plenary session in New Delhi on Sept. 13.

Tokayev described the current global environment as an era of “great fragmentation,” a term used in the 2026 Global Peace Index to characterize geopolitical confrontation, rising militarization, weakening multilateral institutions and growing trade barriers. He noted that BRICS, representing nearly half of the world’s population and around 40% of global GDP, has both the capacity and responsibility to help overcome global divisions and deliver concrete results. “Peace and strategic stability are necessary conditions for economic and sustainable development,”

Tokayev said, calling for a shift from the de-escalation of individual conflicts toward long-term stability based on political dialogue and diplomacy. Against this backdrop, Tokayev positioned BRICS as a platform for practical cooperation rather than an alternative to the existing international system. 

“As a partner country, Kazakhstan views BRICS as an open platform for practical cooperation that complements the multilateral system with the central role of the United Nations and connects peoples, regions and markets,” he said. He added that Kazakhstan always seeks to find a “common ground on every difficult issue,” describing the approach as consistent with the country’s “balanced, goal-oriented foreign policy.”  Anastasia Golyakova, founder of the ThinkBricks YouTube channel, said the approach reflects BRICS’ broader focus on resilience, innovation, cooperation and sustainability, priorities that have gained greater relevance amid rising geopolitical tensions.

Anastasia Golyakova, founder of the ThinkBricks YouTube channel. said closer cooperation among BRICS members could help address shared challenges while giving partner countries such as Kazakhstan greater access to the bloc’s growing trade, investment and technological opportunities. “BRICS gives much support to each other. So, from this point of view, for Kazakhstan, it’s a prosperous future, in my opinion,” Golyakova told The Astana Times.

Ayanangsha Maitra, an editor and a geopolitics specialist, echoed this view, saying Kazakhstan’s BRICS partnership could open new opportunities for economic cooperation and market access. “Although Kazakhstan is not a full BRICS member, its partnership with the grouping adds value at a time of growing geopolitical tensions and economic uncertainty,” Maitra told The Astana Times.

“BRICS could offer Kazakhstan additional avenues for cooperation with countries beyond its traditional economic and political partners,” he added. Expanding trade and investment The economic dimension of Kazakhstan’s BRICS engagement was central to Tokayev’s address. According to him, trade between Kazakhstan and BRICS members and partners was around $72 billion in 2025.  “Having significant industrial, transit and technological potential, we intend to diversify trade, economic and investment ties with all BRICS countries.

As chairman of the Eurasian Economic Union, Kazakhstan supports the expansion of economic cooperation with BRICS and the advancement of work on concluding a free trade agreement with India,” Tokayev said.

Tokayev also called on the New Development Bank, a multilateral development bank established by the group, to consider financing commercially viable projects in BRICS countries, including Kazakhstan.

Maitra identified critical minerals, jewelry, fashion and textiles as areas with potential to expand Kazakhstan-India trade. “Despite Kazakhstan’s relatively modest population of around 20 million, the country has a strong entrepreneurial spirit and growing commercial links with India,” he said, pointing to increasing connectivity between the two countries.

Turning geography into connectivity Transport connectivity was another central element of Tokayev’s vision. “Last year, transit cargo volumes through Kazakhstan approached 40 million tons. Our long-term goal is to increase that figure to 100 million tons annually. Overall, our transit network already handles up to 85% of overland freight between China and Europe,” he said.

As part of the Trans-Caspian International Transport Route, Kazakhstan serves as a link between Asia and Europe through the Caspian Sea. Tokayev called for greater synergy between the Trans-Caspian route, China’s Belt and Road Initiative and the International North-South Transport Corridor. Maitra highlighted that Kazakhstan’s position within the EAEU, the Commonwealth of Independent States and the Shanghai Cooperation Organization provides access to major regional markets. Its participation in the International North-South Transport Corridor adds another layer of connectivity.

“BRICS could expand that network beyond Kazakhstan’s traditional regional partners. The partnership adds another dimension by opening access to markets across a wider group of countries,” he said. AI as a new layer of cooperation AI represents another area where Kazakhstan sees room for practical BRICS cooperation.

Tokayev said Kazakhstan is ready to use its computing infrastructure and national and UN digital centers to expand cooperation in AI and proposed establishing a BRICS Plus Partnership in Artificial Intelligence. The initiative, he said, could connect national AI centers, facilitate access to laboratories and research projects and support the development of multilingual AI solutions.

For Maitra, AI could also become an important area of Kazakhstan-India cooperation because the two countries bring complementary strengths. “India has a strong IT sector and a large pool of software engineers and technology professionals, while Kazakhstan has established connections across the CIS and wider Eurasian markets. That combination could help Indian technology companies reach markets where language and regional expertise remain barriers,” he said. Water security broadens the agenda Tokayev also linked sustainability to one of the country’s longstanding international priorities: water security. He reiterated Kazakhstan’s proposal to establish an International Water Organization as a specialized UN agency, arguing that global water governance remains fragmented and requires stronger international coordination.

“I invite the BRICS member states and partners to join the international consultations initiated by our country,” Tokayev said. Meeting with Narendra Modi On the sidelines of the summit, Tokayev also met with Indian Prime Minister Narendra Modi, highlighting India’s growing economic and technological weight and the expanding relationship between the two countries. Modi highlighted the potential for closer ties in high technology and the creative industries, including cooperation between Astana Hub and Hyderabad’s Cyberabad technology ecosystem. He also invited Kazakh representatives, particularly young people, to take part in the WAVES creative industries summit in Mumbai next year.  The two leaders also discussed prospects for expanding economic ties between India and the Eurasian Economic Union.

Tokayev said Kazakhstan, as the current chair of the EAEU, supports negotiations on a free trade agreement between the bloc and India and is ready to help advance the process. Tokayev said around 600 companies with Indian capital operate in Kazakhstan, while nearly 150,000 Indian citizens visited the country last year. He also cited the large number of Indian students studying in Kazakhstan and cooperation between Astana and New Delhi within international organizations.

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Data centers will consume less water and energy than many think

Concerns about the water and energy demands of data centers have become prolific in recent weeks. But debates about their impact often overlook the rapid advances in cooling technology and cleaner energy that are already having an impact.

However, data centers’ resource consumption should be front and center of the AI conversion, as it is set to grow rapidly. By 2030, data centers’ water and energy consumption will double as AI demand leads to rapid construction of the infrastructure.

But data centers will not cause the world to run out of water or energy. Water- and energy-saving technologies already in use are reducing their impact, while Shanghai’s groundbreaking underwater data center demonstrates how innovative design can limit water, energy and land use.

Data centers have underpinned the internet since its founding. Apps, email, file storage and cloud services all run through them.

Modern AI workloads, however, have transformed their power demands beyond recognition. Today a single AI data center can match the electricity consumption of 100,000 homes, making them a significant drain on local energy grids, especially if a region is susceptible to shortages.

Data centers’ energy consumption is only rising as more are built across the world. In the US, data centers could increase from 4.4% to 12% of national electricity usage by 2028 — that is equivalent to adding eight New York Cities to the American grid.

Data centers also consume large amounts of water in two main ways. Water is used directly to cool servers and storage systems, which generate considerable heat, and indirectly to produce electricity at fossil fuel power plants where it is heated into steam to drive turbines.

In the UK, data centers have been estimated to use up to eight times as much water as average on hot summer days, underlining how their impact can rise when local resources are already under strain.

As the effects of climate change intensify, the location of data centers, and methods to reduce their water and energy consumption, are becoming ever more important.

Fortunately, resource-saving measures are already being implemented. Data centers on land use closed-loop cooling systems that recycle water rather than continually evaporating it. This can reduce freshwater use by up to 70% compared to traditional open evaporative methods.

China has also pioneered a revolutionary new type of data center in Shanghai: wind-powered, and underwater. The facility, which began full commercial operations in May 2026, uses seawater as a coolant instead of using refrigerated fresh water as land-based data centers do, reducing the electricity required to cool the computers.

It uses at least 30% less electricity than traditional data centers, and offshore wind turbines reduce reliance on fossil fuels and cut the data center’s carbon emissions. Innovative solutions such as these will go a long way to reducing data centers’ resource consumption.

AI is also part of the solution to data centers’ draw on resources. AI can optimise electricity grids and shift computing workloads towards periods when cleaner energy is more efficient, making energy use more effective overall. AI can also anticipate fluctuations in demand and adjust energy consumption accordingly, reducing waste.

It might sound obvious, but some areas are just better equipped to accommodate a data center than others. For example, facilities in hot or water-stressed regions will impose a heavier burden on resources than those supplied by cleaner energy with plentiful water and located in cooler climates.

AI’s growing demand for data centers will increase electricity and water consumption, that is true. But it does not mean the technology will exhaust regional or global supplies of either resource.

The AI boom and the infrastructure buildout accompanying it are well underway. To manage its impact, the industry needs to plan ahead. Cleaner energy, efficient cooling, and sites that have significant water and energy supplies will all limit the infrastructure’s drain on resources.

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