Why in the News
Australia, Canada and India are moving to operationalise the Australia–Canada–India Technology and Innovation Partnership (ACITI), announced at the G20 Summit in Johannesburg in November 2025. Expanding bilateral cooperation on AI, critical minerals and clean energy across the three countries has not yet converted into a coordinated trilateral delivery mechanism.
Why does ACITI need to move beyond bilateral cooperation?
- Canada–India convergence: Bilateral ties have deepened through CEPA negotiations, the Strategic Energy Partnership, and uranium supply and critical minerals cooperation.
- Canada–Australia convergence: Carney’s March 2026 visit produced agreements spanning critical minerals, clean energy and emerging technologies.
- Australia–India institutionalisation: ECTA (in force since December 2022) and the Comprehensive Strategic Partnership have embedded sector-driven cooperation.
- Parallel tracks, no alignment: Each bilateral relationship has advanced independently without a shared framework linking them.
- ACITI’s actual mandate: Consolidate existing bilateral progress rather than generate new cooperation from a blank slate.
What complementary capabilities make trilateral cooperation viable?
- Canada: AI research strength, clean technology, and CCUS regulatory experience.
- Australia: Resource base, commercialisation capacity, and grid-scale battery storage operating experience.
- India: Manufacturing scale, population-scale digital infrastructure, and downstream industrial demand.
- Sectoral scope: AI governance, digital infrastructure, green hydrogen, battery storage, CCUS and critical minerals form a single interconnected agenda rather than separate silos.
- Strategic logic: Energy security and industrial competitiveness are treated as mutually reinforcing, not independent, policy goals.
Is the binding constraint capability or coordination?
- Minerals: The binding constraint across gallium, germanium, indium, lithium and rare earths is refining and processing capacity, not resource availability.
- AI governance: None of the three countries has binding AI legislation; all rely on voluntary, principles-based frameworks, producing convergence without harmonisation.
- Digital infrastructure: Advanced national capability coexists with unresolved rural, remote and regional connectivity gaps in all three countries.
- Financing: Commercialisation mechanisms to move projects beyond the pilot stage remain undeveloped.
- Pattern: Capability exists at the national level; the mechanism to convert it into trilateral outcomes does not.
What do country-specific positions demonstrate about where trilateral value can be added?
- Gallium: Australia is scaling toward roughly 100 tonnes as a bauxite byproduct, Canada holds pilot-stage refining capacity near 40 tonnes, India targets nearly 10 tonnes with no active production, against China’s approximately 750 tonnes.
- Lithium: Australia is the world’s largest producer, Canada ranks sixth in reserves and seventh in production while expanding refining, India is scaling demand through Jammu & Kashmir discoveries, but China retains dominant midstream refining capacity.
- AI safety standards: Canada’s Accessible and Equitable Artificial Intelligence Systems standard, Australia’s Voluntary AI Safety Standard, and India’s evolving guidelines remain non-binding by design, avoiding overregulation at the cost of interoperability.
- Grid storage: Australia’s Hornsdale Power Reserve demonstrates millisecond-scale grid stabilisation, offering a template for India’s over 90 GWh of storage projects underway and Canada’s hydro-based balancing capacity.
- Each example shows division of labour by capability stage — extraction, refining, or downstream deployment — rather than uniform national strength.
Can coordination be institutionalised given administrative and political constraints?
- Innovation Working Group: Proposed to support financing access, industrial partnerships and cross-border markets for firms across the ecosystem.
- Biannual dialogues: Proposed to tie meetings to specific deliverables, project pipelines, standards proposals, and regulatory coordination.
- Standards coordination: Sector-specific dialogues with mutual recognition mechanisms are proposed for green hydrogen certification and mineral traceability.
- Third-market collaboration: Joint engagement with Taiwan, South Korea and Japan is identified to improve bargaining power in downstream semiconductor markets.
- Primary risk: Sustained political and industry engagement across three governments, not capability, is the binding implementation constraint.
Conclusion
ACITI’s core challenge is institutional conversion, not capability shortfall. Australia, Canada and India already possess complementary strengths across AI, energy and critical minerals, demonstrated through working bilateral relationships. What remains unresolved is a mechanism to translate fragmented bilateral initiatives into coordinated trilateral delivery. ACITI’s success will depend on moving from strategic alignment to implementation discipline — mobilising capital, securing long-term commercial commitments, and sustaining political support across all three governments.