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Cohere Signs National MOUs to Expand Sovereign AI Across Spain and Canada

Cohere, an enterprise AI company building models for search and business applications, signed two Memorandums of Understanding (MOUs) to advance sovereign AI in Spain and Canada. These agreements follow a similar sovereign AI partnership with Aleph Alpha to provide secure alternatives to US-based cloud ecosystems.
Partner organizations
Indra Group and Multiverse Computing
Regional languages
Castilian, Catalan, Basque, Valencian, Galician
Deployment options
Cloud, VPC, on-premises, airgapped
Primary focus areas
Defense, Sovereign AI, Quantum-inspired optimization
Countries covered
Spain and Canada

The collaboration with Indra Group integrates Cohere's models into the IndraMind ecosystem for protecting critical assets and planning defense missions. This initiative addresses regional requirements by developing capabilities for official Spanish languages, including Catalan, Basque, and Galician. It mirrors a broader trend of national-level agreements, such as Anthropic's MOU with Rwanda.

Through Multiverse Computing, Cohere will explore quantum-inspired optimization to improve model efficiency. These systems are designed to run wherever data lives, including virtual private clouds and fully airgapped environments. This expansion builds on the Command A+ launch and the strategy seen in Cohere's acquisition of Reliant AI for regulated industries.

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Cohere has signed two significant Memorandums of Understanding (MOUs) across Spain and Canada that mark important milestones in our mission to deliver sovereign AI worldwide. These partnerships with Indra Group, one of the leading companies that focus on defence and advanced digitalization, and Multiverse Computing, a pioneer in quantum and AI software, demonstrate our commitment to building collaborative ecosystems that advance AI innovation while maintaining digital sovereignty. Learn more https://t.co/hBCBnu3bTA

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Still wondering? A few quick answers below.

Cohere aims to deliver sovereign AI solutions that allow enterprises and governments to own rather than rent their artificial intelligence. This approach provides organizations with full control over performance, data access, and deployment. By supporting cloud, virtual private cloud, on-premises, and airgapped environments, the company ensures that digital sovereignty and independence are maintained across different regions.

Cohere will provide sovereign large language models to be integrated into the IndraMind ecosystem, which focuses on protecting critical assets. The collaboration involves developing AI capabilities specifically adapted to the official languages of Spain, including Castilian, Catalan, Valencian, Basque, and Galician. Additionally, the partners plan to build an enterprise-geared AI platform to boost commercial opportunities between Canada and Spain.

Cohere and Multiverse Computing will collaborate on quantum-inspired AI optimization to improve the efficiency and deployment of enterprise-grade solutions. The partnership involves exploring commercial opportunities across Europe and Canada, supported by a bilateral cooperation framework between the two countries. Both parties are committed to driving revenue growth while demonstrating how specialized AI companies can deliver secure, sovereign technology.

Through its partnership with Indra Group, Cohere is developing AI solutions specifically for defense applications. These tools are designed to improve mission planning, analysis, and interoperability during multinational military exercises and operations. By providing sovereign models that can run in secure or airgapped environments, Cohere helps defense organizations maintain control over sensitive data while advancing their digital capabilities.

Cohere's sovereign AI models are designed for maximum deployment flexibility to meet strict security and data residency requirements. Organizations can run these models across public clouds, virtual private clouds, or on-premises hardware. For the most sensitive use cases, the technology supports fully airgapped environments, which are systems physically isolated from unsecure networks to ensure maximum data protection and sovereignty.

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