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Sovereign Tech Fund | Sovereign Tech Agency

With the Sovereign Tech Fund, we invest globally in the open software components that underpin Germany's and Europe's competitiveness and ability to innovate. By targeting core digital infrastructure, our investments scale across many sectors and benefit a broad range of users. Improving the security, stability, and reusability of open software components directly enhances the productivity, competitive edge, and capacity for innovation of startups and small and medium-sized businesses.

AI Sovereign Compute Infrastructure Program

On this page About the AI Sovereign Compute Infrastructure Program Available funding Call for applications Contact us Related links About the AI Sovereign Compute Infrastructure Program The AI Sovereign Compute Infrastructure Program (SCIP) is a key initiative under the Canadian S

The Path to a Sovereign Tech Stack is Via a Commodified Tech Stack | TechPolicy.Press

Strategic standardization of cloud infrastructure backed by procurement power and market forces is the right way to tame the hyperscalers, writes David Eaves.

The State of Sovereign AI Adoption (Research) | Cohere

Understand the key drivers and barriers for adopting sovereign AI across critical industries, based on an IDC InfoBrief commissioned by Cohere.

Radicle: the sovereign forge

Sovereign code infrastructure.

Radicle: the sovereign forge

Sovereign code infrastructure.

EU-AI | Igor L.

The geopolitical landscape is shifting from physical borders to digital infrastructure. Here is a factual breakdown of how a $500 billion investment in "Sovereign AI" is changing global power dynamics. The Shift: From Land to "Substrate" Historically, a nation’s power was defined by its territory and legal systems (the Westphalian model). Today, power is increasingly tied to the compute substrate—the physical hardware and energy required to run AI. 1. Infrastructural Enclosure The "Sovereign Compute Coalition" (SCC) represents a massive consolidation of power. Major private entities are acquiring the three pillars of modern national strength: * Hardware: High-end AI chips (e.g., Nvidia). * Energy: The massive power grids needed to fuel them. * Data Centers: The physical "brains" of the digital economy. 2. The Rise of Technocracy As private companies own these essential tools, governments may find themselves in a position where they effectively "rent" their ability to govern. This moves decision-making power away from elected officials and toward those who control AI infrastructure. 3. Europe’s Strategic Response Europe is launching several initiatives to avoid becoming a "client state" of foreign tech providers. The strategy focuses on four main channels: * 8ra Initiative: Building a decentralized, multi-provider cloud-edge architecture to ensure data remains under European control and interoperable across borders. * ReArm Europe: A strategic defense package (presented in March 2025) aimed at boosting industrial competitiveness and reducing strategic dependencies in technology and defense. * Sovereign LLMs: Developing domestic models, such as Mistral, that are designed to align with European data privacy standards and cultural values. * Energy & Procurement: Using public procurement and new regulatory frameworks to create demand for homegrown, sustainable energy-efficient compute solutions. The goal of these moves is #DigitalSovereignty : the ability for a region to control its own digital destiny without relying exclusively on transnational monopolies. Data tells the real story. Are you following it? Follow #datanomics

Sovereignty and Landscape | Simon Wardley | 15 comments

X : What is digital sovereignty? Me : I was asked that question by some friends within Government at the beginning of this month. I know some have been working on the idea, which is very encouraging, but I gave my tuppence worth of a definition. "Digital sovereignty is a country's ability to make its own decisions about the technology it uses, the data it creates, and how digital systems work in service of its people rather than being forced to accept choices made by other entities. This requires continuous situational awareness of the economic and technological landscape to anticipate changes, maintain strategic advantage, and shape international digital norms. Digital sovereignty is achieved through strategic control over critical digital assets and relationships, extending from public sector systems to the broader digital ecosystem affecting citizens and economic interests." The key is choice. You are sovereign if you retain the ability to make your own decisions rather than being forced to accept the decisions of others. This doesn't mean you need to own the entire tech stack, or all the data but you do need to maintain control over critical assets and relationships. This can be achieved by many means not just by conflict with others but through co-operation and collaboration (i.e. all the forms of competition matter). You also can consciously compromise, accepting some loss of sovereignty in one space to gain sovereignty in another. Anyway, I quite like the Mike Bracken description https://lnkd.in/eFjzcAdr "Digital sovereignty is the agency and capacity of any organisation to make intelligent, informed choices to shape its digital future by design". I used to do a lot of work on sovereignty many years ago, so if you want to know more about my view and how to achieve this, well I have a series of hopefully useful but somewhat introductory posts. Sovereignty and Landscape https://lnkd.in/eku2X_Ea Societal versus Market benefit https://lnkd.in/eXxkCv-K Whose interests are you serving? https://lnkd.in/eAgHS5wc | 15 comments on LinkedIn

Infrastructure for Interdependence: Building technology in service of collective power

[This document serves as a memo for investors]

Open Systems Foundation

Building open infrastructure for a thriving planet.

Mitigating Geopolitical Risks with Local-First Software and atproto

Martin Kleppmann discusses the urgent need for technological sovereignty in modern infrastructure. Exploring the shifting landscape of global tech dependencies, he shares how engineering leaders can leverage multi-cloud architecture, de facto API standardization, the AT Protocol, and local-first development paradigms to reclaim user agency and build highly resilient systems.