Germany's “Invest in Germany” Summit: Chips, AI and Deep Tech

Following our first post, in which we introduced the Invest in Germany Summit in mid-October 2026 and its seven thematic deep dives, we now take on the two sessions at the Summit next week (20 October) framing the government's technology agenda: Industrial AI & Semiconductors, hosted by Federal Minister for Economic Affairs and Energy, Katherina Reiche, as well as Innovation, Deep tech & Space, hosted by Federal Minister of Research, Technology and Space, Dorothee Bär. They are a natural pair: Both rest on the same policy foundation, and both have quietly become as much about economic and national security as about growth.

One agenda behind two sessions

Industrial AI, chips, quantum computing, biotech and space cover a broad spectrum of – not always directly connected – topics. In the German government, they are promoted in one joint strategy: the Hightech Agenda Deutschland, adopted by the cabinet in July 2025 with around EUR 18 billion earmarked until 2029. Rather than spreading money thinly, the government has selected six key technologies, ranging from AI to quantum technologies and climate-neutral energy generation.

That choice matters for investors. The government is focusing on specific fields it believes Germany can lead in, and it is prepared to co-invest to prove it. The coalition agreement of spring 2025 already pointed the way: support for at least one European AI Gigafactory on German soil, two quantum computers at European top level by 2030, and a stronger national space programme. 

Industrial AI and semiconductors

The two deep dives at the Invest in Germany Summit are where those promises to turn into pitches to investors. There is a lot to talk about: Since the coalition agreement early last year, the follow-through has been steady. The government adopted a Microelectronics Strategy in October 2025, followed by a National Data Centre Strategy in March 2026, which aims to double overall data centre capacity and quadruple AI and high-performance computing capacity by 2030. In July 2026, it also submitted 14 projects under the IPCEI for Advanced Semiconductor Technologies, backed by up to EUR 3.8 billion in combined federal and state funding.

Deeptech and space: closing the growth-capital gap

Germany has a strong research base in deep technology, but access to later-stage financing remains a challenge in several fields. As companies scale, their capital requirements can rise substantially. But large growth rounds are frequently led by non-European investors, and some companies relocate or list abroad as they scale, making it more difficult to retain investment and growth in Germany. 

The space sector faces similar conditions, including high technical risks, long development cycles and significant funding needs, while public procurement is becoming an increasingly relevant source of demand.

The government's answer combines public co-investment with dedicated funding instruments. The Zukunftsfonds, with around EUR 10 billion in public capital, includes a EUR 1 billion DeepTech & Climate Fund. Alongside it, the WIN initiative aims to mobilise roughly EUR 12 billion in private venture capital by 2030.

On space, Germany's first-ever Space Security Strategy (November 2025) commits around EUR 35 billion to military space capabilities by 2030. At the November 2025 ministerial conference of the European Space Agency, Germany pledged EUR 5.4 billion and is its largest contributor. And it has now moved to close one notable gap: a draft bill for a national space law (Weltraumgesetz) has been circulated at ministerial level. The draft would give companies a domestic framework for licensing, registration, supervision and liability, including a cap on recourse claims against operators. Industry associations have nonetheless warned of added red tape and legal uncertainty, and the national rules will have to fit with the EU's own Space Act, which is still being negotiated in Brussels.

Where the two stories meet: economic security

Taken together, the two sessions suggest that technology policy is increasingly being considered alongside economic and national security concerns in Berlin. Recent developments have highlighted the importance of resilient semiconductor supply chains for German industry, including for established legacy components. Similar considerations apply to AI and space, where secure access to key technologies, infrastructure and service providers is increasingly shaping policy discussions. The government’s approach therefore places greater emphasis on strengthening European capabilities, safeguarding digital sovereignty and diversifying supply relationships.

The two sessions illustrate how Germany’s proposition to investors is evolving. The offer is no longer based solely on research excellence or the size of its industrial base. It increasingly combines public co-investment, procurement, infrastructure policy and a clearer focus on strategically important technologies. This may entail additional regulatory considerations, particularly in dual-use and critical sectors (see our blogpost on the draft Investment Screening Act in Germany) but it also reflects the government’s intention to provide more active support to technologies considered important for future competitiveness.

The timing is no coincidence. With the economy only slowly emerging from stagnation, the government is using the fiscal room created by the 2025 reform of the debt brake, including the EUR 500 billion infrastructure special budget and higher defence budgets, to back strategic technologies with public money and procurement. Investors will look for accessible funding instruments, faster administrative procedures, regulatory certainty and a reliable pipeline of projects. Germany does not yet have all these elements in place, and some initiatives remain at an early stage. Nevertheless, the direction of travel is becoming clear.

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