Hightech Agenda Deutschland: Germany Plan to leads Quantum
German Hightech Agenda
Germany's visionary “Hightech Agenda Deutschland” prioritises quantum technology.
The Federal Cabinet has approved the "Hightech Agenda Deutschland," a comprehensive national innovation strategy to strengthen Germany's leadership in a digital and globally competitive world, reshaping its industrial and scientific environment. At the end of July 2025, this ambitious aim prioritises quantum technologies and targets six critical technologies for future advancement.Subatomic understanding is used to advance computers, secure communications, and health in this €5.5 billion frontier technology project.
Targeted investments in important innovative fields aim to improve Germany's economic might and innovation for long-term competitiveness, value creation, and technical sovereignty.
Accelerated research, development, and application and technical growth in Germany and Europe will achieve this.
National Priority: Quantum Leap
Quantum technologies make use of electrons and photons, offering “good prospects for a bright future”. Local hardware and software development is emphasised in the Hightech Agenda Deutschland to reduce dependence on foreign suppliers and establish Germany as a worldwide quantum centre.
The plan's ambitious quantum technology goals span four important areas:
Quantum Computing: By 2030, Germany needs at least two error-corrected quantum computers that are up to speed with Europe for wide usage. Quantum sensing: Goals aim to detect diseases early and bring up new applications. Quantum communication aims to expand the innovation ecosystem while considering end users' perspectives. Our goal is to provide strong cybersecurity in the “Quantum Era” through concentrated technology transfer and exceptional foundational research. Quantum Communication will be shown in QuNET trials between 2025 and 2026. Additionally, a German quantum communication research satellite will launch in 2025. We expect the first Quantum Repeater to demonstrate long-distance Quantum Communication in 2028. Organisations like SQuaD are expected to play a major role in quantum communication collaboration and technology transfer from science to industry. In response to the need for a skilled workforce, the “Quantum Future Professionals” skills agenda seeks to increase competence development from professional training to school education.
According to the strategy, quantum technologies have many real-world applications, including data security and healthcare. We expect quantum key distribution and other cryptographic methods to secure private communications from existing cyberthreats and future quantum computer attacks. By mimicking complex molecular interactions, quantum systems can improve healthcare and drug discovery. Additionally, biotechnology's demand for advanced processing may drive the adoption of quantum instruments, while quantum simulations may expedite biotechnology's discoveries.
Germany wants to develop a national quantum ecosystem linking fundamental research and business to achieve these lofty goals. Working with universities, research institutions, deep tech startups, and established businesses can speed up development cycles and increase the likelihood that domestic labs can deliver market-ready quantum goods. Quantum is now strategically positioned alongside traditional industrial assets, and officials want to exploit Germany's precision engineering discipline to anchor the technology's supply chain in Europe.
Beyond Quantum: Holistic Innovation Strategy
The Hightech Agenda Deutschland prioritises quantum technologies and other important themes for Germany's future:
Artificial intelligence (AI): After quantum, AI is the second most important technology and will affect all others. By increasing access to training data, AI models, and personal computers, Germany and Europe hope to lead AI. To promote AI system adoption in households, enterprises, and healthcare, the agenda emphasises dependability, transparency, and smooth integration. AI infrastructure investments will aid quantum research since large-scale simulations and hybrid quantum-classical algorithms demand massive processing power. Semiconductor independence is a key microelectronics principle. Next-generation microchips, incorporating quantum computer control circuits, will be made domestically. Without chip design and manufacturing authority, authorities warn, Germany's quantum, AI, and other goals may be at risk. Biotechnology: A strong German industry, biotechnology promotes food security, environmental protection, and public health. Sustainable agriculture, new vaccines, and incurable illness cures would be funded by the government. Despite being considered unlikely, fusion energy is promoted, and Germany is accelerating research through start-up-academic alliances. It could revolutionise climate-neutral energy production, and quantum technologies could optimise reactor design and plasma physics modelling. Climate-Neutral Mobility: This segment creates a European battery supply chain, creates climate-neutral airline and shipping fuels, and tests drone deliveries. This industry may use quantum technologies to optimise power demands in electric vehicle networks and logistics truck routing. These six pillars are joined by key research areas like aerospace, security and defence, marine sciences, climate research, and the humanities. These domains are cross-cutting innovation facilitators with many social and economic impacts.
Moving Forward Together
Complete development of the Hightech Agenda Deutschland over the legislative period will begin with Federal Cabinet approval. A major kickoff event in autumn 2025 will bring together federal states, business, research institutes, and civil society organisations. To synchronise national and regional operations, this cooperative model coordinates workforce development, industrial policy, and research financing.
To maximise economic leverage from research spending, the approach improves research dissemination to industry. Reduce startup bureaucracy, streamline licensing, and encourage public-private partnerships. Germany wants to accelerate commercialisation to maintain its technological leadership in a digitally linked and integrated world and support social progress and sustainable growth for years to come.
