#quantumstrategy

IBM Ventures advances enterprise technology with AI and quantum computing.

IBM Ventures, IBM's strategic investment arm, is shaping corporate technology with more than $500 million USD in funds to encourage innovation and deliver returns. The venture arm helps creative founders driving digital revolution across industries with a focus on early-stage AI and quantum computing companies. This dual focus shows IBM's belief that these technologies will transform industries like artificial intelligence is.

A Strategic Enterprise AI Bet

IBM Ventures has invested heavily in AI since 2024, when it launched a $500 million Enterprise AI Venture Fund. The focus on enterprise adoption rather than consumer-facing apps shows a shift from augmentation to automation in enterprise AI. According to IBM's head of venture capital, Emily Fontaine, the company is seeing a rise in the need for agents in applications and new tools for engineers to refine models as AI becomes more embedded in software layers.

IBM's AI strategy invests in entrepreneurs creating automation software, domain-specific AI tools, and platforms that seamlessly integrate models. This method assumes organisations would utilise multiple AI models rather just ChatGPT, Gemini, or Claude. Fontaine calls this a “fit-for-purpose AI strategy,” where AI programs are tailored to certain tasks.

This approach is highlighted by major AI investments.

Not-Diamond: IBM Ventures invested in this dynamic AI model routing business to prepare for multi-model AI. Their multi-model enterprise AI Prompt Adaptation solution enables smarter, more effective AI systems that can adjust in real time. AuthMind: IBM helped this startup raise early funding for their observability-driven technology, which protects agentic, non-human, and human AI identities in cloud and hybrid environments. AuthMind also offers its identity security platform to IBM Security Verify clients through an OEM agreement. OX Security, supported by IBM Ventures, uses AI to filter out noise from standard AppSec solutions to assist teams find and fix real-world vulnerabilities and secure software supply chains. Unstructured: IBM Ventures invested in Unstructured, which enables no-code pipelines for content extraction and loading into Watsonx.data and AI-ready data from unstructured files easy. The investment aims to accelerate Large Language Models (LLMs) data preparation technology. Other AI investments include Hugging Face to promote open-source AI, HiddenLayer to protect AI, Synthetaic to use its RAIC platform to extract insights from image data using AI, Writer for enterprise generative AI, Rohirrim for RFP AI automation, Reality Defender for AI-generated media detection, and Ceramic.ai for faster and cheaper AI model training for businesses. Single Store and IBM are also cooperating to use Single Store DB's vector database functionality for IBM Watsonx.ai.

This AI focus is similar to IBM's $100 million Watson fund. IBM's Watsonx AI Labs and Watsonx suite are being used to better integrate corporate activities.

Pioneering Quantum Frontier

Quantum computing follows artificial intelligence as IBM Ventures' second strategic pillar. IBM expects quantum, the “next frontier for computation,” to generate huge profits. This brave investment was made while quantum startup financing is growing, notably in the first half of 2025, with more applications and proof-of-concept projects.

An important aspect of IBM Ventures' quantum strategy is helping entrepreneurs build tools to improve quantum hardware, notably by addressing error rates that distort quantum computer calculations.

QEDMA: Israeli company QEDMA raised $26 million in Series A financing for its mistake mitigation software, which adapts to each device's noise profile to increase performance without increasing qubit costs. QunaSys: IBM Ventures' investment in this Japanese business is developing quantum computing application services and user-friendly material research and chemical simulation tools. Quantinuum: IBM and Quantinuum are also working to grow the Quantum ecosystem. The goal is to create an ecosystem that can maintain IBM hardware, such its mainframes and AI systems. IBM aims to connect its hardware to the developer community and software stack to boost business adoption. IBM's quantum strategy involves academic partnerships, which is unusual. QEDMA's founders were from Technion and Hebrew University, showing how basic research may help businesses. IBM and the University of Chicago are also developing the National Quantum Algorithm Centre and Duality quantum accelerator. Through early talent and intellectual property access, these relationships aid market research findings.

Connecting entrepreneurs with IBM clients and academia for proof-of-concept (POC) trials is the primary priority right now, even if quantum computing may not be commercialised for years. These projects demonstrate how quantum approaches can be applied to chemistry, materials science, finance, and logistics. Client demand for these experiments is rising significantly.

Capital-Plus Model and Long-Term Alignment

IBM Ventures uses finance and IBM's global network and expertise to help firms thrive utilising a “capital-plus” approach. With a 90% portfolio engagement rate, the venture arm includes 20+ active enterprises. Startups benefit from this cooperative model:

Innovation: Collaborating to bring reliable technology to clients faster. Accessing networks with cutting-edge capabilities for collaboration. Accessing IBM's professional network and market repute. Leading thought: Brand recognition and market awareness. IBM Ventures also noted the departures of Variantyx, Gem Security, Lightspin, and PerciseDX. Wiz's acquisition of Gem Security shows how its cloud detection and response (CDR) platform redefined cloud security operations.

Fontaine says IBM Ventures is “hyper focused on getting into the best companies,” then will help them scale through focused commercial growth and global ecosystem integration. IBM prioritises long-term alignment over short-term benefits, building strong relationships with startups and helping them grow via smart business development. This robust team of industry leaders and deep expertise develops confidence with founder and investor communities to secure the best transactions.

Quantum Korea 2025

Seoul proudly showcases Quantum Korea 2025 this month, solidifying its global quantum hub status. This meticulously prepared international conference of scholars, government officials, industry pioneers, and institutions helps the important transition from fundamental quantum physics to broad practical application. The event, “100 Years of Quantum, Awakening Industry,” symbolises the transition from theory to practice across sectors.

South Korea's Science and ICT Ministry sponsors Quantum Korea 2025 June 24–26 at Gangnam Centre. Its timing with the UN's International Year of Quantum Science and Technology emphasises its worldwide significance and South Korea's desire to lead quantum industrialisation. The unified national statement underlines the country's commitment to this innovative sector.

The proposal weighs quantum technology's industrial and scientific possibilities. Attendees will hear from QED-C Executive Director Celia Merzbacher on policy, AWS Director of Quantum Hardware Oskar Painter on hardware, and Cornell University Prof. Eun-Ah Kim on theory.

Over three days, participants attend seminars like:

Academic/industry panels.

Public speaking.

A global trade event including products, startups, national policies, and vital cross-border ties.

Quantum Business Networking Night for critical connections.

Exclusive policy roundtables with South Korea, Switzerland, Finland, and the Netherlands on international collaboration.

Important topics are covered in sessions:

“Quantum Computing: Prototype to Utility-Scale”.

Quantum Key Distribution and Network Scaling.

“Quantum Materials and Sensing Applications”.

OECD Open Workshop on “Societal and Governance Implications”.

A central hub for public, business, and academic players is essential. It confirms that quantum technology's success depends on shared infrastructure, policy alignment, and narrative consistency.

Deep South Korean Quantum Advancement Commitment

South Korean quantum technology policy is industry-driven and innovative. It spent 4.8% of GDP on R&D in 2020, second to Israel. Government invests 30% of R&D because science and technology are crucial to the nation's future. Quantum process researchers come from Korea's semiconductor and IT industries, where Samsung and Hynix dominate market shares and have cutting-edge semiconductor process technology. A “IT powerhouse” with a substantial share of the global game software market, Korea is a wonderful destination for quantum computing and sensing developers.

On June 18, around 100 researchers, founders, and officials attended the Quantum Technology Industrialisation Forum in Seoul, which preceded Quantum Korea 2025. This seminar on integrating quantum technology into industry, enterprise roadmaps, and public life highlighted Korea's “dynamic” research scene and “rapid growth of government investment”.

The new national quantum technology priorities are:

Certification of 1,000 quantum technology applications in key domains.

Building quantum platforms for ten key businesses.

Practical, on-site training for 10,000 skilled workers. Director of the Ministry's Industrial Infrastructure Division Oh Seung-cheol said, “Commercialization of quantum technology should start from the possibility of using it in industrial sites”.

In mid-2023, the Science and ICT Ministry completed a national quantum plan. The goal is to establish Korea as a worldwide quantum economy leader by 2035 by a coordinated investment of ₩3 trillion ($2.3 billion). The strategy involves infrastructure, education, cybersecurity, commercialisation, and global cooperation.

Seven fundamental pillars form the national strategy:

Build a 1,000-qubit superconducting global quantum computer.

Use next-generation quantum sensors to build a 100-kilometer intercity quantum network.

Training 2,500 core and 10,000 quantum practitioners.

Innovative zones and startup funding help 1,200 quantum companies form.

Use sovereign Korean encryption for post-quantum cryptography.

Increasing global R&D collaboration with particular institutes and exchange programs.

Keeping policy by passing a new “Act on Nurturing Quantum Science, Technology, and Industry”.

A January 2025 discussion between President Yoon Suk-yeol and ETH Zurich experts shaped this strategic strategy, marking Korea's transition from fragmented research to industrially usable research. After the policy was introduced, MSIT Minister Lee Jong-ho said South Korea had a “golden opportunity” to become a global quantum economy leader despite its late entry. Taking the “From Digital to Quantum” journey, the goal is to become a “Leading Country” in 2030 by improving energy and security. This concept is carefully phased into “Basis” (2021-2024), “Applications” (2025-2030), and “Industry” (2031-2035). Leading: ecosystem orchestration and global collaboration