Zapata Quantum joins IBM Quantum Network to bridge hardware-software gap

Zapata Quantum, a Boston-based quantum software company, has partnered with IBM to develop quantum applications using IBM’s hardware. The collaboration aims to address the growing divide between quantum hardware advancements and the software needed to make them practical for industries like drug discovery and beyond.

Partnership aims to bridge quantum hardware-software gap

Zapata Quantum, a Boston-based quantum software company, has joined the IBM Quantum Network to collaborate on developing quantum applications using IBM’s quantum computing hardware. According to The Next Web, the partnership aims to address a key challenge in the quantum industry: the gap between rapidly advancing hardware and the software required to harness its potential.

Zapata Quantum specializes in helping organizations identify problems that quantum computers can solve and develops the software to address them. The company does not manufacture quantum hardware but focuses on creating tools to enable practical applications of the technology.

Prior collaboration and industry impact

This is not the first time Zapata Quantum and IBM have worked together. In 2025, the two companies co-authored a study published in Nature Biotechnology that identified potential drug candidates targeting KRAS, a protein linked to several cancers. According to The Next Web, the study demonstrated the potential of quantum computing in drug discovery, a field where simulations could significantly accelerate research.

The partnership also builds on earlier work, including a paper co-written by scientists from both companies on using a quantum chip to factor numbers, a foundational task for quantum computing.

Tools and long-term goals

Zapata Quantum’s tool, Quantum Pilot, is designed to help firms select and build quantum projects. The tool is hardware-agnostic, meaning it can run on quantum hardware from any manufacturer, not just IBM’s. According to The Next Web, insights gained from the IBM partnership will feed into Quantum Pilot, making it more effective for clients.

Jonny Olson, Zapata Quantum’s Co-founder and Vice-President of Strategy, reportedly highlighted IBM’s superconducting machines as particularly appealing to customers due to their speed.

IBM has set an ambitious goal of delivering its first fault-tolerant quantum computer by 2029. Fault-tolerant quantum computers are expected to be a major milestone, enabling reliable and large-scale quantum computations.

Zapata Quantum’s background and challenges

Zapata Quantum was founded in 2017 as a spin-out from Harvard University. The company has faced significant challenges, including a bankruptcy restructuring in 2025. After emerging from restructuring, Zapata Quantum began trading on the OTCQB market in the U.S., a platform for early-stage and developing companies.

Despite its financial struggles, the company remains focused on advancing quantum software and helping organizations navigate the complexities of quantum computing.

Background: Quantum computing’s evolving landscape

Quantum computing is an emerging field with the potential to revolutionize industries such as pharmaceuticals, finance, and logistics. However, the technology is still in its early stages, with practical applications limited by hardware constraints and the lack of mature software tools.

IBM has been a key player in the quantum space, investing heavily in developing quantum hardware and fostering collaborations with software companies to explore real-world use cases. The company’s goal of delivering a fault-tolerant quantum computer by 2029 reflects its commitment to overcoming the technical hurdles that currently limit quantum computing’s scalability.

What this means

Lazyfounder analysis — our interpretation, not reported fact.

This partnership underscores a critical challenge in quantum computing: the growing divide between hardware advancements and the software required to make them useful. For startups and enterprises exploring quantum applications, Zapata Quantum’s collaboration with IBM signals an opportunity to bridge that gap—particularly in industries like drug discovery, where quantum simulations could accelerate breakthroughs.

However, the fact that Zapata Quantum is still trading on the OTCQB market after a bankruptcy restructuring adds a layer of risk. Founders and operators should weigh the potential of quantum software against the company’s financial stability and the broader uncertainties of the quantum market. The focus on fault-tolerant quantum computing by 2029 also suggests that practical, large-scale quantum applications may still be years away, requiring patience and strategic planning for those investing in the space.

Key takeaways

• Zapata Quantum has partnered with IBM to develop quantum applications using IBM’s hardware, focusing on bridging the hardware-software gap.
• The collaboration builds on prior work, including a 2025 study identifying drug candidates for KRAS-linked cancers.
• Zapata Quantum’s Quantum Pilot tool is hardware-agnostic and helps firms select and build quantum projects.
• IBM’s goal to deliver a fault-tolerant quantum computer by 2029 highlights the long-term nature of quantum advancements.
• Zapata Quantum’s financial history, including bankruptcy restructuring, may impact its ability to deliver on its ambitions.

FAQ

What is the goal of the Zapata Quantum and IBM partnership?

The partnership aims to bridge the gap between advancing quantum hardware and the software required to leverage it effectively. Zapata Quantum will use IBM’s quantum computing hardware to develop applications for its clients, focusing on industries like drug discovery.

What is Quantum Pilot?

Quantum Pilot is a tool developed by Zapata Quantum that helps organizations identify and build quantum projects. It is hardware-agnostic, meaning it can run on quantum hardware from any manufacturer.

Why is fault-tolerant quantum computing important?

Fault-tolerant quantum computers are designed to perform reliable computations at scale, overcoming errors that currently limit quantum systems. IBM’s goal to deliver its first fault-tolerant quantum computer by 2029 represents a significant milestone in the industry.

What challenges has Zapata Quantum faced?

Zapata Quantum underwent bankruptcy restructuring in 2025 and now trades on the OTCQB market, a platform for early-stage companies. Despite these challenges, the company continues to focus on advancing quantum software.

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