welcome industrial tech founders!

Video file
AI-driven supply chain superintelligence
organic electrolyte flow-battery technology
ultra-low noise lasers
industrial energy management systems
AI-driven supply chain superintelligence
organic electrolyte flow-battery technology
ultra-low noise lasers
industrial energy management systems
AI-driven supply chain superintelligence
organic electrolyte flow-battery technology
ultra-low noise lasers
industrial energy management systems

industrial tech

From quantum and AI to new materials, energy systems, and urban technologies, industrial tech is accelerating fast. Now is the moment to reshape entire sectors. We stay close to the researchers, founders, and industry partners driving this shift, keeping us connected to where the future of industry is being built.

XISTA facts

12
industrial-tech companies
356
jobs created
21
Mio € invested by XISTA
63
Mio € invested by other funds
36
co - investments
18
Mio € of public funding

what we offer

 

At XISTA, we support researchers and founders developing technologies that deliver real innovations for industry. We offer early exposure to the venture path, focused incubation, mentoring and practical training. Our infrastructure includes state-of-the-art labs, prototyping facilities and modern office space equipped for engineering and deep-tech development. When teams are ready to advance, XISTA Science Ventures can provide early investment and long-term support. Together, these elements create a setting where industrial-grade ideas can take shape, grow and move toward application with clarity and confidence.

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facilities at ISTA

infrastructure & labs

We provide the spaces and facilities that help science and innovation grow together. At XISTA, infrastructure means possibility. Our spaces and facilities connect scientists, founders, and partners working to turn ideas into reality.
More about infrastructure & labs
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xistatalk

awareness & community

We bridge science and innovation, sparking visibility and connections across disciplines.
We offer a wide range of formats, spanning major flagship gatherings, hands-on community actions, and smaller, more personal dialogue sessions.
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Awareness and community

incubation & mentoring

At XISTA, we turn science into ventures, and support the people behind them. Our programs give researchers the space, guidance, and confidence to explore entrepreneurship, backed by mentors who understand both science and business.
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programmes & resources

Our programs and resources create the bridge between research and entrepreneurship, giving scientists the tools and confidence to take the next step. 

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Alexander Pekarsky

XISTA fellowship

The XISTA Fellowships give scientists the space and support to transform promising ISTA research into startup opportunities. For 12–18 months, Fellows work closely with xista innovation to shape a business strategy while running key validation experiments. With mentorship, expert networks, and access to ISTA’s facilities, the program helps founders develop a clear proof of concept and prepare for successful company formation.
More about XISTA fellowship
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quilab

quantum i lab

The Quantum iLab supports researchers in turning quantum ideas into commercial opportunities.
From first concepts to venture-ready paths. Open to Master’s students, postdocs, PIs and researchers from neighbouring fields such as computer science and engineering, it brings together leading institutions, industry partners, investors and accelerators across Austria and beyond.
Participation is free for researchers from partner institutions, with additional options available upon request.
More about quantum i lab
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e101

innovation bridge program

We are forming ambassadors. The Innovation Bridge Program is a joint initiative by XISTA Iand ISTA to empower PhD and Postdoc researchers to act as innovation catalysts within their research clusters on campus.
More about innovation bridge program
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e101

We offer personal science-entrepreneurship mentoring with our innovation leads, exclusively available to the ISTA community
More about e101
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F&E Architekten/ Robert Oberbichler

science startup space

Perks of having a home at XISTA Science Park?
A thriving international campus just across the bridge, vibrant life, active research, and world-class facilities within reach.
On site, teams get functional lab space, reliable infrastructure, and fast support. As well as community infrastructure, meeting rooms, and food pop-ups at lunchtime.
Scientists and founders work side by side, close to talent, ideas, and partners. It’s a place where research meets business without friction, giving science-driven companies what they need to grow and scale.
More about science startup space
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facilities

scientific services

The Scientific Service Units (SSUs) at ISTA bring together all state-of-the-art facilities that support research across the institute. They provide the infrastructure, expertise, and technical services that enable scientists to work efficiently and at the highest level. By centralizing equipment and specialized know-how, the SSUs ensure that research groups can access advanced technologies without unnecessary duplication of resources.More than 140 experts across ten units continuously develop and adapt their services to meet the evolving needs of ISTA’s growing scientific community.
More about scientific services

our industrial-tech expertise

Our team brings together deep expertise in chemistry, mechatronics, computer science, biotech, and energy-intensive industries, paired with strong experience in technology transfer and venture building. They actively scout emerging technologies, work closely with founders, and are regularly present at major industry and tech events, giving us the edge to spot real potential early and help it scale fast.

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companies

Our companies at a glance

Prewave

backed by fund I
Industrial Tech

Supply chains react to risk long after it happens. Prewave brings foresight. 
 Using natural language processing across more than fifty languages, it tracks over one hundred risk categories including labor unrest, financial instability, environmental incidents and political tension. 
 Spun out of TU Vienna by Lisa Smith and Harald Nitschinger, Prewave transforms global noise into actionable intelligence for transparent and resilient supply networks. 
 

More about Prewave
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prewave

ORA Computing

backed by fund II
Industrial Tech

Modern artificial intelligence models are powerful but too large for everyday devices. Ora Computing compresses and optimizes these models so they can run efficiently on phones, cars and edge hardware without loss of performance. 
 The result is faster, private and energy efficient intelligence across industries. 
 Founded by researchers from the Institute of Science and Technology Austria, ETH Zurich and Harvard with experience at Apple, Citadel and Pasqal, Ora Computing turns model theory into deployable infrastructure. 

 

More about ORA Computing
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ora

Rivus Batteries

backed by fund I
Industrial Tech

The energy transition needs storage that scales without scarcity. Rivus Batteries develops organic flow batteries made from safe and abundant materials that are non flammable, non corrosive and fully recyclable. 
 Their chemistry improves with scale, unlike metal based batteries that grow costlier and less sustainable. 
 Founded by Cedrik Wiberg and Andreas Kölling, the Chalmers University spin off brings years of electrochemistry research to the edge of commercialization. 


 

More about Rivus Batteries
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rivus

Subdron

backed by fund I
Industrial Tech

Below the waterline lies untapped potential for efficiency. Subdron builds autonomous underwater drones that inspect ship hulls and port structures, detecting biofouling and damage through artificial intelligence and precision sensing. 
 Reducing drag means reducing fuel use and emissions. The technology could cut fuel consumption by up to forty percent in a sector responsible for nearly three percent of global carbon output. 
 Built on research from STO CMRE, the University of Oldenburg and Fraunhofer IBMT, Subdron’s team merges robotics and marine engineering to modernize underwater maintenance. 


 

More about Subdron
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subrone

VERTUS energy

Industrial Tech
On Site

Waste is becoming a resource. Vertus Energy uses microbial engineering to turn organic waste into clean, dispatchable energy, not by replacing biogas plants but by making them dramatically more efficient.Its platform steers the behavior of bacterial communities inside anaerobic digesters, accelerating biomethane production and increasing output from the same amount of waste. The result is faster and more consistent renewable energy generation and a smarter way to run circular economy infrastructure. BRIO, their first technology, operates inside an anaerobic digester and enables up to three times more waste processed and up to sixty percent greater energy recovery.

Founded by Dr Danilo Pérez, Freddy González and Benjamin Howard, Vertus Energy shows how industrial biotechnology can upgrade the foundations of the global energy system itself.

More about VERTUS energy
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vertus

NISTA.io

backed by fund I

Industrial energy systems generate endless data but little insight. nista.io closes that gap with an artificial intelligence platform that transforms complex time series data into clear, actionable measures for reducing energy use and emissions. Their Energy Efficiency as a Service model replaces static audits with continuous improvement, aligning operational savings with environmental goals. Founded at TU Vienna by Anna Pölzl, Benjamin Mörzinger and Markus Hoffmann, nista.io builds digital infrastructure for sustainable industry.

More about NISTA.io
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nista

VitreaLab

backed by fund I
Industrial Tech

VitreaLab develops photonic light engines that replace conventional LEDs with laser light guided through microscopic waveguides inside glass. This creates brighter, more efficient and more color precise illumination for two dimensional screens, AR and VR devices and emerging three dimensional and holographic displays. 
The technology is based on controlling coherent laser light inside glass without losing polarization or spectral purity, a method inspired by quantum photonics. It offers a compact and stable source that can upgrade current display architectures and unlock entirely new ones. 
VitreaLab began as research at the University of Vienna in collaboration with the Politecnico di Milano. The team has since scaled the platform and is bringing its Quantum Light Engine into real world products. 


 

More about VitreaLab
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vitrealab

ReCatalyst 

backed by fund I
Industrial Tech

Fuel cells can decarbonize heavy transport if we reduce their reliance on platinum. ReCatalyst reengineers the catalyst, using intermetallic platinum alloy nanostructures that cut precious metal content while improving performance and lifetime. 
 This platform technology lowers cost barriers and accelerates the scale up of hydrogen powered systems. 
 Founded in 2021 by Tomaž Bizjak and Matija Gatalo as a spin off from the National Institute of Chemistry in Ljubljana, ReCatalyst transforms materials science into clean energy impact. 
 

More about ReCatalyst 
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recataylst

Infrared City

backed by fund I
Industrial Tech

Climate simulation used to be a bottleneck in design. Infrared.city turns it into live feedback. Its artificial intelligence models, trained on thousands of urban simulations, predict light, wind and heat performance directly within design software. 
 The result is faster, evidence based decisions for resilient and low emission cities. 
 Spun out of the City Intelligence Lab at the Austrian Institute of Technology by Angelos Chronis, Oana Taut, Theodoros Galanos and Christos Chatzakis, Infrared.city brings environmental intelligence into the creative process. 

 

More about Infrared City
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infrered

new industrial tech start up*

stealth
backed by fund II
Industrial Tech

We’re currently supporting a pioneering industrial-tech company operating in full stealth mode. While we can’t share details yet, their work has the potential to reshape a key segment of the sector. Once they step out of stealth, you’ll find the full story here.

More about new industrial tech start up*
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is

new industrial tech start up

stealth
backed by fund II
Industrial Tech

We’re currently supporting a pioneering industrial-tech company operating in full stealth mode. While we can’t share details yet, their work has the potential to reshape a key segment of the sector. Once they step out of stealth, you’ll find the full story here.

More about new industrial tech start up
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is

faqs

Most frequently asked questions

How does XISTA evaluate early industrial-tech opportunities?

Our team has backgrounds in chemistry, mechatronics, computing, robotics, and energy-intensive industries. We focus on feasibility, scalability, differentiation, and the technical milestones required for industrial relevance.

How does XISTA handle IP for industrial-tech collaborations?

We provide IP consulting to ensure background IP is clear, ownership is defined, and protection strategies match engineering and software realities. This helps create clarity early, which is essential for hardware-heavy or computational innovations.

What is the Quantum Innovation Lab and how does it relate to industry partners?

The Quantum Innovation Lab is a dedicated program for quantum and deep-tech founders. It introduces critical aspects of quantum engineering, application pathways, IP, technical readiness, and industry expectations. For partners, it serves as a bridge to emerging quantum talent and early prototypes being shaped for real use cases.

Are there XISTA fellowships for future industrial-tech founders?

Yes. Our selective fellowships support researchers as they test critical assumptions, build early prototypes, and refine applications with guidance from our industrial-tech experts.

Where can I find both capital and credible partners for my startup?

XISTA combines early-stage funding through XISTA Science Ventures with access to mentors, researchers, and corporate partners. We help you secure investment and build strong foundations for growth. 

I have a prototype but no clear market entry plan. Can XISTA help?

We can explore this together, but the next steps depend on more than having a prototype. When we evaluate a project, we look at the underlying technology, the strength of the intellectual property, the market potential, and whether there is a realistic path to building a scalable business. If these elements align, we can support founders in shaping their strategy and connecting them with the right expertise. If they do not yet align, we can still offer feedback on how to strengthen the case for a successful entry into the market.

How can we access new technology that fits our R&D pipeline?

XISTA matches industrial partners with emerging technologies from ISTA and startups in the ecosystem. We facilitate licensing, pilot collaborations, and long-term research partnerships. 

 

We need to strengthen our innovation culture. Can XISTA support this?

We can support you where innovation grows best: in strong communities. XISTA builds networks across Europe and within Austria, connecting researchers, founders and industry through programs like xbio, our founder workshops and the broader Science Park ecosystem.

How does XISTA contribute to regional and national innovation capacity?

XISTA connects public research, private capital, and infrastructure. Together with institutional partners, we build lasting frameworks that translate science into economic and societal value. 

How do XISTA Science Ventures investments differ from other early-stage funds?

We focus entirely on deep-tech companies that originate from solid science. Our team brings together research experience, IP expertise and venture building skills, so we can evaluate technologies in detail and support founders well beyond the first financing round. We invest when the underlying science is verified, the intellectual property is defensible and the path to a real product is credible, and we stay engaged through Fund I and Fund II with a long-term view.

How does XISTA contribute to regional and national innovation capacity?

XISTA connects public research, private capital, and infrastructure. Together with institutional partners, we build lasting frameworks that translate science into economic and societal value. 

What kind of ongoing support do XISTA portfolio companies receive after investment?

Startups in the XISTA ecosystem gain access to communications guidance, investor preparation, and technical resources through the XISTA Science Park. We stay engaged as companies scale. 

 

What programmes does XISTA offer for early-stage founders and researchers?

XISTA runs dedicated programmes that help scientists become entrepreneurs. XBio supports life science founders from first experiments to investor readiness. Quantum iLab connects quantum and photonics projects with business expertise. XISTA Fellowships give researchers time and mentorship to develop venture ideas. 

contact us

Would you like to learn more about XISTA or explore partnership opportunities?
Write to us and we will get back to you.

Information on data protection, your rights and our contact details may be found here.