Founded in 2017 in Krakow, Poland, BEIT was born out of the collective vision of seasoned professionals who honed their skills at world-class institutions such as Google, CERN, Motorola, and Allegro. Drawing on backgrounds in quantum physics, algorithm design, and technical management, our founding team brought the perfect blend of academic rigor and industry insight to make a real impact on the emerging field of quantum computing.
Founded in 2017 in Krakow, Poland, BEIT was born out of the collective vision of seasoned professionals who honed their skills at world-class institutions such as Google, CERN, Motorola, and Allegro. Drawing on backgrounds in quantum physics, algorithm design, and technical management, our founding team brought the perfect blend of academic rigor and industry insight to make a real impact on the emerging field of quantum computing.
Founded in 2017 in Krakow, Poland, BEIT was born out of the collective vision of seasoned professionals who honed their skills at world-class institutions such as Google, CERN, Motorola, and Allegro. Drawing on backgrounds in quantum physics, algorithm design, and technical management, our founding team brought the perfect blend of academic rigor and industry insight to make a real impact on the emerging field of quantum computing.
Our early successes—including graduating from the Creative Destruction Lab’s prestigious quantum stream—set the stage for even bigger strides. We secured significant funding from leading venture capitalists, including Kindred Capital, Manta Ray Ventures, and Firebolt Ventures, alongside high-caliber investors from Bloomberg Beta, Data Collective VC, and Spectrum28. These partnerships, combined with substantial EU grants, fueled our ability to prototype advanced quantum solutions and form high-profile collaborations—most notably with Quantinuum (formerly Honeywell Quantum Solutions), where our Micro Diffuser algorithm broke new ground in quantum advantage for unstructured search.
Our early successes—including graduating from the Creative Destruction Lab’s prestigious quantum stream—set the stage for even bigger strides. We secured significant funding from leading venture capitalists, including Kindred Capital, Manta Ray Ventures, and Firebolt Ventures, alongside high-caliber investors from Bloomberg Beta, Data Collective VC, and Spectrum28. These partnerships, combined with substantial EU grants, fueled our ability to prototype advanced quantum solutions and form high-profile collaborations—most notably with Quantinuum (formerly Honeywell Quantum Solutions), where our Micro Diffuser algorithm broke new ground in quantum advantage for unstructured search.
Our early successes—including graduating from the Creative Destruction Lab’s prestigious quantum stream—set the stage for even bigger strides. We secured significant funding from leading venture capitalists, including Kindred Capital, Manta Ray Ventures, and Firebolt Ventures, alongside high-caliber investors from Bloomberg Beta, Data Collective VC, and Spectrum28. These partnerships, combined with substantial EU grants, fueled our ability to prototype advanced quantum solutions and form high-profile collaborations—most notably with Quantinuum (formerly Honeywell Quantum Solutions), where our Micro Diffuser algorithm broke new ground in quantum advantage for unstructured search.
Today, we’re pushing beyond pure quantum research to pioneer next-generation quantum-inspired algorithms for drug discovery—technology that delivers up to a 10x improvement in computational chemistry. Our focus is to accelerate molecular modeling, opening the door to faster, more precise, and more cost-effective drug design. In doing so, we aim to drive a digital chemistry revolution, where complex molecular challenges can be solved at previously unimaginable speed and scale.
Today, we’re pushing beyond pure quantum research to pioneer next-generation quantum-inspired algorithms for drug discovery—technology that delivers up to a 10x improvement in computational chemistry. Our focus is to accelerate molecular modeling, opening the door to faster, more precise, and more cost-effective drug design. In doing so, we aim to drive a digital chemistry revolution, where complex molecular challenges can be solved at previously unimaginable speed and scale.
Today, we’re pushing beyond pure quantum research to pioneer next-generation quantum-inspired algorithms for drug discovery—technology that delivers up to a 10x improvement in computational chemistry. Our focus is to accelerate molecular modeling, opening the door to faster, more precise, and more cost-effective drug design. In doing so, we aim to drive a digital chemistry revolution, where complex molecular challenges can be solved at previously unimaginable speed and scale.
At BEIT, our team of physicists, mathematicians, software engineers, and R&D managers thrives on breaking boundaries. By combining cutting-edge science with a practical, solutions-oriented approach, we’re making quantum-inspired innovations a reality for the pharmaceutical industry—and reshaping the future of healthcare in the process.
At BEIT, our team of physicists, mathematicians, software engineers, and R&D managers thrives on breaking boundaries. By combining cutting-edge science with a practical, solutions-oriented approach, we’re making quantum-inspired innovations a reality for the pharmaceutical industry—and reshaping the future of healthcare in the process.
At BEIT, our team of physicists, mathematicians, software engineers, and R&D managers thrives on breaking boundaries. By combining cutting-edge science with a practical, solutions-oriented approach, we’re making quantum-inspired innovations a reality for the pharmaceutical industry—and reshaping the future of healthcare in the process.
