Sensible Biotechnologies
Therapeutics
Read moreLocated at the confluence of science and engineering, deep technologies leverage scientific insights to realize improved solutions and radically new capabilities.
Quantum technologies, and in particular quantum computing, have the potential to revolutionize both entire industries and society in general: it is anticipated that quantum computing will make it possible to develop insights into and viable solutions for some of the most intractable sustainability and climate-related challenges facing the planet.
The vision of BII Quantum Lab is to support world-class innovation based on quantum information science that drives the development of new solutions by early-stage start-ups for the benefit of people and society.
Our mission is to incubate world-class quantum information science and catalyze the commercialization of new solutions through start-ups by using our knowledge, network, funding, and infrastructure.
BII Quantum Lab in collaboration with DIANA drives innovation within quantum technologies by supporting early-stage startups. Our tailored program focus on developing interdisciplinary teams, identifying and developing the most promising business case, and determining the most suitable technology development pathways for commercial viability and company growth.
Learn more about the DIANA accelerator program
1. Driving Innovation
Unlocking the next generation of mRNA medicines.
Cogitat uses AI to read brain waves and convert them into digital commands.
We create affordable, cutting-edge technology to bring healthcare closer to patients.
TrUE Quantum-Secure Cryptography – only through QiSpace™
Pioneering a new era of secure communications through our innovative quantum technology platform.
Revolutionizing diagnostics by developing a new bio-photonics platform for continuous biomarker detection.
DARERL provides digital twin technology for computerized testing and design of medical devices.
Phanofi is on a mission to bring high-speed data communication to everyone.
Developing a quantum random number generator that will enable safe data sharing in the post-quantum era.
Sqale is revolutionizing biomanufacturing by using quantum technologies.
Developing a quantum diamond-magnetic microscope to be used by neuroscientists to diagnose diseases.
Unlocking the Quantum Future by enabling the mass market adoption of quantum technologies into everyday life.
Developing highly secure telecommunication systems for aerospace, defense and governmental applications.
Plug and Play Quantum Devices
We design and build photonic sensors.
Qubitrium offers solutions to problems in quantum cryptography, communication and quantum sensing
We build dual-use hardware and software to enable the future of confidential computing.
DIANA is short for The Defence Innovation Accelerator for the North Atlantic (DIANA). Read more on the DIANA accelerator network: DIANA | Home (nato.int) You can find an overview of the European DIANA test centers here, including the I-Hub innovation Center at Imperial College in the UK.
Yes, both Danish and international start-ups will be taken into consideration. In DIANA regi though, only from the NATO member states.
Increased computing power will positively impact life sciences in various ways. It will, for example, make it easier to mathematically calculate conformations and quantum interactions in molecular systems, which paves the way for a significant acceleration in developing new drugs. Moreover, as Quantum computing can process a variety of data from several sources and make granular risk predictions, it can have a huge impact on the application of human healthcare data, diagnostics, and precision medicine, which could subsequently impact drug & treatment pricing. From a sustainability perspective, increased computing power is essential for optimizing energy systems. Optimized energy systems should be capable of channelizing green energy production to those places with the most significant energy demand. Optimizing processes and making them more energy-efficient can also decrease the overall energy usage of computing power. At the same time, computing power will help in the overall understanding of bio-based energy production.
There is already significant interest from long-term investors in this area, and BII aims to build a strong network of investors that can further strengthen the development of a robust innovation environment in quantum technologies. NATO recently announced a €1B NATO Innovation Fund, which could provide deep tech start-ups with investment opportunities. Read more here: NATO – News: NATO launches Innovation Fund, 30-Jun.-2022 Other investors in quantum technology have included big tech companies, major tech VC’s, dedicated Deep Tech VCs, and several government funds across the world.