Deep Tech

The Exploration Company's mission is to make space exploration affordable, sustainable and open. To realize this mission, they have developed a modular and reusable orbital vehicle that can eventually be refuelled in orbit. The technical bricks of Nyx are built with open interfaces: they are available on a SpaceStore to enable space & non-space companies to use them and develop new applications.

SiZable Energy have reinvented pumped-hydro energy storage and brought it offshore. Traditional pumped-hydro exploits the gravitational potential of freshwater. SiZable exploit the gravitational potential of ~20% heavier-than-water sea salt brine in seawater. SiZ combines the benefits of pumped-hydro energy storage with the unlimited scaling potential and streamlined deployment provided by an offshore environment, all without making use of polluting or scarce materials.

Opto Bio is developing miniaturised implants that are safe, effective, and minimally invasive. Opto believes that that the application of discreet, safe biological interfaces will enable remote and continuous neurological communication, changing the way we approach medicine by using the electrical language of the body. Advancing the frontiers of biological interfacing, Opto is using new electrical biomarkers that can be used to inform disease state in real time. Opto aims to improve patient outcomes and revolutionise precision treatment through their research, development, and clinical testing.

Number 8 bio is a synthetic biology company engineering microbes to eliminate agricultural greenhouse gas emissions. Our team of synthetic biologists is developing innovative microbial solutions capable of reducing ruminant methane emissions, saving money for our farmers, and saving our climate.

Eden Brew uses precision fermentation, a sustainable brewing technique, to produce animal-free dairy by programming familiar microorganisms like yeast to produce organic protein molecules. With this technology, the company aims to bridge the supply gap for dairy consumption and become a major player in the production of animal-free dairy.

Aquila is transforming the way we think about energy, constructing a cutting-edge energy network based on the utilisation of light. By directing light beams at receivers integrated into power systems, they convert this energy into much-needed electricity. Aquila's revolutionary approach removes barriers to energy access, making power available wherever it's needed. This innovative wireless energy infrastructure lays the foundation for what they call the "internet of energy", which will pave the way for a sustainable future.

ToZero is introducing a sustainable process to recover critical materials from all types of Lithium-Ion Batteries. They will be the first in Europe capable of recovering all critical materials: Lithium, Nickel, Cobalt, Manganese and Graphite. This will allow ToZero to take old batteries and reintroduce fresh raw commodity materials back into the supply chain.

Modern Synthesis is creating the next generation of biomaterials. Their microbial-weaving technology uses living microbes to grow the biomaterials directly onto a scaffold. Not only does this allow them to create high-tensile, plastic free biomaterials, it enables greater aesthetic flexibility for their customers. They’re not just a leather replacement, they’re designing and creating entirely new materials capable of novel aesthetics.

Kite Magnetics is developing the enabling technologies required for a new age of electric aviation. One that is safer, quieter, significantly cheaper and emissions-free. Kite Magnets will achieve this by fundamentally re-engineering the industry’s electric motors and generators. The efficiency gains of Kite Magnetics’ motors are due to their magnetic material construction, achieved through the world’s highest flux density nanocrystalline magnetic core material, HiB-Nanoperm.

Automata aims to enable new opportunities for innovation through total workflow automation accessible to labs frustrated by the limitations of their own environment. Automata works with labs across the world to understand their specific workflows and needs, and develop personalised solutions that range from diagnostic, drug discovery to synthetic biology. This allows a simplification of common automation tasks, while also supporting more advanced paths for specialised workflows, in a fast, flexible, and cost-efficient way.

Antaris is a software-defined satellite platform that accelerates the design, build and management of satellites. The platform gives customers the flexibility and security to ensure mission success. The team brings “new space” thinking to an “old space” world, solving the most pressing challenges for the industry to improve time-to-orbit and reduce costs.

As an emerging leader of shared virtual private networks for Enterprises, Frequencz will bring cloud economics to wireless and disrupt the way private networks are built, operated and managed. Frequencz's solution delivers innovation within the wireless domain that offers foundational change in return on investment and profitability for private network operators and Enterprises.

Mass Dynamics' cloud-based software is designed from the bottom up for all the stakeholders in the project workflow: biologists, chemists, mass spec. experts and scientific report writers. There are two core features behind this initial version: a 'compute' module to run the massive data processing workflow, and a 'sharing and collaboration' module for teams to share insights and communicate.

Gama Space is revolutionising deep space access with low-cost, reliable and scalable solar sails which could revitalise missions previously deemed too expensive or complex to launch. Solar Sails draw energy solely from the sun and as a result can be accelerated continuously from a functionally infinite source of energy, reducing size and expense dramatically due to the elimination of a need to carry fuel.

Xolography switches liquid resin in a vat, through the help of two intersecting light projections, into a cured object. It is fast, creates smooth surfaces, without the need for support structures, and works with viscous resins.

Orbem is advancing MRI technology to make it cheaper, faster and less complex, opening up a range of novel use cases. Their first use case is in the chicken market where their machines can non-invasively classify the sex of eggs before hatching. Beyond eggs, Orbem sees a range of use cases in the food, bio and healthcare sectors.

Innovative solid oxide fuel cells allow Reverion to provide 24/7 supply security, enable long-term seasonal storage and reduce megatons of CO2 emissions. This technology doubles electricity production through electrical efficiencies of 80% whilst also stabilising the power grid in electrolysis mode and producing renewable gases.

FLO Materials is commercialising a new class of infinitely recyclable polymers called polydiketoenamines (PDKs) to enable sustainable manufacturing for hard-to-recycle plastics, including thermosets and mixed material composites used in durable goods. Spun out from Lawrence Berkeley National Laboratory, FLO Materials aims to provide a turn-key transition to a more circular economy by combining a portfolio of recyclable materials and offering recycling as a service. Chemical recycling of PDKs through depolymerisation allows manufacturers to remove all additives, such as colours or plasticisers, and then remanufacture the recovered monomers into next-generation materials—without losing mechanical performance or aesthetic quality.

Available in on-premises and SaaS environments, Cognigy.AI automates customer and employee communications, enabling enterprises to have natural language conversations with their users on any channel – webchat, SMS, voice and mobile apps – and in any language.

ULUU is a safe, natural polymer, PHAs (polyhydroxalkanoates), that is durable yet truly biodegradable. It’s produced via fermentation using saltwater microbes, which reduces fresh water reliance as well as the need for costly & harmful chemicals and the energy-intensive, slow equipment sterilisation processes that traditional manufacturers of plastics perform.

Epoch is developing a computational approach to discover and optimise enzymes, which are natural machines that speed up chemical and biological processes. Several industrial and biomedical processes have found enzymes to be extremely valuable in speeding up reaction times, reducing energy requirements and enabling previously impossible reactions. Epoch will eventually develop and commercialise enzymes for several specific needs and use cases including accelerating plastic decomposition.

Bardee is the largest insect breeding, fertiliser and protein producer in Australia. Its products are helping to make agriculture more sustainable, offsetting carbon by diverting food waste from landfill, and replacing unsustainable feed and fertiliser in the food system.

Space offers an incredible amount of untapped potential that's waiting to be explored. We believe harnessing space's potential can bring improvements to our lives back on Earth, far beyond space tourism. One exciting area is researching in microgravity. What makes research in space so exciting is that up there, nearly everything behaves differently. Yuri unlocks access to microgravity by providing purpose-built labs and factories in space. Yuri facilitates experiments in space to leverage the benefits of microgravity for biological processes such as drug discovery and tissue formation. We can't wait to follow along with Yuri's lift off.

Nanotechnology has for decades been heralded as one of the most promising areas of science and industry. As we increase our capacity to control materials at the nanoscale we will be able to take advantage of countless technological advances that will literally reshape our physical world and accelerate planetary sustainability. Yet until now, nanotechnology has massively underdelivered on its promise. VSPARTICLE, a spin-out of TU Delft in 2014, has over the past six years created a paradigm-changing platform that is a scalable source of nanoparticulate material with broad applicability for scientific, engineering and manufacturing applications. We're excited to watch the VSPARTICLE team forge ahead in this space.

At the heart of the drug discovery and development process lies an indisputable truth: companies can test for many compounds but, in order to advance to further stages, they need to be able to manufacture it. Molecule.One is an AI-driven chemist that predicts the best possible synthetic pathways for any desired compound. Their software platform, powered by state-of-the-art machine learning models, discovers the cheapest and easiest way to synthesize any given compound from commercially available molecules. We’re excited to support the team as they build the future of chemistry.

The potential of 3D printed objects is endless, but until now the complexity of objects we’re able to print is limited by software and the creativity of the humans using it. What if the software itself knew the best way to build objects? Hyperganic is operating at the intersection of two mega trends: AI-based software and 3D-printing. Their software is used to design objects that are as complex, functional, elegant and sustainable as nature. Their proprietary algorithms generate parts, structures and entire machines through a process of digital evolution.

Every industry that is doing complex computation, simulation and optimization is bound by limited computing power. Quantum is computing’s next step. Quantum’s potential for impact is tremendous and we’re excited to support the Seeqc team as they build the future of quantum computing. Seeqc develops and commercializes superconducting quantum technologies for a variety of quantum information processing applications including scalable fault-tolerant quantum computers and simulators, quantum communications, and quantum sensors.

The world’s population is forecast to peak at 10.5 billion around 2050 and while the progress in renewables is encouraging, they cannot provide enough energy for humankind without an ongoing reliance on fossil fuels. In order to sustain economic growth and overcome climate change, the world needs to develop alternatives. We’re excited to back the Marvel Fusion team who’re building a reliable, commercially-viable nuclear fusion power plant. Marvel’s unique design has a genuine shot to get us to clean, safe, abundant power in the next decade to complement intermittent renewables on a pathway to a carbon-free energy grid.