Investment Experience
Kembara partners with proven science and engineering companies at the point of scale, leading growth rounds and helping build global leaders.
Deep tech is the defining investment theme for the next decade. The world's most critical imperatives—from sovereign AI compute and clean energy to autonomous robotics and space infrastructure—will not be solved by software alone.
European universities and research institutions produce world-class breakthroughs, but early-stage success too often hits a financing wall when it is time to build factories, scale complex supply chains, and compete globally.
Kembara exists to bridge this specific gap: dedicated scale-up capital and active conviction to take companies from verified technological breakthrough to global industrial dominance.
New architectures, compute systems and intelligence for the physical world.
The physical limitations of current compute and exponential AI energy requirements demand a paradigm shift: from silicon-spin quantum processors and photonics to analog compute and domain-specific AI for physics, material design, and chemistry.
Engineering the systems behind abundant, resilient clean energy and industrial decarbonisation.
Overcoming decarbonisation bottlenecks through fundamental engineering: fusion and next-gen fission, long-duration energy storage, grid management, hydrogen production, and sustainable heavy-industry transitions.
Autonomous systems transforming industrial capability, productivity and resilience.
Demographic contractions and sovereign supply chain resilience require next-generation physical autonomy: advanced industrial manipulators, vision-guided automation, and collaborative field robotics.
Infrastructure and technology for a new industrial era in orbit and aviation.
Critical dual-use infrastructure: next-generation propulsion, responsive launch systems, low-Earth-orbit communication constellations, and zero-emission aviation platforms.
Backing Europe's category-defining deep-tech leaders at the point of scale.
Quantum computing, built on silicon.
Silicon-spin quantum processors designed to scale using established semiconductor manufacturing methods. We co-led Quantum Motion's $160M Series C round alongside DCVC.
By leveraging standard 300mm silicon CMOS processes—the very same technology powering our laptops and phones—Quantum Motion is building highly scalable, energy-efficient quantum processors that fit directly into standard data center racks.
Read our full investment thesis »“Magic” technology from TUM provides the missing link in clean energy. Spun out of the Technical University of Munich, Reverion has created an ultra-efficient, reversible gas-to-power system that is modular, dispatchable, and captures its own CO₂.
Quantum computing is set to follow AI as the defining hardware revolution, but power demands and cryogenic complexity threaten superconducting machines. Why silicon-spin qubits in standard CMOS foundries solve the scale bottleneck.
Europe produces 28% of world-class deep tech research but suffers a 97% growth-stage financing drop-off. How a dedicated €1Bn growth fund bridges the gap from research validation to industrial primacy.
Kembara is independently positioned around its specialist deep-tech growth mandate. Its authorised Management Company is Mundi Ventures, which provides the management platform, compliance rigor, and institutional infrastructure behind the fund.
A pan-European network designed around Europe's strongest technical universities, research hubs, industrial conglomerates, and global syndication partners.