What does it look like when someone builds a
company that the market did not ask for but somehow cannot live without?
How do you find the founders who
are solving for a world that has not arrived yet
but is already overdue?
Orronel
Computational Biology / Synthetic Systems
2019
Investment Stage
Pre-Seed
Year of Investment
2022
Total Raised to Date
$34M
Orronel is building programmable biological circuits that operate like software, allowing researchers and manufacturers to define cellular behavior through a written instruction set rather than years of trial-based genetic experimentation. Their platform compresses the design-to-validation cycle for therapeutic proteins from eighteen months to under six weeks. The underlying architecture treats the cell not as a black box but as an addressable computational substrate, which is a shift so fundamental that it changes who gets to participate in the future of medicine.
Halev
Defense Technology
2017
Investment Stage
Seed
Year of Investment
2021
Total Raised to Date
$112M
Halvr builds terrain-adaptive navigation systems for autonomous vehicles operating in environments where GPS is either absent or actively compromised. Their core software stack uses a combination of passive signal inference and real-time geological mapping to orient machines in underground, contested, and deep-sea conditions. What makes Halvr different is that they are not trying to replace GPS but to make it irrelevant.
Silt
Climate Infrastructure / Carbon Sequestration
2021
Investment Stage
Pre-Seed
Year of Investment
2023
Total Raised to Date
$8M
Silt is rethinking how ocean-floor sediment can be used as a long-term carbon sink, working with marine geologists and port authorities to develop a deposition process that is both measurable and verifiable at scale. The science has existed in fragments across decades of oceanographic research, and what Silt has done is assemble it into an industrial process that can be contracted and audited. They are small, precise, and working on something that most people in climate tech have not yet thought to look at.
Fenix Ledger
Financial Infrastructure
2019
Investment Stage
Series A
Year of Investment
2020
Total Raised to Date
$267M
Fenix Ledger is building the settlement and reconciliation layer for bilateral debt agreements between emerging market governments and their creditors, a process that currently relies on a patchwork of fax machines, PDF contracts, and intermediary banks charging rent on every transaction. Their system brings programmable settlement logic to instruments that have not changed structurally in forty years. Three central banks are already running pilots.
The Motena Company
Materials Science / Acoustic Engineering
2022
Investment Stage
Pre-Seed
Year of Investment
2024
Total Raised to Date
$3.2M
Mote is developing a new class of metamaterials that can redirect, absorb, or amplify sound at the structural level without any active components or power draw. Their first application is in building construction, where noise pollution is a growing liability and current solutions are either expensive to install or ineffective above certain frequencies. The material itself is the mechanism, which means there is nothing to maintain and nothing to replace.
Covalence
Industrial Robotics / Human-Machine Teaming
2019
Investment Stage
Series B
Year of Investment
2019
Total Raised to Date
$489M
Covalence makes software that lets industrial robots learn directly from human demonstration rather than from explicit programming, cutting deployment time from months to days across factory floors, logistics centers, and surgical suites. They have been quietly embedded in the operations of four of the largest contract manufacturers in Southeast Asia for the past two years. The company does not talk much publicly, and that is entirely intentional.
Lunare
Space Infrastructure / In-Orbit Servicing
2015
Investment Stage
Seed
Year of Investment
2022
Total Raised to Date
$74M
Lunare is building the tooling and docking infrastructure needed to refuel, repair, and reposition satellites already in orbit, a capability that currently does not exist at commercial scale despite representing a multi-trillion dollar liability sitting in low and geostationary orbit right now. Their first servicer vehicle completed a proximity operation test with a decommissioned communications satellite in late 2024. The market they are entering has no real competition yet because almost no one believed it was buildable.
Thresher
Cybersecurity / Critical Infrastructure
2019
Investment Stage
Seed
Year of Investment
2023
Total Raised to Date
$19M
Thresher builds threat detection systems specifically designed for operational technology networks, the kind that run power grids, water treatment facilities, and hospital infrastructure, which have been almost entirely ignored by an industry that has spent two decades focused on enterprise IT. Their detection model was trained on failure data sourced from actual grid incidents rather than simulated environments, which makes it the only system of its kind that has seen what real attacks on real infrastructure actually look like.
Pardus
Neurotechnology / Cognitive Augmentation
2019
Investment Stage
Pre-Seed
Year of Investment
2024
Total Raised to Date
$6.5M
Pardus is developing a non-invasive neural interface that works through bone conduction rather than implants or surface electrodes, targeting the specific use case of restoring functional communication for people with severe motor impairments. The physics of bone conduction has been understood for decades but nobody has used it as a serious signal pathway for neural data until now. They are a team of six, they have one patent, and they are already in clinical contact with two hospital networks.
Groundwork
Agriculture Technology / Soil Systems
2019
Investment Stage
Series A
Year of Investment
2021
Total Raised to Date
$58M
Groundwork has built a distributed sensor and modeling platform that gives commercial farms a real-time picture of soil biology at the microbiome level, something that has historically required lab analysis taking weeks and returning data too old to act on. Their hardware is cheap enough to deploy across an entire field rather than just sample points, and the software turns that density of data into planting, irrigation, and intervention decisions that have measurably improved yield in every trial they have run.
LON
373.92
X VALUE
0
LAT
745.19
Y VALUE
0