frontier tech

A coverage lens, not a sector.

definition

Frontier technology is a coverage lens applied across sectors. A company belongs in it when its value depends mainly on resolving a technical or physical uncertainty rather than on near-term demand. A technology leaves coverage when the question shifts from whether it can be made to work to whether enough of it can be sold.

view

Our working view, stated so it can be tested.

  1. 01 the binding constraints are physical

    Progress in most frontier domains is now limited less by ideas than by fabrication capacity, power, permitting and materials. For now, the layers that supply those inputs capture a larger share of value than the applications built on top of them.

  2. 02 the domains are converging

    Advances in compute feed biology, materials and robotics, and those fields feed back into compute. Exposures that look diversified by sector can share a single underlying dependency.

  3. 03 sector labels misread the risk

    A frontier company's value turns on a technical milestone, not on the next four quarters of demand. Analysis built for steady-state businesses tends to misjudge both what success is worth and how failure happens.

  4. 04 graduation is the event that matters

    A frontier technology matures when the question changes from whether it can be made to work to whether enough of it can be sold. Locating that transition is the focus of the research.

Reviewed quarterly, with a record of what would change it.

domains

Ten frontier domains arranged in a circle. Lines connect domains where progress in one is a direct input to the other: compute and power; compute and exotic compute; power and exotic compute; bio and advanced materials; intelligence and bio; intelligence and embodiment; intelligence and defense and autonomy; space and intelligence.advancedmaterialsintelligence

Lines connect domains where progress in one is a direct input to the other.

compute
chips, memory, packaging and the tools that make them
exotic compute
quantum, photonic and neuromorphic computing
power
grid, generation for compute load, advanced fission and fusion
carbon and industrial process
carbon removal and lower-carbon cement, steel and chemicals
advanced materials
next-generation batteries, electronic and structural materials
bio
AI-driven drug design, genome engineering and biomanufacturing
intelligence
foundation models, agents and AI-native applications
embodiment
industrial robotics, humanoids and robotaxis
defense and autonomy
autonomous systems, sensing and counter-drone
space
launch, satellite constellations and Earth observation

Watch list: brain-computer interfaces, space-based solar power, room-temperature superconductors, longevity biology.

how we work

coverage
ten domains plus a watch list, reviewed quarterly
method
primary documents, technical literature, company disclosures and practitioner conversations
output
briefs, deep dives and thematic reviews, with equal weight given to what would falsify the view
cat contact.txt
contact@ethoslabs.ai