The 2040 Mental Model

Don't think in industries. Think in one compounding stack.

The economy of 2040 is best understood not as separate sectors, but as a single technology stack where each layer is built on (and unlocked by) the layer beneath it. Energy powers compute. Compute trains intelligence. Intelligence commands machines. Machines build the physical world and carry civilization off-planet. Redrock invests down this stack, where the dependencies are.

Human Civilization · 2040

The technology stack, from the ground up.

Read it bottom to top. Each layer is only as strong as the one supporting it, which is why the base layers are where the durable value accrues.

V · Space Economy
Launch · Satellites · Off-world industry · New markets beyond Earth
▲
IV · Autonomous Civilization
Robotics · Humanoids · Self-driving logistics · Lights-out manufacturing
▲
III · Artificial Intelligence
Foundation models · Agents · Digital labor that scales without headcount
▲
II · Compute
Semiconductors · Data centers · The new steel of the digital economy
▲
I · Energy
Nuclear & SMRs · Solar & storage · The grid · The foundation of everything above

Every layer is a customer of the layer below it. AI cannot scale without compute; compute cannot scale without energy. Whoever owns the foundation captures value from everything built on top.

Layer by Layer

Why the order matters.

The 2040 stack: energy and power at the base, then compute infrastructure, AI, autonomy and robotics, and space and orbital at the top, converging on a single core
Select a layer to trace what it feeds
What it is
The physical constraint
Where it shows up
I

Energy is the base, so it comes first

Nothing in the modern economy happens without power. AI data centers, manufacturing, transportation and space launch are all, at root, energy problems. Cheap, abundant, reliable power is the single largest constraint on growth, which is why nuclear, SMRs, solar and storage sit at the bottom of the stack and at the top of our priority list.

II

Compute is the new steel

If energy is the fuel, compute is the raw material of the 21st-century economy. Semiconductors and data centers are the factories where intelligence is forged. Demand is effectively unbounded (every advance in AI consumes more of it) making compute infrastructure one of the most defensible positions in the entire stack.

III

AI is digital labor

Artificial intelligence converts energy and compute into cognitive work that scales without hiring. For the first time, output can grow without a proportional increase in human headcount. This decoupling of productivity from labor is the central economic event of the next two decades.

IV

Robotics is physical labor

AI gives machines a brain; robotics gives them a body. Humanoids, autonomous vehicles and lights-out factories extend digital intelligence into the physical world, building, moving and making with falling marginal cost. Manufacturing becomes autonomous; the cost of physical goods follows the cost of software down.

V

Space is the new industrial frontier

Once energy, compute, intelligence and autonomy compound on Earth, they point outward. Falling launch costs turn space from a government program into an industrial economy, manufacturing, energy, communications and resources beyond the planet. It is the top of the stack because everything below it has to work first.

∞

The point of the model

These are not five bets. They are one bet, expressed five ways, a single compounding system. Redrock invests in the dependencies between the layers, where a breakthrough at the bottom multiplies the value of everything above it.

The Flywheel

Why this compounds instead of adding up.

The layers don't just stack; they feed back. Cheaper energy makes everything above it cheaper, which raises output, which funds more energy. The loop is the thesis.

Cheaper Energy→More Compute→Smarter AI→Better Robots→Cheaper Manufacturing→Lower-Cost Space Access→New Markets→Higher GDP↻

Higher GDP funds the next generation of energy, and the cycle accelerates. This is the engine behind McKinsey's projection that frontier arenas compound market value roughly four times faster than the rest of the economy through 2040.

The Toolkit

Ten technologies that build the 2040 economy.

#TechnologyRole in the stack
01Advanced Nuclear & SMRsAbundant baseload power for the entire stack
02Solar & Energy StorageCheap marginal energy and grid resilience
03SemiconductorsThe raw material of compute
04AI Data CentersWhere intelligence is trained and served
05Foundation Models & AgentsDigital labor at scale
06Humanoid RoboticsPhysical labor at scale
07Autonomous MobilitySelf-driving logistics and transport
08Advanced ManufacturingLights-out, software-defined production
09Reusable LaunchCollapsing the cost of reaching orbit
10Space InfrastructureSatellites, comms and off-world industry
Investment Implications

Own the layers underneath.

The companies most people read about sit at the top of the stack. The most durable returns often come from the infrastructure layers everyone above them depends on.

Buy the dependency

Power before AI

An AI company is, financially, an energy and compute company in disguise. The layer that everyone else has to buy from is frequently the better risk-adjusted position.

Where the Musk ecosystem sits

Vertically integrated

SpaceX (launch + Starlink), Tesla (energy + autonomy + Optimus) and xAI (intelligence) span every layer of the stack at once, which is precisely why the ecosystem compounds. See the Opportunity.

Time horizon

Built for 2040

This is a fifteen-year framework, not a quarter. Redrock structures private-market access designed to hold through the compounding, not trade the noise.

Where the Stack Binds

The constraints are physical.

Frontier technology is held back by steel, power and permits long before it is held back by ideas. These are the choke points that set the pace of every layer.

Energy

The interconnection queue

Grid interconnection timelines, SMR licensing and battery storage deployment decide when a site can draw power at all.

Compute

Power density and heat

Power per rack, liquid cooling and advanced packaging decide how much compute a building can actually hold.

Autonomy

Actuators and scale

Actuator supply chains, power-to-weight and manufacturing capacity decide whether a robot leaves the demo floor.

Capital

Offtake before steel

Capital intensity and power purchase agreements decide which projects finance and which stay on paper.

Redrock underwrites the bottleneck before the headline. Clearing them one layer at a time is hard. Clearing them across every layer at once is what makes an operator scarce, and it is the second half of what Redrock backs.

From Model to Mandate

One ecosystem already spans every layer.

Energy, compute, intelligence, autonomy and space. The 2040 model points at one operator sitting across all five.

Explore the Opportunity