DVE Datavedam Energy
Autonomous space mining payloads leaving a reusable transport vehicle above Earth.

Datavedam Energy / DVE

Water is the first fuel of space.

We are building the fuel layer for a civilization that stops lifting every kilogram from Earth: prospect asteroid water, extract it autonomously, refine it into propellant, and deliver it to the machines that keep space industry alive.

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Operating thesis Do not sell asteroid mining. Sell uptime, delta-v, and fuel availability.

Mining becomes the moat after customers trust the logistics layer.

The dream is physical

A dark rock becomes a well. A well becomes fuel. Fuel becomes freedom of movement.

01 Find water

Rank near-Earth targets by orbit, spectral confidence, thermal behavior, and return path.

02 Extract reliably

Anchor, heat, drill, capture vapor, and survive dust without continuous human control.

03 Deliver demand

Move fuel to orbital customers before mining volume becomes the headline.

Survey spacecraft mapping water-rich regions on an asteroid.
Prospecting

Water confidence before hardware confidence.

Robotic movers redirecting a small asteroid.
Mobility

Move only what improves the logistics equation.

Autonomous mining robots feeding regolith into a sealed extraction kiln.
Extraction

The mine is a machine that teaches itself the rock.

Autonomous asteroid mining equipment operating under deep space lighting.

Autonomy stack

The miner does not sleep.

The first defensible product is not a giant drill. It is a closed-loop operations stack that can choose targets, anchor safely, adapt extraction recipes, predict yield, and recover from equipment faults without Earth babysitting every motion.

  • PerceptionSpectral maps, thermal models, terrain risk, ice likelihood.
  • ManipulationAnchors, clamps, drills, kilns, capture lines, tank interfaces.
  • Fleet controlRobots, movers, tankers, depots, and customers in one scheduler.

Fuel production

Water is cargo. Oxygen is revenue. Hydrogen is optionality.

DVE should treat water as the base commodity and split it only when the customer economics justify cryogenic complexity. A depot can sell water, oxygen, hydrogen, shielding mass, thermal reserve, and mission assurance.

H2OCapture

Vapor capture, filtration, metering, cold storage.

O2Oxidizer

High-demand product for chemical propulsion and life support.

H2Fuel

High performance, higher storage burden, depot-grade discipline.

ΔvDelivery

Depot, tug, lander, station, compute platform, emergency reserve.

Orbital water refinery with cryogenic tanks and service craft.
Orbital data centre infrastructure being serviced by a water and propellant logistics vehicle.

New customer class

Orbital data centres will not run on vibes. They will need logistics.

If compute moves above the atmosphere for power, cooling, sovereignty, or latency reasons, it becomes a machine customer for DVE: station-keeping, servicing, emergency propellant, shielding mass, and water-based thermal resilience.

Read the market case

Architecture

Not one miracle. A staged infrastructure stack.

Cislunar logistics network connecting asteroids, depots, lunar orbit, and orbital data centres.
Prospect Extract Refine Deliver

Datavedam Energy

Off-Earth fuel infrastructure for the century that leaves orbit.

Start with resource intelligence. Prove autonomous extraction. Become the fuel market.

Start the mission brief