VELSTROM engineers measurable, scalable solutions at the meeting point of satellite data, Earth systems, and sustainable technology. We build the physical verification layer for planetary scale environmental modeling and climate intelligence.
ROT: 0.0000 RAD · NODE: IND_WEST_01 · MODE: EARTH_SYSTEM · NOMINALThe planet is changing faster than our ability to account for it. Carbon moves through soil and atmosphere, water cycles through stressed watersheds, and energy flows across landscapes, yet most of this remains unmeasured, unverified, and therefore unfunded. VELSTROM exists to close that gap.
We sit at the intersection of aerospace systems, geospatial software, and climate mechanics, building systems that make planetary scale environmental interventions measurable, verifiable, and permanent. The aim is not another dashboard. The aim is durable, physically grounded outcomes that hold up to independent audit and that channel real value back to the communities and ecosystems that create it.
That belief shapes everything we build, from how we reward a farmer for the carbon held in their soil, to the hardware that will one day verify the health of the planet from orbit.
Three commitments run through every VELSTROM project. They are the difference between a number on a slide and an outcome you can stand behind.
Every claim we make is grounded in physical evidence. We cross calibrate satellite spectral data against ground truth soil cores and sensor networks, so that an outcome reported is an outcome that actually happened.
Trust is engineered, not asserted. Our pipelines are built so that third parties can audit the underlying data directly, with tamper evident records from field collection through to final certification.
We design interventions that last. Whether soil carbon held in the ground or hardware that survives the harshest environments, durability is the metric that matters more than the headline.
Our work spans the systems that keep the planet habitable, from the soil beneath a farm to the computing hardware orbiting above it.
Microclimate, watershed health, and carbon dynamics at high spatial resolution.
Precision farming, localized hydrology, and renewable energy site optimization.
Connecting verified environmental outcomes to the people and markets that fund them.
Computing that endures the radiation and thermal extremes of space.
Two programmes are active today. One returns the value of stored carbon to the farmers who create it. The other engineers computing hardware tough enough for deep space.
Whether you farm land, fund climate outcomes, design spacecraft, or research the physics that makes any of it possible, there is a place for you in this work.
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