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Amelia Space Technologies

The Platform

Planetary Intelligence. Better decisions, powered by space.

Amelia Space Technologies fuses satellite imagery, ground sensors, and AI into decision-grade knowledge your team can act on.

Backed byNASA — Sustainable Business Model Challenge winnerESA Business Incubation CentreUK Space Agency
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Amelia's Planetary Intelligence Platform — Launch a workflow screen with Supply Chain Network Design, Farming Irrigation, and Algae Analysis workflows, Earth globe visible below

What is the Planetary Intelligence Platform?

The Planetary Intelligence Platform is Amelia Space Technologies’ satellite intelligence service. Ask a question about any place on Earth and it returns a decision-grade answer: what is happening there, how it is changing, and the evidence behind both.

It is built for the people who have to act on that answer. Water utilities and environmental regulators use it to track harmful algal blooms, fuel producers to verify sustainable aviation fuel feedstock, and space programmes to map lunar resources.

What is planetary intelligence?

Planetary intelligence is a composable, queryable model of Earth. Any location, at any moment, can be observed through a stack of capabilities, and the same underlying observation is rendered for the decision in front of you.

One observation, many framings. The operator sees an alert, the regulator sees a record, the analyst sees a time series. The platform is how that intelligence is produced and delivered. The intelligence itself is the product.

Observed, not guessed

Earth's state at a place is composed from several independent sources. No single sensor is asked to carry an answer on its own.

Time is the value

A continuous stream beats a snapshot. A finding that arrives after the decision window has passed is a record, not intelligence.

Provenance travels with the claim

Anything that drives a legal, financial, or safety decision carries its sources and its uncertainty with it.

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Harvest

Active harvest across the majority of fields. Bare soil exposure increasing rapidly. Amelia tracks completion rates across thousands of parcels in near-real-time.

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Forecast

Drag timeline to travel through time

A single satellite image is a snapshot. Stack months of satellite data together and you see a fuller story: what grew, what was harvested, what changed, and what’s coming next. The value is in the combination.

There’s more to see

Satellite data, one of the most underutilised business assets, reveals what is happening across entire regions, continuously, without anyone needing to be there.

Organisations with this access spot opportunities faster, reduce risk earlier, and make better decisions knowing what is actually happening on the ground.

Built to give you a competitive edge

Unlock the intelligence hidden between layers of data

Save Money

Intuitive ask and search engine for analysis in minutes, not months.

Reduce Complexity

Easier collaboration to reduce project management overhead.

Protect Assets

Autonomous monitoring and alerts that save time and reduce risk.

Increase Access

AI systems and proprietary algorithms for deeper sector insights.

Gain Outcomes

Go beyond digital analysis and gain real-world results.

Planetary scale systems thinking

Amelia starts every project by understanding the environmental system that drives the outcome, before layering on satellite data and AI.

On Earth, that system looks like this:

Stage 1

External Drivers

Weather & climate

The conditions that set the stage: temperature, wind, rainfall, radiation.

Stage 2

Source

Human activity

Land use and human activity that introduce material into the system.

Stage 3

Transport

How it moves

Rivers, currents, air or infrastructure carrying that material onward.

Stage 4

Receiving System

Where it accumulates

A lake, a reservoir, a coastline, an airspace: where conditions compound.

Stage 5

Outcomes

What matters

The signals that are actually operational: what you would act on.

Whether it's algal blooms, maritime emissions, or lunar exploration, systems thinking is the difference between reacting to a problem and seeing it coming.

For your organisation

Reinforced workflows and capabilities

Each workflow chains multiple capabilities together, each output feeds the next. The result is something no single model could reach alone.

Sustainable Aviation Fuel

Where should we build our storage hubs and pre-treatment facilities?

Score candidate sites against feedstock proximity, road access, grid connection, and planning constraints to identify optimal locations for your hub network.

Example query

“Show me RSB-eligible feedstock sourcing areas within 50km of our facilities”

$13.9Mprofit identified

Capabilities are like ingredients, workflows are like recipes. Together they create a complete dish.

1

Supply Chain Network Design

Evaluate hub placements, routing, and costs across multiple scenarios

2

Feedstock Sourcing

Map biomass availability, estimate yields, and rank collection zones

3

Regulatory Compliance

Cross-reference sites against ISCC, RSB, and EPA RFS frameworks

One platform. Four ways to work

Analysis in minutes, not months. What used to require a GIS team is now accessible to everyone.

Amelia platform Decide mode — qualified biomass sourcing with AI-orchestrated analysis

Decide

Ask better questions, get better decisions.

Ask a question in plain language. Amelia orchestrates the analysis — selecting satellites, running models, cross-referencing data — and delivers findings you can act on.

Amelia platform Delegate mode — soil moisture monitoring with automated task management

Delegate

Let Amelia work while you sleep.

Tell Amelia what to watch. It monitors continuously and alerts you when conditions change. A 24/7 intelligence system that never misses a signal.

Amelia platform Discover mode — autonomous insights with live overview

Discover

See what you didn’t know to look for.

Amelia analyses the world autonomously — surfacing patterns, anomalies, and opportunities invisible to conventional analysis. Before you think to ask.

Amelia platform Discuss mode — community observations at Lough Neagh

Discuss

Emerging

Better insights with multidisciplinary collaboration.

Researchers, domain experts, and developers contribute capabilities to the platform. A satellite scientist’s analysis alongside a farmer’s field observations alongside a policy analyst’s regulatory context.

Common questions

The platform, answered plainly.

What is the Planetary Intelligence Platform?

It is Amelia's satellite intelligence service. You ask a question about a place on Earth in plain language, and the platform selects the satellites, runs the analysis, and returns an answer with its evidence attached. It covers water quality, feedstock verification, agriculture, and lunar resource mapping from one workspace.

What satellite data does Amelia use?

Mainly ESA Copernicus Sentinel-1 radar and Sentinel-2 optical imagery, alongside NASA missions such as Landsat. Radar sees through cloud, optical measures colour and chlorophyll. The platform fuses these with ground sensors, weather feeds, and public datasets, so no single source has to carry an answer alone.

Who is the platform for?

Teams who are accountable for what happens in a place: water utilities and environmental regulators, sustainable aviation fuel producers and feedstock aggregators, agricultural operators, and space programmes working on lunar resources. It is built for the person who has to make the decision, not only the analyst who prepares it.

How is this different from buying satellite imagery or a GIS dashboard?

Imagery providers sell pixels and dashboards display layers. Both leave the interpretation to you, and that is where the time goes. Amelia returns the answer to your question, with the imagery, the models, and the uncertainty behind it, orchestrating work that conventionally takes a consultant weeks.

Can satellite monitoring replace ground sampling?

No. Satellite monitoring augments in-situ sampling, it never replaces it. Only a physical sample confirms a bloom and its toxicity. What orbit adds is continuous coverage of a whole water body, so limited sampling effort can be directed to the right place at the right time.

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