Land · boundary layer
Surface & low altitude
Local weather, terrain, vegetation and near-surface conditions for agriculture, infrastructure and aerial surveying.
EARTH · ATMOSPHERE · ORBIT
Intelligence at
every altitude.
From the field to the orbital environment. We bring environmental data into focus for aerial operations, Earth observation and space research.
Research & project-based integration
01Ground-to-orbit perspective02Open + commercially licensed data03Indicators with context
01 / Our scope
A vertical view.
A practical purpose.
The atmosphere connects these domains. The useful data, models and uncertainty change with altitude.
ORBITAL ENVIRONMENTSATELLITES · DRAG · SPACE WEATHER
ATMOSPHERIC FLIGHTWEATHER · AIR DENSITY · VISIBILITY
SURFACE & LOW ALTITUDELAND · AGRICULTURE · AERIAL SURVEY
Troposphere · lower stratosphere
Atmospheric flight
Temperature, pressure, humidity and wind profiles for understanding the environment around aircraft and civil drones.
Thermosphere · orbital environment
Near-Earth space
Neutral density estimates, orbital information and solar activity for satellite drag and mission research.
Ionosphere · GNSS · radio links
Signals across layers
Space-weather and propagation context for positioning and communications. The ionosphere overlaps several atmospheric layers.
02 / Applications
Useful where the
environment matters.
A starting point for operators, manufacturers, researchers and public institutions. Each project begins with a specific question and a measurable outcome.
01
Agriculture & agro-drones
Crop and soil observations, microclimate and field measurements.
Potential output
Image: NASA Earth Observatory · J. Stevens / J. AllenField-condition indicators and environmental context for agricultural surveys and agronomic decisions.
02
Civil aviation & airports
Vertical weather profiles, density, winds and aircraft-specific performance models.
Potential output
Image: NASAResearch into weather exposure and energy sensitivity, calibrated against relevant operating data.
03
Satellites & mission research
Orbital information, upper-atmosphere density and space-weather observations.
Potential output
Image: NASADrag-environment analysis, historical comparisons and data-quality reports for mission studies.
04
LiDAR & aerial surveying
Wind, visibility, clouds and precipitation alongside sensor and mission data.
Potential output
Image: USGSAcquisition-quality context and post-mission comparison for terrain, forestry and infrastructure surveys.
05
Helicopters & emergency services
Visibility, cloud base, weather observations and terrain context.
Potential output
Image: Lisa Richardson / BLM · USGSEnvironmental briefings for medical transport, search and rescue, and civil logistics teams.
06
Civil launches & spaceports
Atmospheric profiles, precipitation, lightning and space-weather context.
Potential output
Image: NASA / Joel KowskyEnvironmental research and reporting against a programme's own criteria and authorised procedures.
07
GNSS & satellite communications
Ionospheric products, solar activity and precipitation along signal paths.
Potential output
Image: NASA/JPL-CaltechNatural-disturbance context and communications-environment studies, with uncertainty made visible.
08
Infrastructure, energy & land
Earth observation, terrain, vegetation and local weather.
Potential output
Image: Dennis Schroeder / NREL · USGSEnvironmental monitoring and inspection context for utilities, renewables, transport and land management.
09
Public sector & defence support
Environmental observations and quality-assessed data for non-combat work.
Potential output
Image: NASA/GSFC / Bill HrybykWeather awareness, humanitarian logistics, search and rescue, infrastructure monitoring and research.
03 / From data to information
A signal is a starting point.
An indicator needs a purpose.
Illustrative outputs we can scope together. Availability and accuracy depend on the selected sources, spatial scale and validation.
Atmospheric profiles
Pressure, temperature and humidity → density and vertical atmospheric context.
A physically meaningful profile for the relevant altitude and time.
Weather exposure
Wind, precipitation, clouds and visibility → an environmental summary.
Conditions and variability explained for a defined civil use case.
Observation quality
Weather, lighting, terrain and sensor metadata → acquisition context.
A clearer view of what can affect optical or LiDAR survey quality.
Navigation environment
Ionospheric and space-weather products → natural-disturbance context.
Regional context for GNSS research; not a diagnosis of interference.
Orbital environment
Density estimates, orbit products and solar indices → drag context.
Research indicators tied to model assumptions and source quality.
Evidence & confidence
Source, time, model version and validation → a traceable report.
An explanation of what is known, estimated and still uncertain.
04 / Data ecosystem
The right source.
For the right question.
A reference catalogue for project design: open datasets, commercial products and measurements provided by partners. Inclusion does not imply an active integration, subscription or provider partnership.
Weather & historical baselines
ECMWF · Copernicus CDS
Open forecast products and ERA5 reanalysis. Forecasts describe possible future conditions; reanalysis supports historical study.
Weather observations & forecasts
NOAA GFS · AviationWeather
Global weather modelling and aviation observations. Product coverage and update intervals vary.
Earth observation
Copernicus · NASA Earthdata
Satellite observations of land, vegetation, water and atmospheric conditions, with product-specific access rules.
Space weather & ionosphere
NOAA SWPC
Solar and geomagnetic products, including GloTEC ionospheric context for positioning and radio research.
Atmospheric sounding
ROM SAF · UCAR COSMIC
Radio-occultation products for atmospheric profiles. These are a distinct measurement pathway from orbital drag.
Orbits & upper-atmosphere research
CelesTrak · TU Delft
Orbital elements and research density datasets for different analytical tasks, with separate uncertainties and terms.
Commercial weather services
Meteomatics · DTN
Candidate weather-data and aviation-service providers where delivery, coverage or specialised products require a commercial agreement.
Commercial Earth observation
Planet · ICEYE
Optical and radar imagery for project-specific observation needs, subject to licences and acquisition availability.
Aircraft & traffic research
EUROCONTROL BADA · OpenSky
Aircraft performance models and flight observations. BADA requires licensing; commercial OpenSky use requires written permission.
Local measurements
Stations & atmospheric soundings
Weather stations, calibrated sensors and vertical observations supplied or commissioned for a defined project.
Operational observations
Operator & equipment data
Authorised flight logs, energy measurements and equipment specifications to calibrate a civil analytical use case.
Survey & field evidence
LiDAR · fieldwork · ground truth
Licensed survey products, terrain information and independent observations for comparison and validation.
Access terms, geographic coverage, resolution, latency and redistribution rights are checked for each project. Open access does not mean every service, dataset or commercial use is unrestricted.
05 / How we work
Make the result
explainable.
The value is in the connection between the question, the evidence and the interpretation.
- 01
Define the question
Agree on the area, altitude, time horizon and decision the information should support.
- 02
Select compatible evidence
Check resolution, latency, coverage, licences and whether each dataset fits the physical problem.
- 03
Build & validate the indicator
Choose the model, document assumptions and compare with independent observations where available.
- 04
Deliver with context
Present results as maps, profiles, research briefs or project APIs, with provenance and uncertainty.
Start with a question worth answering.
An initial data assessment can lead to a focused pilot, then a scoped integration. Data licences, development, validation and ongoing delivery are agreed separately for each project.
- Data assessment
- Research pilot
- Project integration
A wider research horizon
The same environmental perspective can inform research into controlled habitats, cultivation systems and resource monitoring for future space environments. These are research directions, not claims of flight-qualified systems.
Questions, answered
Are all of these integrations already live?
No. This site presents our direction and the kinds of data and indicators that can be considered for a project. Connected sources, deliverables and validation status are defined in each proposal.
Can satellite drag tell us the air density around a drone?
Not directly. Drag-derived density concerns the satellite's altitude. Low-altitude density and weather require appropriate local observations, atmospheric profiles and weather models.
Is this an operational flight or launch approval service?
This is an informational and research offering. Any operational use needs application-specific validation, authorised sources and the responsible operator's procedures. Requirements differ between vehicles and programmes.
Can public-sector and defence organisations get in touch?
Yes, for non-combat environmental research, weather awareness, humanitarian logistics, search and rescue, and infrastructure monitoring.
Let's connect the dots
Your question.
Our next conversation.
Tell us what you need to understand: the location, altitude, time horizon, available data and useful output. We can start by assessing the evidence and the scope of a pilot.
Email the teamFor operators, manufacturers, researchers, data providers and public institutions.
contact@tfholding.md +373 60008884+39 3520008884