We measure Bangladesh, from the sky to the aquifer.
Eutech Systems designs, installs and runs environmental monitoring systems: sensor networks, drone surveys, and the software that turns their readings into decisions.
One company for the instrument, the installation and the data
Monitoring projects usually fail at the joins: between the supplier and the installer, or between the station and the screen. We do all of it ourselves, so there are no joins.
- Sky Weather and solar radiation networks Stations that keep a clean, continuous record through heat, dust and monsoon.
- Air Drone survey and remote sensing Multispectral, hyperspectral and 3D capture, processed into maps you can measure.
- Surface Edge AI and computer vision Cameras that count and classify on site, and send numbers instead of video.
- Water and ground Water, groundwater and ocean observation Sensors in rivers, wells and coastal water, reporting without a site visit.
- Data Data platforms and dashboards Portals that turn readings into something a decision-maker can use.
- Every layer Instrument supply and integration The right instrument, imported, installed, commissioned and kept working.
How a project runs
The same team stays with the system from the first site visit to the calibration visit years later.
Survey and specify
We visit the site, agree what must be measured and how well, and write a specification that can be bought and built.
Supply and integrate
Instruments are sourced, bench-tested together in Dhaka, and configured before they travel.
Install and commission
Our own engineers mount, wire and commission each station and confirm readings against a reference.
Connect the data
Readings flow into a portal built for the project, with status, history and export.
Train and hand over
The people who will run the system learn to operate and maintain it, with documentation they keep.
Maintain and calibrate
We return on a schedule to clean, inspect and recalibrate, and respond when a station goes quiet.
Recent work
All projectsA three-station solar radiation network
Reference-grade pyranometers and sunshine duration sensors at three stations, reporting to a single web portal.
Water, groundwater and ocean observationWater quality readings from moving vessels
A multi-tenant dashboard that maps and charts multiparameter sonde readings as survey vessels travel.
Drone survey and remote sensingMultispectral mapping across thousands of frames
Flying and processing multispectral surveys of more than 3,000 images into calibrated reflectance maps.
Who we work for
- Government agencies
- Meteorology, water resources, fisheries, environment and urban development bodies that need national records and working systems.
- Research and universities
- Scientists who need instruments in the field, operated properly, and data they can publish from.
- Development projects
- Donor-funded programmes that must measure a baseline, monitor change and report it credibly.
- Manufacturers
- International instrument makers looking for a technical partner in Bangladesh who can install and support what they sell.
Notes from the field
All insights- Monitoring networks
Why remote stations lose data, and how to design around it
Sensors rarely fail first. Power, communications and fouling do. A station designed for those three keeps its record.
- Drone survey
Five decisions to make before a multispectral drone survey
Most problems in a vegetation map were fixed, or caused, before the aircraft left the ground.
- Solar radiation
What a pyranometer class tells you, and what it does not
ISO 9060 classes describe the instrument. The quality of your data depends just as much on what happens after it is bolted down.
Tell us what you need to measure
Send a specification, a tender reference or a rough idea. An engineer will reply by email.