Engineering case study · Soluciones Sosteco SL
FIWARE-ready irrigation and lighting, engineered as one system.
A field platform brought sensors, custom electronics, LPWAN connectivity, and operational control together across smart-city and precision-agriculture environments.
This project was delivered historically by Soluciones Sosteco SL in Europe and is part of the wider Sosteco engineering record. New engagements in the Americas are contracted and delivered by Sosteco LLC.
The engineering challenge
Make distributed infrastructure observable and controllable.
Irrigation and lighting assets live outside the lab. They are geographically distributed, exposed to changing conditions, and often need to coexist with installed equipment. Useful automation therefore depends on more than a sensor or a radio: the entire path from field measurement to operational action must remain coordinated.
The documented Sosteco solution addressed intelligent irrigation for green areas, smart cities, and precision agriculture alongside lighting control for public and private facilities. Its purpose was to use field information to manage water, energy, and infrastructure more deliberately.
Field sensing
Sensors captured the environmental and operating information needed by irrigation and lighting applications.
Custom electronics
Purpose-built electronics connected physical assets, measurements, communications, and local control.
LoRaWAN and NB-IoT
Low-power wide-area radio supported distributed devices and compatibility with broader installations.
Hardware + software platform
A common system made device data and control available beyond isolated field equipment.
FIWARE readiness
The platform was designed to connect with FIWARE environments and extend into wider smart-infrastructure applications.
Why the system view matters
Every layer changes the others.
Radio and energy
Coverage, message behavior, battery strategy, antenna placement, and maintenance expectations must be evaluated together for remote field nodes.
Existing infrastructure
A useful connected system must fit the assets already in place. Interfaces and communications cannot be designed as if the installation begins with a blank sheet.
Data with an operational purpose
Measurements matter when they support a decision or an action. Irrigation control and lighting-level management tie device data to a specific operational outcome.
Interoperability beyond one device
FIWARE readiness gave the system a path into broader city and agriculture platforms instead of locking value inside a standalone device interface.
Independent evidence
A public record, not an unsupported portfolio claim.
FIWARE published the solution in its climate-change solutions booklet under “Sosteco Intelligent Irrigation and Smart Lighting.” The entry identifies Soluciones Sosteco S.L., describes the irrigation and lighting applications, and records the use of sensors, a hardware-and-software platform, LoRaWAN, NB-IoT, and FIWARE readiness.
No quantified savings or performance figures are claimed here because the public source does not provide them. The value of this case is the documented architecture and the multidisciplinary field experience behind it.
Primary sourceFIWARE · Fighting Climate Change with FIWARESee “Sosteco Intelligent Irrigation and Smart Lighting” ↗What transfers to a US product
Field experience becomes a better set of early decisions.
Sosteco LLC applies the same system discipline to new US engagements: define the operating reality, identify the riskiest boundaries, prototype the unknowns, and validate the complete path from electronics and firmware to connectivity and useful data.