Water Loss and Leakage Control
The advanced technology automation software we are developing, SUKAP (Sustainable Water Infrastructure Management, Monitoring and Intervention System), enables both internal and inter-institutional integration through established standards, allowing all applications used in the institution to become part of a whole. SUKAP is a parametric system. Functions within applications operate not with fixed variables but with parameters. As a result, each infrastructure institution operating on the same system can implement its own applications through parameters without the need for code changes. SAYÜS enables infrastructure institutions to use the same automation in different ways. At the same time, this structure allows legal and regulatory changes to be easily applied to the system. Only with such integration can the institution be operated with sustainable performance. It is the set of necessary integrations to meet all the needs of water and sewerage administrations. With SUKAP, meters capable of precise measurement can be read online, and meter closing and opening operations can be performed online; the results obtained are analyzed to prevent losses and leaks. Thanks to SUKAP integrations, the Subscriber and Infrastructure System are controlled end-to-end, ensuring that all applications supervise each other and minimizing loss and leakage rates as a result of online analyses.
Pavement Inspection
Many problems such as invisible cracks from the surface, delamination between asphalt and concrete, concrete layer defects, rocks affecting the concrete layer near the surface, defects in the ballast layer of fill material, cracks, and problems in cuts where electrical lines are located, etc., can be detected in advance at specific points thanks to our pavement inspection systems, thus preventing more costly maintenance and accidents, and maintaining sustainability.
Route Verification and Mapping
Carrying out tasks such as detecting and mapping steel pipes of all sizes from the dam to the treatment plant, from the treatment plant to the water reservoir or distribution center for water administrations and similar institutions.
Archaeology Archaeometry Non-Destructive Virtual Excavation
It is possible to precisely map objects and structures detected underground in three dimensions. Everything detected can be marked on the field, quickly identifying areas suitable for excavation, thus greatly increasing the total excavation work. With the resulting Virtual Excavation, archaeologists can categorize important structures and determine priorities in the excavation program.