BEHIND TALOS: EXPERIENCE AND INNOVATION
Technology born from hands-on experience with real systems.
TALOS brings together technical expertise, field experience and technological development, with the goal of making systems smarter, more efficient, safer and easier to manage.
FROM FIELD EXPERIENCE TO TALOS
TALOS was born from experience gained in the design, construction and management of swimming pool systems. Daily involvement in installation, maintenance and real-world system operation highlighted the need to move beyond fragmented systems, independent controls and distributed management, bringing automation, monitoring, safety and technical management together in a single platform.
FROM SYSTEMS TO TECHNOLOGY
This experience led to a development path that brought TALOS to integrate hardware, software, digital sensors, automation and connectivity into a single system. Every component was designed to communicate with the others, transforming data collected from the system into information, decisions and coordinated actions.
EXPERIENCE
Hands-on experience with real systems provides insight into actual requirements and critical issues, turning them into reliable technical solutions.
DEVELOPMENT
Hardware and software are developed as parts of a single system, integrating control, sensors, automation and connectivity.
EVOLUTION
A modular architecture allows TALOS to evolve over time through updates, new features and solutions tailored to specific requirements.
BORN FOR SWIMMING POOLS, DESIGNED TO EVOLVE
TALOS was born in the swimming pool sector, where it finds its first complete application today, but was designed from the outset with a modular and scalable architecture. The same approach to monitoring, automation, safety, energy optimization and remote control can, in the future, be adapted to other systems and technological processes with specific management and supervision requirements.
A PROJECT IN CONTINUOUS EVOLUTION
TALOS continues to grow through development, testing and field validation. New devices, sensors and technologies are integrated and validated with the aim of continuously improving performance, reliability, efficiency and control capabilities. An evolution driven by one clear principle: technology must adapt to the system and its real requirements, not the other way around.