About us
Pioneering digital water solutions for a sustainable future
01
Who we are
Software engineering for water systems
02
Where we operate
Across critical water infrastructure domains
03
What we deliver
Integrated applications and operational platforms
04
How it works
A unified digital architecture for infrastructure data
05
Positioning outcome
Designed for structured and reliable infrastructure operation
Software engineering for water systems
IANIC, Member of Olympios Group, is a software integrator focused on the design, development and implementation of digital solutions for water infrastructure. We operate at the intersection of engineering, information technology and operational technology, building structured software environments that support the performance and sustainability of complex water systems.
Across the entire water cycle
Our work spans drinking water, sewage, irrigation, stormwater and energy systems. We collaborate with utilities, municipalities, institutions and infrastructure operators involved in the management of essential water services across diverse contexts.
Integrated applications and operational software
We develop modular applications and cohesive software that address specific needs within water infrastructure. These include tools for data acquisition, system monitoring, spatial visualization, analytics and operational coordination, designed to function as a connected ecosystem within a single environment.
A unified approach to data and system integration
Our systems consolidate data from field devices, metering infrastructure and operational sources into a structured digital environment. Through analytics, automation and system integration, this data is processed into coherent information flows that support coordination, visibility and system-wide awareness.
Clarity and continuity in water management
We enable organizations to manage water networks with greater transparency and control. By connecting data, applications and processes, we support stable performance, faster response and long-term reliability across complex environments.