AFASLive on Ikaria
Advanced Flood Alert System
Monitors water levels, flow and quality across rivers, dams and reservoirs. Early flood alerts, water-scarcity detection, smarter decisions — built for resilience, ready to scale.
Explore AFAS
Sensor Dynamis IKE ·
Resilience tools for water security
For municipalities · Civil protection · Critical infrastructure
Know the flood before it reaches the street.
AFASAdvanced Flood Alert System
AFAS turns your highest-risk points into a live early-warning system — earlier alerts, ground-truth certainty, every decision still yours. Running today on Ikaria.
01 — The problem
Floods are won or lost in the last few minutes.
Forecasting nails the regional picture — but the damage is decided locally, fast, at specific points, exactly where real-time visibility is missing.
- 01
Rainfall concentrates through runoff corridors
Water gathers and accelerates along terrain long before it reaches the street.
- 02
Impact is decided at localized bottlenecks
Low roads, crossings, culverts and drains decide who floods — not the regional average.
- 03
Real-time local visibility stays limited
At the critical points, operators still rely on forecasts, phone calls and visual confirmation.
Runoff corridors · hills into the city02 — How AFAS works
Three layers, one local prediction model.
Each source feeds one model that mirrors how water moves across your terrain — so prediction reflects the ground, not only what a forecast predicts in the sky.
1
Regional weather forecast
GFS, ICON & satellite feeds — the incoming storm, hours to days ahead.
2
Local AFAS weather stations
On-site rainfall & wind in real time — the local detail sparse forecasts miss.
3
AFAS water-level sensors
Upstream → city → drains. Live level & rate-of-rise — the ground truth.
Dynamis platform
Local prediction model
Data fusion · GIS terrain · learns over time
the coreRegional forecast
Hydro. skill
60–70%
Lead time
6 h–10 d
Class. acc.
80%
Local weather stations
Hydro. skill
80–90%
Lead time
30 m–6 h
Class. acc.
90%
Water-level sensors
Hydro. skill
99%
Lead time
30 m–4 h
Class. acc.
99%
In effect, a digital twin of how water moves across the terrain — continuously augmented with real-time data, so prediction reflects the ground, not only what a forecast predicts in the sky.
03 — The systems
One platform. Three layers of water intelligence.
ATASIn development
Advanced Tsunami Alert System
Localized real-time tsunami alerts giving coastal communities the critical time to act. Predictive modelling, anomaly detection and real-time monitoring for situational awareness.
Explore ATASAWIPilot-ready
Aqua Wave Insights System
Real-time data and alerts for port management and wave-energy operations — enhancing safety and productivity while enabling accurate validation.
Explore AWI04 — Proven in the field
Already live and learning on Ikaria.
Not a concept — running for months with the local municipality, including at the island’s highest-risk point.
0
Months live
Proof-of-concept to a working MVP in real conditions — and counting.
Karkinagri
Highest-risk point
The most flood-prone point on the island — upstream and in-town.
0%
Sensor skill
Live water-level confirmation and rate-of-rise.
3–10
Sensors per pilot
A right-sized starting deployment, judged on agreed criteria.
Karkinagri · highest-risk point
05 — Start now
Map your highest-risk flood points in weeks.
A focused 90-day pilot on the points that matter most to you — your locations, your data, your criteria. Prove it where it counts, then scale on the evidence.
The system provides data — it never decides.