Real-time, hyperlocal weather insights powered by mobile networks, IoT sensors, and satellite data.
Traditional radar and weather stations often miss small-scale or short-lived rainfall.
It's difficult to verify how much rain actually fell — and where.
Urban and coastal areas remain blind spots, creating uncertainty for insurers, cities, and energy operators.
From broad estimates to measurable truth.
From signal to rain.
Telecom towers continuously exchange microwave signals.
Raindrops weaken those signals along the path.
ITU-R P.838 physics + adaptive ML calibration convert attenuation into rainfall intensity.
Real-time precipitation cells on an interactive map.

Built on atmospheric physics, real-time data processing, and adaptive AI validation.
Physics-first, AI-enhanced. Built for accuracy, scalability, and resilience.
AI-powered insights, recommendations, and warnings tailored for each industry to optimize operations.
Hyperlocal weather measurements
5mm/h rainfall in Malmö harbor
Pattern recognition & predictions
15% intensity increase predicted
Actionable optimization advice
Delay loading 2h, save 47% fuel cost
Storm system entering route
AI Recommendation
Alter course 15° north, add 0.3h travel time
Value Created
€12,400 fuel savings, -23 tons CO₂
Crosswind exceeding safe limits
AI Recommendation
Landing window closes 14:47-15:32, delay departure 18 min
Value Created
Avoid go-around, save €3,200
Wind power production optimization
AI Recommendation
Peak production window: 06:00-11:00, adjust grid load
Value Created
18% efficiency gain, €8,500/day
Transform your operations with AI-powered weather intelligence
Every measurement is validated using ITU-R P.838 atmospheric physics and cross-checked against official weather stations. Our calibration pipeline keeps accuracy stable across different weather regimes.
Optimais leverages thousands of commercial microwave links between telecom towers to build a live, high-resolution precipitation network — especially strong in urban and populated areas.
We're currently onboarding our first pilot customers and are in dialogue with several leading organizations exploring how real-time weather intelligence can create tangible business value.
Maritime route optimization and weather-informed fuel efficiency.
Hyperlocal weather data for flight safety and operational planning.
Potential use for airport safety, visibility, and runway management.
Expansion note: We're focusing on Europe first, with options to expand into Austria, Italy, and Ireland through existing telecom network access.
Turning invisible signals into actionable intelligence.
Each new integration strengthens the world's most precise weather intelligence system.
In partnership with


Integrate weather intelligence into your infrastructure.
Expose your microwave links as anonymized weather sensors and gain advanced analytics.
Test real-time weather intelligence in your region and co-design use cases.
Our vision is to create the world's most comprehensive weather intelligence network by combining existing infrastructure with emerging IoT technology.
Starting with Scandinavia, we're expanding across Europe and integrating multiple data sources to deliver unprecedented weather precision.
Scaling our microwave link network across Europe, starting with Austria, Germany, and the Nordics.
Integrating thousands of IoT weather sensors to complement microwave data with ground-level measurements.
Combining microwave links, IoT stations, satellite data, and ground sensors into one unified intelligence layer.
Delivering hyperlocal weather intelligence at unprecedented resolution and update frequency.
"One unified intelligence layer for all of Europe"
By 2027, Optimais will combine microwave links, IoT weather stations, and satellite data into a seamless, real-time weather intelligence network covering 25+ European countries.
Interested in pilots, partnerships, or integrations? Let's talk.
Founder & CEO
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