About Aerostacks
We are a student-led startup focused on developing innovative solutions for avalanche risk prediction and mountain safety.
Innovation
Combining satellite technology with AI to create cutting-edge solutions for environmental monitoring.
Mountain Safety
Dedicated to improving safety in mountain regions through accurate avalanche risk prediction.
Student Excellence
A team of ambitious 16-17 year old students with experience in drones, satellite systems, and AI.
Meet Our Team
A group of talented students with experience in development of drones, satellite systems, and artificial intelligence.
Michal Haverlík
Hardware Development & Project Manager
Responsible for hardware development and overall project management.
Marián Kovaľ
Software Development & AI Specialist
Responsible for software development, algorithm implementation, data management, and AI model development.
Martin Pistovčák
Communications & Sponsorships
Coordinates collaboration with institutions and sponsors, handles fundraising and social media.
CanSat Project
Our innovative satellite technology designed for the European CanSat competition, with applications in avalanche risk prediction.
What is CanSat?
A CanSat is a simulation of a real satellite integrated within the volume and shape of a soft drink can. Our CanSat is designed to be launched by a rocket and perform a specific mission during its descent.
Our Mission
Primary Mission
Measure atmospheric pressure, altitude, and temperature during descent, transmitting data in real-time to our ground station.
Secondary Mission
Create detailed 3D environmental models using high-resolution cameras and analyze potential avalanche risks by combining infrared spectrum data with 3D terrain reconstruction.
CanSat Prototype
Our custom-built CanSat with 3D-printed housing and integrated electronics
Technical Specifications
Hardware Components
- • Raspberry Pi Zero 2 W microprocessor
- • High-resolution camera (4K, 15 FPS)
- • BerryGPS-IMU V4 sensor module
- • LoRa communication module
- • 3S LiPo battery (11.1V, 0.75Ah)
- • DC-DC buck converter (96% efficiency)
Software Systems
- • C++ for efficient memory management
- • Extended Kalman Filter for position estimation
- • Real-time data processing and telemetry
- • Video compression for storage efficiency
- • Neural Radiance Fields (NeRF) for 3D reconstruction
- • Error correction for reliable data transmission
Physical Specifications
- • Size: 115mm height, 66mm diameter
- • Weight: 337.1g (within 300-350g requirement)
- • 3D printed PETG construction
- • Hexagonal parachute with central hole
- • Descent rate: 9.2-9.9 m/s
- • Operating time: >4 hours
Our Solution
Using satellite data to revolutionize avalanche risk prediction and management.
How It Works
Terrain Mapping
Using drone flights or satellite imagery to collect data for creating 3D models with and without snow.
3D Model Creation
Creating detailed 3D terrain models using photogrammetry or NVIDIA's NeRF AI model, generating detailed snow profiles.
Avalanche Risk Prediction
Using 3D models and collaborating with researchers to create precise avalanche prediction models at local levels.
Final Product
Our model and drone can evaluate real-time avalanche risk for specific slopes and create 3D models of snow profiles.
Target Market
Ski Resorts
We provide 3D models to evaluate avalanche risk, create snow profiles, and assess snow quality.
Market size: ~95M€
Avalanche Monitoring Organizations
We offer an improved model for more accurate avalanche risk assessment and safer data collection.
Market size: ~35M€
Individual Enthusiasts
We offer personal maps and drones for backcountry users to assess risk and find safe routes.
Market size: ~20M€
Our Collaborations
We work with leading organizations in avalanche prediction and monitoring across Europe.
Science Institutions
We collaborate with elite organizations across Europe, working with experts in avalanche research and prevention.
Supporting Organizations
Organizations helping with our project through financing, mentorship, and resources.
Business Model
B2B Services
- • Data as a Service (DaaS)
- • Subscription-based access to terrain data
- • Customized avalanche risk models
- • Consulting services for specific projects
B2G Partnerships
- • Government contracts for disaster management
- • Environmental monitoring services
- • Data and analysis for public safety agencies
- • Research partnerships with public institutions
B2C Applications
- • Safety & Snow Assessment App
- • Premium features for outdoor enthusiasts
- • Subscription options for backcountry users
- • Personal risk assessment tools
Join Us in Making Mountains Safer
Whether you're a potential investor, partner, or just interested in our technology, we'd love to hear from you.