Covered Industries:
Aeronautic, Avionic, Defense, Naval, Metrology, Space, Infrastructure - Sea & Sky
Policy Maker:
Italian Ministry of Universities and Research
Agencies & Authorities:
European Space Agency, Italian Space Agency
Aeronautic & Avionic
- Data acquisition real-time applications development for sensor calibration
- Data Exchange with Production Machines
- MES | Manufacturing Execution System
- Model Based Design for UAV and aircrafts
- Project Management
- Propulsion engineering for UAV |Unnamed Aerial Vehicle
- Software engineering for aircrafts
- System engineering for Inertial Navigation systems
Defense
- Cyber defence, threat intelligence, malware analysis, machine learning
- Electronic warfare
- Embedded SW, FW and HW Design (FPGA)
- Flight mechanics
- System engineering
- Safety critical Software Development (C, ADA)
- Software testing for radar applications
- Warehouse automation
Naval & Infrastructure
- Automation & Control
- Naval Combat System
- Project Management
- Proposal Sales Engineering. for international tenders
- Pre & post sales support
- Warehouse automation
Space & Metrology
- AI & SAR for Earth Observation
- AIV & AIT
- Cyber defense: threat intelligence, malware analysis, machine learning
- FPGA Development
- Management of all Phases (A to E) of space programs (standard ECSS-M-St-10)
- Mission analysis: GNC, AOCS, telecommand & telemetry
- Modelling, algorithms and simulation
- On board SW development: ECSS, image processing, Optical Spectroscopies, lasers, microscopies



Ecosystem Programs | 2026 - Ongoing

Ecosystem Programs | 2025 - Ongoing

Ecosystem Programs | 2024 - Ongoing

Products | 2013 - Ongoing

Ecosystem Programs | 2024 - 2026

Ecosystem Programs | 2025

Ecosystem Programs | 2023 - 2025

Ecosystem Programs | 2015 - 2016
Method for estimating wind speed based on data obtained using synthetic aperture radar to monitor a defined water surface. The method uses azimuth cutoff and SAR image metadata to characterize the water surface in terms of roughness and then estimate the surface wind without the need for calibration information or wind direction data.
Method of detecting phishing websites by identifying the main logo that characterizes them and comparing them with a set of logos which the algorithm protects. The method is robust against the presence of multiple logos and it is able to reconstruct which logo identifies the page, ignoring the others.
Method of Detecting in unencrypted communications of a monitored network, through the analysis of communication metadata. Metadata characterize each network devices and helps building Bayesian network models able to detect possible behavioral anomalies.
Method for detecting anomalies in a monitored network regarding encrypted communications which use either SSL or TLS protocol. The proposed method analyzes SSL/TLS handshakes between network clients and external servers. Then, it combines machine learning techniques with the usage of parametrized cost functions to, respectively, classify suspicious communications and attribute them an anomaly score.
Method for detecting systematic communications in a monitored network that could be indicators of a malware infection. The method analyzes specific network protocols and, for each observed packet, extracts packet metadata to measure the systematicity of transmissions between a source and a destination machine, using incremental variance to guarantee the best performance.


